evalence-renewables

Solar Club Alberta: Honest Review & Guide [2026 Rates Revealed]

Mon, 30 Mar 2026 17:46:25 GMT

Introduction

Solar Club™ is an electricity rate structure offered by Utility Network & Partners Inc. for property-owners in Alberta with a grid-connected solar system! The program offers a unique electricity rate structure, which often improves the solar payback period for many homeowners when compared to the typical electricity rates in Alberta. The program is designed for property owners with grid-connected solar systems under 150 kW, making it available for most houses and small buildings across the province.

Traditional electricity rates are fixed or floating, but Solar Club members enjoy flexible pricing options. Members can alternate between high summer rates of 35.00¢/kWh and low winter rates of 8.40¢/kWh depending on seasonal production. Generally, homes that generate more than 80% or more of their annual electricity needs become “net exporters” during the summer months, and benefit through this dynamic rate structure.

If this sounds confusing, stay with me! This detailed guide will help you understand Solar Club’s workings and determine if it fits your home's needs.You'll discover everything about this innovative energy program, from current rate structures to practical benefit-maximizing strategies.

What Is SolarClub™ and How Does It Work?

The basic principle of 'buy low, sell high'

SolarClub, is simply an electricity rate structure designed to help homeowners with grid-connected solar systems maximize their solar investments. The program lets solar system owners earn premium rates for electricity they generate and export to the grid as a registered microgeneration site. The program is available through several retailers around the province.

A solar production graph estimated in Aurora software.

Seasonal rate switching explained

SolarClub's strategy works on a simple 'buy low, sell high' approach. Members select between two different rates throughout the year. As of March 30th, 2026, The high rate is currently 35.00¢/kWh and is most economical when selling excess power back to the grid during the summer months. The low rate is currently 8.40¢/kWh, making it economical when buying electricity in the winter months. Side note: you can also choose variable rate as the "low rate", but most customers prefer to lock in a fixed low rate during the winter months.

Net billing drives the credit system, and your chosen rate determines the monetary credit earned for excess energy sold to the grid. For example, 1000kWh x35.00¢/kWh = $350.00 of credit earned. However, at the low-rate the amount of credits earned would be 1000kWh x 8.40¢/kWh = $84.00. Rate switching makes a major difference in the amount of cash your excess energy can generate.

These credits help you in several ways: They can offset your electricity bill charges including:

Energy consumption costs
Variable transmission charges
Distribution fees
Local access fees

Unused credits roll over to future months, which helps cover winter electricity bills when solar systems don’t produce as much electricity. Properly sized systems often result in zero out of pocket electricity bills during the summer months, with credits lasting into December/January. The program provides extra perks beyond standard credits. Members can get a 3% annual cash back reward on imported electricity. Many Solar Club retailers also support their local communities through profit-sharing programs.

How credits are applied to your electricity bill

The high export rate is currently 35.00¢/kWh. This rate works best during peak solar production times. Solar systems generate extra electricity between March and October. Micro-generators earn good money by selling their excess power back to the grid.

Current high export rates (35.00¢/kWh)

How 2026 electricity rates compare to previous years

Your Solar Club membership value depends on strategic electricity rate switching and awareness of seasonal patterns. Smart optimization techniques will help you maximize returns while supporting Alberta's renewable energy future.

Optimal timing for rate switching

Your solar generation patterns determine the timing of rate switching. Members typically switch from low to high rates in March and return to low rates in October. Not withstanding that, your specific solar setup and electricity usage patterns may require modified timing. There are several ways to determine the optimal timing for your system:

SolarClub gives you a beneficial Pre-Solar Rate of 7.25¢/kWh while you wait for system installation. You can get this rate right after signing a solar installation contract. The Pre-Solar Rate stays valid for 180 days from enrollment. After this period, you automatically move to the lowest available fixed rate if your installation isn't complete.

SolarClub Alberta helps homeowners get better returns on their grid-connected solar investments. Members can reduce their electricity costs through rate switching between high export rates of 35.00¢/kWh and low import rates of 8.40¢/kWh. This approach supports renewable energy adoption. The best results come when homeowners switch to high export rates during peak production months(March-October) and low import rates in winter. Their flexible switching options and 3% annual cash-back rewards help improve your solar financial return!

Homeowners should get a quote from Evalence Renewables to understand their savings potential with a grid-connected solar system. We can help you determine the optimal system size, and design to take advantage of the financial incentives solar club offers.

Conclusion

Rate changes align with Alberta's natural solar production patterns. Solar owners typically choose the high rate from March through October when their systems produce more electricity than is consumed in the home. They switch to the low rate from November through February as production drops during the winter months. Solar Club gives members great flexibility to manage their rate changes. Members can change rates once per billing cycle at no cost, and schedule future rate switches based on predicted production patterns.

Current low import rates (8.40¢/kWh)

The low import rate is currently 8.40¢/kWh. Homeowners save money during high consumption periods. These savings can add up during winter months from November through February. Members also earn a 3% cash-back reward on all imported electrical energy.

Administration fees by provider

Each provider charges different administrative fees. On average this seems to range between $7.00 - $10.00/month.

Maximizing Your Solar Club Benefits: Practical Strategies

The 2026 rates have altered the map of Alberta's retail energy sector. The new Rate of Last Resort (ROLR) at 12¢/kWh makes Solar Club rates more appealing. This shows the program's real value. The high export rate of 35.00¢/kWh shows program stability, especially with recent market changes. Alberta's Micro-Generation Regulation keeps buying and selling rates equal during billing periods. This ensures solar energy producers get fair payment for electricity.

Solar installation completed by Evalence.

In the above example of a solar production graph, the red bar represents the household energy consumption, and the yellow bar represents the estimated solar energy production. For this household, the system produces more energy between April - September, than is consumed. We would recommend being on the high rate between April - September, and the low rate from October - March for this customer.

Reviewing an example of the credit system

In this example the customer has exported 500kWh of electricity, and imported 200 kWh of electricity during a given month. They’re likely in a summer month and over-producing energy during the day, but importing electricity during the night.

Traditional Electricity Rate: ( 9.00¢/kWh)

Electricity Export Credit = 500 kWh * 9.00¢/kWh = $45.00 (Credit)

Electricity Import Cost= 200 kWh * 9.00¢/kWh = -$18.00 (Fee)

Net Credit = $45.00 -$18.00 = $27.00

Distribution,Transmission, Admin Fees = 200 kWh * 14.00¢/kWh + $10.00 (admin) = -$38.00

Credit After Fees =-$3.00 (actually still a small portion of the bill remaining).

Summer High Electricity Rate (SolarClub): ( 35.00¢/kWh)

Electricity Export Credit = 500 kWh * 35.00¢/kWh = $175.00 (Credit)

Electricity Import Cost= 200 kWh * 35.00¢/kWh = -$70.00 (Fee)

Net Credit = $175.00 -$70.00 = $105.00

Distribution,Transmission, Admin Fees = 200 kWh * 14.00¢/kWh + $10.00 (admin) = -$38.00

Credit After Fees =$67.00

In this example, the customer had a $67.00 bill credit by using Solar Club, which was $70.00 more than if they had stayed on the traditional electricity rate. This bill credit can be saved and applied to future months with less solar production.

What Is SolarClub™ and How Does It Work?

SolarClub's current rates help homeowners make smart choices about their solar investments. The 2026 rate structure gives solar panel owners clear advantages through a dual-rate system.

Ask your solar installer for your monthly consumption / production graph for your solar system. This will allow you to visualize the approximate months where your system produces more energy than you consume, and when it produces less.
Review your system’s real energy production using the associated solar app. Reviewing this data, and comparing it with your historical energy consumption based on utility bills will provide you with guidance on when to rate switch.
New Feature - RateSwitch - Solar club providers actually provide pre-bill data to remove the guess work from switching electricity rates! You can preview your bill, and then determine the best rate for the period.

Using the Pre-Solar rate while waiting for installation

Kohler vs Generac: Which Home Generator is Best in 2026

Tue, 17 Mar 2026 16:49:30 GMT

In an era of increasingly frequent grid instability and severe weather, a home backup power system has shifted from a luxury to a necessity. If you are researching a whole-house standby generator, two names likely dominate your search: Kohler and Generac. Both brands offer robust natural gas generator solutions that integrate directly with your home's fuel line, providing seamless, automatic protection during a power outage.

But when you are investing thousands of dollars into your home’s infrastructure, "good enough" isn't the standard. While Generac has long held the title of the most popular consumer brand with its widely recognized Guardian Series, many savvy homeowners and professional electricians are increasingly turning toward Kohler. Known for its industrial-grade heritage and superior engineering, Kohler is often viewed as the "professional's choice"—the generator you buy when you want to ensure your critical electronics and HVAC systems never skip a beat.

In this comprehensive comparison, we will break down the latest 2026 models—including the Generac 26kW Guardian and the Kohler 26RCA—to evaluate their performance, reliability, and maintenance requirements. While both companies will keep your lights on, we’ll take a closer look at why Kohler’s commercial-grade internals might just make it the superior long-term investment for your home.

At Evalence Renewables , we specialize in providing reliable and code compliant generator installation across Alberta. With extensive experience in residential, commercial, and municipal generator installations, our team offers the technical expertise and local knowledge needed to keep systems functioning efficiently and safely.

Build Quality and Engine Durability: Industrial Grade vs. Consumer Grade

When comparing the Kohler 26RCA and the Generac 26kW Guardian , the most significant differences are found under the hood. While both are air-cooled units designed for residential use, their engineering philosophies diverge sharply.

The Kohler Advantage: Industrial Heritage

Kohler treats its residential units like scaled-down versions of the massive generators they build for hospitals and data centers. The Kohler 26kW generator is powered by the CH1006 commercial-grade engine , a heavy-duty V-twin powerhouse.

One of the most critical "pro-level" features in the Kohler engine is the use of hydraulic valve lifters.

Maintenance-Free: Unlike most engines in this class, Kohler’s lifters automatically adjust for wear.

No Manual Tuning: You won't have to pay a technician (or spend your Saturday) performing manual valve adjustments—a tedious and expensive requirement for many other brands.

The Generac G-Force Engine

Generac utilizes its proprietary G-Force engine series. These are purpose-built for generators, meaning they are designed to handle the rigours of standby power rather than being repurposed from other industries. They are pressure-lubricated and highly efficient.

However, the Generac engine typically relies on solid lifters. This means that after a certain number of running hours (often after the first 25-hour "break-in" period and every 200 hours thereafter), a manual valve adjustment is required to keep the engine from losing power or sustaining damage. For the homeowner, this translates to more frequent service calls and higher long-term ownership costs.

Enclosures and Corrosion Resistance

The "build quality" doesn't stop at the engine; the outer shell matters just as much, especially in coastal or humid environments.

Kohler’s Standard: Kohler uses high-grade aluminum enclosures as a standard for their 26kW models. Aluminum is naturally rust-resistant, ensuring the unit looks and functions like new even after a decade in the rain and snow.

Generac’s Options: While Generac offers aluminum on some models, many of their entry-level units use powder-coated steel. If the paint chips or the unit is installed in a salty environment, steel can begin to rust significantly faster than Kohler’s aluminum housing.

Pro Tip: If you live within 100KM of the coast, an aluminum enclosure isn't just an upgrade—it's a requirement to prevent your investment from turning into a pile of rust within a few years.

Power Quality: Handling AC Startup and Sensitive Electronics

In a modern home, power quality is measured by more than just "lights on or off." You have to account for Total Harmonic Distortion (THD) and the ability to handle sudden, massive spikes in demand—like when your 3-ton central air conditioner kicks on in the middle of a July afternoon.

Generac’s "True Power™" vs. Kohler’s "PowerBoost™"

Generac has marketed its True Power™ Technology heavily, boasting less than 5% THD. For most homeowners, this is perfectly adequate for charging laptops and running LED lighting. Generac’s 26kW unit is also designed with a newer alternator meant to tackle the "inrush" current required to start large motors.

However, there is a difference between starting a motor and doing so without stressing the rest of the house. Kohler’s PowerBoost™ technology is widely considered the industry gold standard for "step loads."

The Kohler Advantage: While a Generac unit might bog down or cause a significant voltage dip when a large AC compressor engages, Kohler’s system provides a massive burst of starting power (kVA) that keeps the voltage steady.
The Result: You won't see your lights flicker nearly as much, and your sensitive smart-home hubs won't reset every time the fridge or AC cycles on.

The Critical Issue of Load Balancing

A nuanced technical advantage that often goes unmentioned in sales brochures is how these units handle unbalanced loads. In a standard 240V home system, the power is split into two 120V "legs."

Generac’s Sensitivity: Generac units, while efficient, can be sensitive to imbalances. If you have a heavy load on one 120V leg (like a space heater and a microwave) and very little on the other, the generator can struggle to regulate voltage accurately across both, potentially leading to "dirty" power on the lighter leg.
Kohler’s Industrial Build: Kohler utilizes a more robust, rotating-field alternator design. This allows the unit to maintain incredibly tight voltage regulation even when the loads are significantly unbalanced. You don't have to worry about exactly which appliances are on which circuit; the Kohler unit is engineered to deliver stable 120/240V power regardless of how lopsided your home’s energy draw might be.

Natural Gas Performance: The "Derating" Reality

For readers specifically looking for a natural gas generator, the "derating" factor is the most objective reason to choose Kohler. All generators lose power when switching from Liquid Propane (LP) to Natural Gas (NG) because NG contains less energy per cubic foot. In a real-world outage, that is the difference between being able to run your electric water heater while the AC is on, or having to choose between a hot shower and a cool house.

Warranty and Service Support: Comprehensive Protection vs. Tiered Coverage

At first glance, both Kohler and Generac appear to offer similar protection, with both brands typically providing a 5-year limited warranty on their flagship residential units. However, the "fine print" reveals two very different approaches to customer support.

The Kohler "Full Five" Advantage

Kohler’s standard warranty is widely considered the best in the residential market. For the Kohler 26RCA , the warranty is a comprehensive 5-year/2,000-hour agreement .

The "Full" Coverage: Unlike many competitors, Kohler typically covers parts, labor, and dealer travel for the entire five-year duration.
Peace of Mind: If your control board or alternator fails in year five, you aren't just getting a part in the mail; Kohler pays the technician to come to your home and install it.

Generac’s Tiered Warranty Structure

Generac’s warranty on the 26kW Guardian is also for 5 years, but it uses a "tiered" system that tapers off as the machine ages.

Years 1–2: Full coverage of parts, labor, and travel.
Year 3: Coverage typically shifts to parts only (labor and travel are now your responsibility).
Years 4–5: Coverage is often limited to "major components" only, such as the engine block and the alternator rotor/stator.

The Reality: If a small but critical sensor or the voltage regulator fails in year four, you will likely be paying for both the part and the service call out of pocket.

Service Network: Availability vs. Expertise

Where Generac wins the "numbers game" is in its massive dealer network.

Generac’s Reach: Because Generac is the most widely sold brand in North America, finding a certified technician is incredibly easy. This means faster response times and easier access to common replacement parts.
Kohler’s Specialization: Kohler has a smaller, more specialized service network. While you might have fewer dealers to choose from, Kohler technicians are often trained on commercial and industrial systems. You aren't getting a "handyman" who occasionally fixes generators; you are getting a power systems specialist.

Smart Features and Remote Monitoring: OnCue Plus vs. Mobile Link

Both brands allow you to check on your generator from a smartphone, whether you're at the office or on vacation. However, Kohler provides a more comprehensive, professional-grade experience out of the box.

Kohler OnCue Plus: The Professional Edge

The Kohler 26RCA comes standard with the OnCue Plus Generator Management System. This isn't just a simple status app; it's a deep-dive diagnostic tool.

No Subscription Fees: Unlike some competitors, if you connect your Kohler generator via Wi-Fi or a hardwired Ethernet cable, there is no annual subscription fee for the standard monitoring service. You get full access to your data for the life of the machine.
Voice Control: Kohler is fully integrated with Amazon Alexa and Google Assistant. You can simply ask, "Alexa, ask OnCue Plus for my generator status," or even command it to start an exercise cycle.
Granular Data: OnCue Plus provides real-time technical data that Generac’s basic app often hides, including engine temperature, battery voltage, and detailed fault codes.

Generac Mobile Link: The Consumer Powerhouse

Generac’s Mobile Link™ is the most widely used generator app in the world. It is incredibly user-friendly and focuses on high-level status alerts and maintenance reminders.

Tiered Pricing: While Generac offers a free "Basic" plan, many of the features homeowners actually want—such as instant email or text notifications—require a paid annual subscription (typically ranging from $50 to $100+ per year).
Smart Exercise: One of Generac’s newest 2026 features is Smart Exercise. The generator’s controller can actually skip a scheduled self-test if the unit recently ran during a power outage, saving fuel and reducing engine wear.
PWRview Integration: If you are interested in whole-home energy management, Generac’s PWRview app allows you to see your generator’s performance alongside your solar production and grid consumption, providing a total picture of your home’s energy health.

The Verdict on Tech

While Generac wins on ease of use and "smart home ecosystem" integration, Kohler wins for the serious homeowner. Getting professional-grade diagnostics and remote control without a recurring monthly bill makes Kohler the more transparent and cost-effective choice for long-term monitoring.

Final Verdict: Why Kohler is the Superior Investment for 2026

Choosing between Kohler and Generac for your natural gas generator often comes down to a choice between market popularity and industrial-grade engineering. While Generac remains the most recognizable name in the industry, our side-by-side comparison of the latest 2026 models reveals that Kohler offers distinct advantages in the areas that matter most: longevity, power stability, and ease of ownership.

The Case for Generac

Generac is an excellent choice for homeowners who prioritize a lower upfront cost and want the widest possible access to service technicians. Their Guardian Series is reliable, user-friendly, and perfectly capable of keeping a home running during a standard outage. If you are looking for the "standard" solution that most of your neighbours likely have, Generac is a safe, budget-friendly bet.

The Case for Kohler: The "Professional's Choice"

For the homeowner who views a whole-house generator as a permanent upgrade to their home's infrastructure, Kohler is the clear winner. By bringing commercial-grade components—like hydraulic lifters and superior voltage regulation—into the residential market, Kohler has created a machine that is both more powerful and less demanding to maintain.

Conclusion

If you are investing thousands of dollars into a natural gas generator, you want the peace of mind that comes from knowing the unit will start every time and handle your home's most sensitive electronics without a hiccup.

While Generac dominates the market share, Kohler dominates the engineering. Between its maintenance-free engine components, its standard aluminum corrosion-resistant enclosure, and its superior performance on natural gas, the Kohler 26RCA is the best choice for the discerning homeowner in 2026. At Evalance, we recommend the Kohler for any installation where reliability and long-term value are the top priorities.

A well-maintained solar system ensures reliable production, long-term savings, and continued safety. Whether you’re a homeowner, business, or municipality, Evalence Renewables is here to help keep your system performing at its best.

To schedule an inspection or request a customized quote - contact us today!

�� Contact Evalence Renewables:

Phone: +1 (587)435-7349

Email: info@evalence.ca

Website: https://www.evalence.ca

Kohler Generator installed in the snow.

Book a Generator Quote Today

What to Expect During Your Solar Installation: A Step-by-Step Guide

Mon, 29 Dec 2025 21:14:43 GMT

Switching to solar is one of the best investments Alberta homeowners can make — for their homes, their budgets, and the planet. But once you’ve signed your contract, you might wonder — what happens next?

At Evalence Renewables, we believe your solar journey should be simple, transparent, and stress-free. Our professional team manages every step — from design to activation — so you can focus on what matters most: enjoying your home and the energy savings that come with it.

Here’s a detailed look at what to expect during your solar installation process:

Step 1: Design Proposal and Site Assessment

Your solar journey with Evalence Renewables begins with a personalized design and quote — no commitment required, just a clear picture of your home’s solar potential.

Getting Started Online

To get started, simply share a few details about your home through our online form:

A photo of your electrical panel (with breakers visible) and any subpanels.
Your most recent utility bill (with the 12-month usage graph).

This information helps our design and engineering team assess your current energy setup and create an accurate, customized proposal for your property.

Designing a System That Fits Your Needs

Next, we examine your energy usage using the information you have provided—to design a system that meets your household’s real needs. Our goal is to size your system to offset as much of your power bill as possible while remaining cost-effective.

Smart Solar Design Tools

We use advanced software like Aurora Solar to simulate your system’s performance. This technology allows us to:

Predict monthly and annual energy production
Optimize panel placement for maximum efficiency
Visualize how your system will look on your roof before installation

This combination of science and creativity ensures your solar system works efficiently and looks great.

Step 2: Permitting and Approvals

Once your solar design is ready and you’ve given us the green light, it’s time for the paperwork — but don’t worry, Evalence Renewables handles it all for you.

This step is all about making sure your system is officially approved and ready for installation. Solar projects in Alberta require a few key permits and applications, and we take care of each one from start to finish.

Project Deposit

To begin the permitting process, we require a 10% project deposit . This allows our team to secure your project in the schedule and start submitting the necessary applications and permits.

The deposit is fully refundable in the event that your local utility does not approve your project for interconnection.

Once approvals are received, this deposit is applied toward your total project cost.

We Handle the Red Tape for You

We submit your micro-generation application to your local utility provider (like EPCOR, ENMAX, ATCO, or FortisAlberta ). This allows your solar system to connect to the grid so you can earn credits for the power you produce.

We apply for all necessary electrical and building permits with your municipality. These ensure that your system meets all local safety and construction standards.

We coordinate with inspection authorities to make sure everything is approved before installation begins.

Our experienced team knows exactly what each utility and municipality requires, which helps prevent delays and keeps your project on track.

How Long Does Permitting Take?

Permitting timelines can vary depending on your utility provider and location. On average, it takes about four weeks , but it could take longer if the utility needs to complete a technical review or infrastructure needs to be upgraded for all approvals to come through. Throughout this stage, you’ll receive regular updates from our team — so you’ll always know where things stand.

Your Role

The best part? You don’t have to lift a finger. We handle all submissions, follow-ups, and approvals on your behalf. If your utility or municipality requires additional information, we’ll contact you right away to make it quick and easy.

Once your solar panels are securely installed, the next step is to make sure everything is safe, compliant, and ready to start producing power. This phase includes two important milestones: inspection and commissioning .

The Electrical Inspection

Every solar system in Alberta must pass an electrical inspection before it can be turned on. Don’t worry — Evalence Renewables handles all the coordination for you.

Here’s what happens:

We schedule the inspection with your local authority or utility provider. An electrical inspector visits your home to verify that all wiring, grounding, and system components meet Alberta’s safety and code requirements.

The inspector prepares a report showing the system complies with the Canadian Electrical Code. We share that with the utility. You don’t need to be an expert or handle any paperwork — our team manages everything and keeps you updated every step of the way.

Your Solar Walkthrough

Before we wrap up, our team provides a personalized walkthrough of your system. We’ll show you how everything works, explain How to Read Your Solar Monitoring App and answer any questions you might have about system maintenance or performance tracking. By the end of this step, your solar power system will be fully approved, connected, and producing electricity — officially marking the start of your journey as a solar homeowner.

9. Conclusion

Switching to solar is an exciting journey, and at Evalence Renewables , we’re here to make every step simple, transparent, and stress-free.

From site assessment and custom design to installation, inspection, and ongoing support , we manage the details so you can focus on enjoying the benefits — lower energy bills, clean power, and a positive impact on the environment.

Whether it’s your first solar system or an upgrade with EV charging or battery storage, our team is here to guide you, answer your questions, and help you get the most out of your solar investment.

Start your solar journey today and experience the peace of mind that comes with professional, reliable, and efficient solar energy — right on your rooftop.

�� Contact Evalence Renewables:

Phone: +1 (587)435-7349

Email: inquiries@evalence.ca

Website: https://www.evalence.ca

Ground-Mount Solar System near Red Deer, Alberta.

Introduction

With all permits and approvals in place, it’s time to bring your solar design to life. This is where Evalence Renewables moves into action — ordering your equipment, preparing the schedule, and getting everything ready for installation day.

Sourcing Quality Equipment

We believe your solar system should be built to last. That’s why we only source Tier 1 solar panels , CSA-certified inverters , and premium mounting hardware from trusted manufacturers.

Every component we use meets or exceeds Canadian safety and performance standards , ensuring long-term reliability, efficiency, and warranty protection. Our procurement team carefully coordinates deliveries to make sure all materials arrive on time and in perfect condition.

Scheduling Your Installation

Once all equipment is ready, our project coordinator will reach out to schedule your installation. The timeline for this stage typically runs about 2 to 4 weeks , depending on equipment availability, weather, and your location.

You’ll receive a detailed schedule that outlines what to expect before, during, and after the installation — so there are no surprises.

Keeping You Informed

Throughout this step, communication is key. We’ll update you on equipment arrival dates, confirm installation timing, and answer any questions you may have along the way. Our goal is to make sure you always feel informed, confident, and excited about the next phase of your solar journey. Once your materials are on-site and the schedule is confirmed, it’s time for the most exciting part — installation day!

Step 3: Procurement and Scheduling

Step 4: Installation Day(s)

After weeks of careful planning and preparation, it’s finally time to see your solar system take shape on your roof. This is the most exciting part of your solar journey — when the design becomes reality.

At Evalence Renewables , we make sure your installation experience is smooth, safe, and completely stress-free from start to finish. Every detail is handled by our in-house, certified installers who take pride in their craftsmanship and professionalism.

What to Expect When Our Team Arrives

Our friendly, professional installation crew will arrive early, introduce themselves, and walk you through the day’s plan before starting any work. We’ll make sure you know exactly what’s happening and when, so there are no surprises along the way. To complete the installation efficiently, we’ll need access to the following areas:

Driveway or yard – for unloading materials and staging equipment
Electrical panel – typically located in your basement or utility area
Roof area – where solar panels will be securely mounted
Attic space – to run the wiring connections safely and neatly

Once everything is set up, our technicians carefully install the racking, solar panels, and inverters , following all safety protocols and Alberta electrical codes. You can expect a clean, professional workspace throughout the entire process.

Safe and Efficient Work

Safety is always our top priority. Our installers use approved protective gear, follow all safety procedures, and ensure every component is properly secured and tested. We also treat your property with care — keeping the workspace neat, minimizing disruption to your household, and cleaning up thoroughly once the job is done. For most homes, installation typically takes one to three days , depending on your system’s size, roof type, and weather conditions. By the end of this step, your home will be ready for the next exciting stage — electrical inspection and commissioning .

Our Promise: Quality, Safety, and Accountability

At Evalence Renewables, we believe your solar experience should be simple, transparent, and worry-free. From design to activation, our team takes care of every detail with the same care and precision we’d expect in our own homes. All electrical work is completed by our in-house certified electricians , ensuring your system meets Alberta’s building and electrical standards. Every installation is carefully inspected for safety, performance, and long-term reliability — so you can enjoy clean energy with total confidence.

When your project calls for specialized work, such as structural reviews or minor roof adjustments such as roof vent relocation, we collaborate with experienced professionals who meet our high standards for quality and craftsmanship. Our project team manages every step to keep your installation on schedule and up to our promise of excellence. With Evalence, you’re not just getting solar panels — you’re getting a system built to last, installed by people who care, and backed by a team you can trust.

After the Installation

Once the panels are mounted and wired, we’ll double-check every connection and prepare your system for inspection and commissioning. Before we leave, our team will make sure your property is clean, safe, and exactly as we found it — with one big improvement: a brand-new solar system ready to start generating clean energy.

Roof-mounted solar installation in Edmonton, AB.

Your Design Review

Once the design is complete, we provide a clear, easy-to-read proposal including:

Panel placement diagrams
Expected energy production and savings
Details on all equipment, including panels, inverters, and racking systems

We review the plan with you, answer any questions, and make adjustments as needed. By the end of this stage, your system is ready for the next step: permits and approvals.

Getting to Know Your Home

Now that your project is approved and the contract is signed, our next step is to confirm that your solar design fits your home perfectly. We may visit your home for an on-site inspection or use satellite imagery and digital tools to create a virtual roof model.

Here’s what we evaluate:

Roof size, angle, and direction – to identify the best sunlight exposure for your panels.
Shading – to check for trees, vents, or nearby buildings that could block the sun.
Roof condition – to ensure it can safely support the solar equipment.
Electrical setup – our electricians review your main panel and wiring to ensure compatibility with a solar system.
Attic assessment – to verify access points, roof truss condition, insulation, and available space for cable routing. This helps confirm that your roof structure is sound and suitable for the installation.
Electrical room measure-up – to record the exact space and layout for inverters, disconnects, and metering equipment.
Verification of electrical route to attic – to confirm the best path for running cables between the roof and electrical panel.

During this stage, our team ensures your proposed design can be safely and practically implemented based on your home’s structure and electrical layout. If adjustments are needed, the design is modified before moving forward to the permitting stage. Every step adheres to Alberta’s building and electrical safety codes, ensuring a compliant, safe installation.

Irradiance View using Aurora Solar

Step 5: Electrical Inspection and Commissioning

Step 6: Monitoring and Support

Y our solar system is now up and running! But the journey doesn’t stop at installation. At Evalence Renewables , we make sure you can track your system’s performance and get support whenever you need it.

Keep an Eye on Your Solar Production

With tools like the APsystems EMA app , you can monitor your solar energy in real-time right from your phone, tablet, or computer. You’ll be able to see:

How much electricity your system is producing each day
Energy generated by each individual panel
Historical trends to see how much energy you’ve produced over time

This gives you the power to watch your savings grow while understanding exactly how your system is performing.

Spot Potential Issues Early

The monitoring app isn’t just for tracking production — it also helps identify any performance issues . If a panel or inverter isn’t working as expected, the system sends an alert so we can take action quickly. Our proactive approach helps keep your solar system operating at peak efficiency , maximizing your energy savings year after year.

Ongoing Support from Evalence

Whether you have a question about your monitoring app, need guidance on system maintenance, or want to discuss warranty coverage, our friendly support team is just a call or email away.

We’re committed to helping you get the most out of your solar investment , providing assistance whenever you need it — long after your system is installed.

Why Net Metering Matters: A Simple Guide for Alberta Homeowners

Mon, 29 Dec 2025 20:47:04 GMT

At Evalence, we speak with Alberta homeowners every day who are interested in solar energy but still unsure how the financial side really works. Many people understand that solar panels generate electricity, but they’re less clear on how that energy translates into real savings on their power bill.

The reality is this: one of the biggest reasons solar is so effective in Alberta is net metering , also known as the micro-generation credit system . It’s the behind-the-scenes framework that allows homeowners to turn excess solar production into meaningful, long-term savings.

If you’ve ever wondered how unused solar energy gets credited, why summer production still helps in winter, or how solar keeps electricity costs more predictable, this guide walks you through it — simply and clearly.

What Net Metering Really Means

Net metering is the system that allows your home to share excess solar energy with the electrical grid. When your solar panels produce more power than your household is using, that extra electricity doesn’t go to waste. Instead, it flows into the grid, and your electricity retailer applies credits to your account.

In everyday terms, here’s how it works:

On bright, sunny days — which Alberta has plenty of — your solar panels often generate more electricity than your home needs in that moment. Rather than storing or losing that energy, it’s sent back to the grid and recorded as a credit through your bidirectional meter.
Later, when solar production drops — during evenings, cloudy days, or Alberta’s longer winter months — your home draws electricity from the grid, and those credits help offset the cost.

It’s an automatic, seamless exchange:

you export power when you have extra, and you’re credited when you need electricity back.

Alberta is uniquely positioned to benefit from net metering. We have strong solar potential and a deregulated electricity market, which together make solar a practical and financially attractive option for many households.

For homeowners, net metering provides several key advantages:

Surplus solar production becomes real financial value, not wasted energy
High summer generation balances lower winter output, smoothing costs across the year
Your solar system delivers benefits year-round, not just during sunny months
You gain greater control over long-term electricity expenses, even as market rates change

This system makes solar energy more predictable and manageable for Alberta families, transforming solar from a seasonal upgrade into a year-round energy solution.

Why Net Metering Matters for Alberta Homes

Where Your Extra Solar Energy Goes

When your solar system produces more electricity than your home is using, that energy is exported to the utility grid. Your bi-directional meter tracks both the electricity you consume and the electricity you send back.

Your retailer then applies credits based on the amount of power exported. These credits typically appear on your monthly bill and roll forward as needed.

Most Alberta homes generate the majority of their solar energy between April and September , when days are longer and sunnier. Those accumulated credits naturally help offset higher electricity use in fall and winter. It’s a simple, built-in balancing system that works quietly in the background.

Common Misconceptions We Hear

It’s normal to have questions about net metering, especially if you’re new to solar. Here are a few common misunderstandings we often help clarify:

“I thought I’d get paid cash every month."
Net metering doesn’t provide direct cash payments. Instead, it offers bill credits that reduce what you owe for electricity.

“If I don’t use my credits right away, they disappear.”
Not necessarily. Credit policies depend on your electricity retailer, and many allow credits to carry over month to month — especially during high-production seasons.

“Net metering means I’m completely off-grid.”
Not at all. Your home remains connected to the grid at all times. Solar simply reduces how much electricity you need to purchase...

How It Works? Net Metering. Evalence, 2025.

Residential Ground-mounted solar panels. Chestermere, Alberta, Canada.

How Net Metering Improves your Solar Investment

Net metering plays a major role in improving the overall value of a solar system. With Alberta’s strong solar production and established credit structure, homeowners often experience:

Lower average electricity bills over the year
Shorter payback periods on their solar investment
Greater protection from rising or unpredictable electricity rate

At Evalence, we don’t just focus on how many panels fit on your roof. We design solar systems with net metering in mind — optimizing production, usage, and credit generation to deliver strong long-term results.

Final Thoughts

Net metering may sound technical, but in practice, it’s one of the most homeowner-friendly parts of going solar. It ensures that every kilowatt your system produces has value — whether you use it immediately or later in the year.

For Alberta homeowners, net metering makes solar reliable, transparent, and financially rewarding over the long term.

If you’re curious about how much solar could offset your electricity bill, Evalence can help. We offer personalized assessments based on your home, roof, and energy habits, so you can clearly see how solar — and net metering — would work for you.

Installed Roof-mounted Solar Panels. Fort Saskatchewan, Alberta, Canada

What Businesses Should Know Before Installing EV Chargers in Alberta

Mon, 29 Dec 2025 20:43:24 GMT

Electric vehicle adoption is accelerating across Alberta, and businesses are increasingly recognizing the value of offering EV charging on-site. From supporting employee commuting to attracting customers and preparing for electric fleets, charging infrastructure is quickly becoming a practical business asset — not just a sustainability feature.

Whether your organization is motivated by environmental goals, customer convenience, or future-proofing your operations, installing EV chargers requires thoughtful planning. Commercial charging is significantly different from residential installations, and making the right decisions upfront can substantially reduce costs and operational challenges down the road.

At Evalence, we work with Alberta businesses to design and install EV charging systems that are safe, efficient, and built to grow with demand. Here’s what organizations should understand before getting started.

Choosing the Right Charger Type

One of the first decisions is selecting the appropriate charger type based on how the chargers will be used.

Level 2 (240V Charging)

Level 2 chargers are the most common choice for commercial properties. They’re well-suited for:

Office buildings and workplaces
Retail centres and shopping plazas
Hotels and hospitality sites
Multi-family and mixed-use developments

These chargers work best when vehicles are parked for one to several hours. They offer a strong balance between charging speed, installation cost, and electrical requirements, making them ideal for most business environments.

Level 3 (DC Fast Charging)

DC fast chargers deliver much higher power and are designed for quick turnaround charging. They’re typically used at:

Fleet depots and logistics hubs
Public charging corridors and rest stops
High-traffic commercial locations
Businesses located along major highways

While fast chargers provide rapid charging, they require significantly more electrical capacity and a higher upfront investment. Understanding expected usage patterns is essential before committing to this option.

Electrical capacity is one of the most important — and often underestimated — aspects of a commercial EV charging project.

Before installation, businesses need to evaluate:

Existing electrical panel capacity
Transformer availability and loading
Distance between chargers and electrical rooms
Trenching or conduit routing requirements
Load management or smart charging needs
Whether electrical upgrades are required

A detailed site assessment ensures the system is safe, code-compliant, and designed to expand as EV adoption increases. Planning for future chargers early often costs far less than retrofitting later.

Power and Electrical Requirements

Costs to Expect

Commercial EV charging projects involve more than just purchasing chargers. Typical cost components include:

Charging equipment
Electrical installation and upgrades
Trenching, concrete, or asphalt restoration
Permits, inspections, and utility coordination
Optional software, networking, and payment systems

Costs vary widely depending on site conditions and charger type. Evalence focuses on efficient system design to avoid unnecessary upgrades while delivering reliable performance and long-term value.x

Incentives and Funding Opportunities

Incentive programs for EV charging change frequently, but many Alberta businesses may be eligible for financial support through:

Federal clean transportation or infrastructure programs
Municipal or utility-based rebates, when available
ESG, sustainability, or carbon reduction initiatives
Green building certifications and fleet electrification programs

Evalence helps businesses stay informed on current opportunities and can assist with documentation and technical details required for applications.

Most commercial charging systems now include software platforms that help businesses manage operations and energy use. Common features include:

Usage tracking and reporting
User access control
Payment and billing options
Energy load balancing
Remote monitoring and diagnostics

These tools allow businesses to control costs, understand usage patterns, and streamline ongoing management — especially as charger usage increases over time.

Black electric vehicle charging outside.

Placement, Layout, and User Experience

Charger placement directly affects usability, safety, and long-term maintenance. A well-designed layout also minimizes operational issues during Alberta’s winter conditions.

At Evalence, we consider factors such as:

Proximity to electrical infrastructure
Parking flow and stall accessibility
Snow clearing and ice buildup patterns
Lighting, visibility, and security
Cable management, bollards, and signage

Thoughtful placement improves user experience, reduces wear and tear, and supports reliable year-round operation.

Smart Charging and Management Tools

Final Thoughts

Installing EV chargers is a forward-looking investment that supports business growth, customer satisfaction, and sustainability goals. With proper planning, EV charging infrastructure can be scalable, cost-effective, and well-suited to Alberta’s climate and electrical environment.

Evalence provides end-to-end commercial EV charging assessments and installation services across Alberta. If your business is considering EV charging, our team is ready to help you design a solution that works today and prepares you for the future.

How EV Charging Works in Cold Weather: Practical Tips for Alberta Drivers

Mon, 29 Dec 2025 20:41:13 GMT

Alberta winters are tough — and anyone who’s lived through them knows how quickly mild temperatures can turn into deep freeze. For electric vehicle (EV) drivers, winter often brings new questions and a few adjustments. You might notice your driving range shrinking, charging sessions taking longer, or your vehicle using more energy just to stay warm. If this is your first winter with an EV, those changes can feel unexpected.

At Evalence, we install EV chargers for homes and businesses across Alberta, from city centres to smaller rural communities. Every winter, we hear the same question from EV owners:

“Will my EV still charge properly when it’s cold?”

The short answer is yes . EVs are built to operate in cold climates like ours. That said, batteries respond differently to low temperatures and understanding what’s happening — and how to charge smarter — can make winter driving far more predictable.

With the right charging setup, especially a reliable Level 2 charger, and a few simple habits, Alberta’s cold weather doesn’t have to stand in the way of EV ownership — even when temperatures dip well below –30°C.

Why EV Batteries Behave Differently in Winter

Electric vehicles rely on lithium-ion batteries , which prefer moderate temperatures. When it gets cold, the chemical reactions inside the battery slow down. To prevent stress or damage, the vehicle automatically reduces how quickly energy moves in and out of the battery.

At the same time, your EV uses extra energy to warm the battery to a safe operating range. This happens whether the vehicle is charging, driving, or parked.

Because of this, winter conditions often lead to:

Shorter driving range, especially on quick trips
Slower charging, particularly if the battery is very cold
Increased energy use from heating both the battery and the cabin

These effects are normal. They’re part of the vehicle’s built-in protection system — not a sign that something is wrong.

For Alberta EV drivers, home charging becomes especially important during winter, and a Level 2 charger makes a noticeable difference.

With a properly installed Level 2 charger at home:

The battery stays warmer overnight
Lost range is restored much faster
Cabin and battery preconditioning works as intended
Morning charging becomes consistent and stress-free

Level 2 chargers provide enough power to charge the vehicle while also helping maintain battery temperature — something a standard wall outlet often can’t do in extreme cold.

By comparison, Level 1 charging (using a regular 120V outlet) may struggle below –20°C. In some cases, it only supplies enough power to keep the battery warm, with little to no actual charging happening.

Why Home Charging Matters Even More in Winter

Simple Ways to Improve Winter EV Performance

Small changes to daily habits can make a big difference in winter. Here are Evalence’s practical tips for cold-weather EV driving:

Plug in whenever possible — even short charging sessions help retain battery warmth
Preheat the cabin while the vehicle is plugged in, not after you start driving
Aim to keep the battery between 20% and 80% during extreme cold
Use seat and steering wheel heaters instead of relying only on cabin heat
Drive smoothly and avoid aggressive acceleration, which drains energy faster

These habits help preserve range, reduce strain on the battery, and improve charging efficiency throughout winter.

How Solar Supports Winter EV Charging

Solar production naturally drops during winter, but it still plays a role in EV charging over the year. In Alberta, most solar systems generate surplus electricity in spring and summer, which becomes bill credits through net metering.

Those credits can later offset winter electricity use — including EV charging at home.

Solar and EV charging work best when viewed on an annual basis , not day to day. Even with reduced winter production, many homeowners continue to see strong yearly savings thanks to summer overgeneration.

Black electric vehicle charging outside.

What to Expect From Public Charging in Freezing Weather

Public fast charging also behaves differently in winter. If your EV arrives with a cold battery, the vehicle will limit charging speed — even when the charger itself can deliver more power.

In cold conditions, you may notice:

Charging starts slowly and ramps up gradually
Peak charging speeds are reduced
Overall charging sessions take longer

Many newer EVs help with this by automatically preheating the battery when you navigate to a fast charger . This feature can significantly improve charging speed and is especially useful during Alberta’s colder months.

Whenever possible, warming the battery before arriving at a fast charger helps you get the most efficient charge.

Final Thoughts

Electric vehicles remain dependable, efficient, and practical in Alberta’s cold climate. Winter simply calls for a slightly different approach. With the right charging setup and a few smart habits, EV ownership stays reliable and predictable all year long.

If you’re thinking about installing a Level 2 home charger , Evalence can help you select the right equipment and installation strategy to ensure dependable charging — even during Alberta’s coldest winters.

Residential EV Charger Installed. Alberta, Canada.

Tesla Powerwall Batteries Installed in Alberta, Canada.

ChargeYYC: Calgary’s Multi-Family EV Charging Grant Program (Updated Guide)

Mon, 08 Dec 2025 15:41:23 GMT

ChargeYYC is a pilot program managed by the City of Calgary to support multi-family properties in developing an EV Charging Strategy and preparing for future electric vehicle adoption. As EV demand continues to grow, many condo and apartment buildings face challenges related to electrical capacity, parking layouts, and long-term planning. ChargeYYC helps address these challenges by providing funding to create a clear, future-ready EV Charging Road Map.

Through this program, eligible properties can receive 50% of study costs (to a maximum of $4,000) to develop a customized roadmap that outlines how EV charging can be safely, efficiently, and cost-effectively implemented in the years ahead.

Evalence Renewables is a qualified partner with experience completing EV charging studies for commercial and multi-family properties in Calgary, helping property owners plan and prepare for scalable, long-term EV infrastructure.

What is the ChargeYYC Multi-Residential Grant Program?

ChargeYYC is designed to help multi-family buildings plan and install electric vehicle charging infrastructure. The program begins with Phase 1 funding, which provides up to $4,000 per property to support the development of an EV Charging Road Map. This roadmap acts as the foundation for long-term EV readiness and outlines the steps required to safely and efficiently prepare the building for EV charging.

Once a property completes Phase 1, it may then apply for Phase 2 funding, which supports the installation of EV-ready infrastructure and Level-2 chargers, offering significant rebates to reduce project costs. The program is currently open to a limited number of applicants and is expected to expand in future phases.Evalence is the ideal partner for this program because:

It Starts with a Good Strategy

An EV Charging Road Map is a strategy for building electric vehicle charging infrastructure in a multi-family property. A Road Map typically starts with identifying the current state of the building - including the existing electrical constraints, ev-users, and building layout. This is the start-point!

Next, we develop a the vision for the future. Do we want to electrify every-stall in the building, common-area parking spots, or something in between? With this vision, and our starting point - we develop a roadmap that allows property owners to sequentially and cost-effectively complete the necessary electrical upgrades to eventually achieve this vision.

An EV charging roadmap is essential to avoid costly mistakes and unnecessary infrastructure replacement. By planning ahead, property owners can strategically assess current and future needs, ensuring the installation of scalable solutions that accommodate evolving EV demand

A well-defined roadmap helps avoid retrofitting expenses, optimizes space and electrical capacity, and prevents the need to overhaul systems that could have been integrated more efficiently from the start. This proactive approach saves both time and money while ensuring long-term success.

Evalence leverages extensive experience and diverse product catalog to create tailored, clear EV charging plans for multifamily properties. Our expertise allows us to assess your unique needs and provide scalable, future-proof solutions. By offering a wide range of charger and EVEMS options, we help property owners optimize their EV infrastructure, avoid common pitfalls, and ensure their investment supports long-term growth in electric vehicle adoption.

What is an EV Charging Road Map?

Frequently Asked Questions

ChargeYYC Phase 1 – EV Road Map Funding

Phase 1 of ChargeYYC supports the early-stage planning process by covering 50% of eligible study costs, up to $4,000 per property. This includes electrical assessments, infrastructure planning, load capacity reviews, and EV road mapping.

Applications opened on September 24, 2024, with up to 60 applications accepted for the first intake of this pilot program.

ChargeYYC Phase 2 – Installation Funding

Phase 2 provides rebates to help offset the cost of EV-ready infrastructure and charger installation. Funding is provided through two types of rebates:

EV Enabled Rebate

Covers 50% of EV-ready upgrades
Up to $6,000 per stall
Up to $90,000 per property

EV Charger Rebate

Covers 50% of charger purchase and installation
Up to $1,000 per single-port or $2,000 per dual-port charger

Properties can receive up to $100,000 in combined Phase 2 funding.

Alberta Solar Inspection Services

Tue, 02 Dec 2025 22:58:41 GMT

Solar power systems are long-term investments, designed to operate for decades while reducing electricity costs and supporting a cleaner energy future. But like any electrical system, they require regular attention to ensure they continue running safely and at peak performance. A solar inspection is a comprehensive evaluation of a system’s components, installation quality, and real-world performance. Through this process, inspectors can identify issues early, prevent unnecessary losses, and protect the overall longevity of the system.`

At Evalence Renewables , we specialize in providing reliable and detailed solar inspection services across Alberta. With extensive experience in residential, commercial, and municipal solar installations, our team offers the technical expertise and local knowledge needed to keep systems functioning efficiently and safely.

Importance of Solar Inspection

Solar inspections play a crucial role in maintaining the safety, efficiency, and long-term value of any solar energy system. Over time, environmental exposure, electrical wear, and structural stress can slowly impact how well a system performs. Regular inspections help identify and resolve these issues before they become serious.

Preventing gradual performance loss
Dirt buildup, loose wiring, weakened mounting hardware, or increased shading can slowly reduce a system’s energy output. Inspections help detect these factors early so owners can restore optimal performance before losses become significant.
Detecting safety hazards before they escalate
Electrical systems can develop issues such as overheating wires, damaged breakers, or poor grounding. Even minor defects can lead to major risks if left unnoticed. Inspections ensure that potential hazards are addressed promptly, protecting both people and property.
Maintaining compliance with electrical codes and utility standards
Alberta requires solar installations to meet specific safety and wiring requirements. A regular inspection confirms that the system remains compliant, which helps avoid technical issues with grid connections or utility interactions.
Extending system lifespan and protecting financial investment

Solar systems are designed to last 20 to 30 years, but their longevity depends on proper care. Inspections help prevent premature degradation, ensuring the owner continues receiving cost savings and reliable energy for the full life of the system. Ensuring consistent and expected energy production

By reviewing real-time performance and comparing it to expected output levels, inspections verify that the system is producing the correct amount of power. Any inconsistencies can be investigated and resolved quickly.

We also inspect commercial solar arrays , whether they are installed on large rooftops or built as ground-mount systems on open land. Commercial projects typically involve higher voltages, larger equipment, and more complex wiring layouts, which require a detailed and systematic inspection approach to ensure they continue to operate reliably and meet safety standards.

To schedule an inspection or request a customized quote - contact us today!

�� Contact Evalence Renewables:

Phone: +1 (587)435-7349

Email: info@evalence.ca

Website: https://www.evalence.ca

One Sunny day in the City of Edmonton

Evalence Renewables provides solar inspection services for a wide variety of installations across Alberta. This includes residential grid-tied systems , which are the most common among homeowners looking to reduce utility costs and take advantage of Alberta’s microgeneration program. These systems often remain exposed to changing weather conditions and natural wear, making regular inspections important to maintain their long-term performance and safety.

Importance of Solar Inspection. Evalence Renewables, 2025

Types of Systems We Inspect

Residential Project. Alberta, Canada

Commercial Project. Alberta, Canada

In addition to grid-tied systems, our team is experienced in evaluating battery-based solar systems , including hybrid setups and full off-grid configurations. These systems rely heavily on the condition of their storage components, charge controllers, and enclosures, so thorough inspections help confirm battery health, proper charging behavior, and safe installation practices.

We also support municipalities and organizations that use solar technology in public infrastructure—such as pathway lighting, signage, monitoring equipment, and remote power units. These smaller but widely distributed systems benefit greatly from periodic inspections to ensure they remain dependable throughout Alberta’s diverse weather conditions.

What’s Included in a Professional Solar Inspection

A professional solar inspection with Evalence Renewables is carried out using a detailed and standardized checklist to make sure every component of the system is functioning safely and efficiently. Each part of the installation—panels, wiring, electronics, batteries, and loads—is examined carefully, with photos and recorded readings included in the final report.

Solar Panel Inspection

The process starts with a close evaluation of the solar panels and mounting system . Inspectors confirm that every panel is securely fastened, with no signs of rusted bolts, loose hardware, or structural movement. The orientation and tilt are assessed to ensure they align with the site’s optimal solar exposure—typically facing south, with no shading from trees, poles, or nearby structures. The panel surfaces are examined for cracks, chips, delamination, or glass damage, and the wiring at the back of the panels is checked to ensure all conductors are protected and properly strain-relieved. Junction boxes must be sealed and weatherproof to prevent moisture intrusion. Voltage output readings are taken at the panel terminals and recorded, and inspectors capture clear photos of the front and back of each panel, including serial numbers, along with written comments documenting any observations.

Charge Controller / Power Electronics

The inspection then moves to the charge controller or power electronics, where inspectors verify that the controller is mounted securely and protected from weather exposure. Indicator lights, display screens, and alarm codes are reviewed and documented, and the input voltage from the solar array is measured to ensure it matches the expected panel output. Output voltage from the controller to the battery system is also recorded. Inspectors look for any signs of corrosion, overheating, or water damage and confirm that all wiring terminations are tight, labeled correctly, and safely enclosed. Any findings or irregularities are noted in the comment section for the controller.

Battery System

For systems equipped with storage, the battery system undergoes a detailed examination. Inspectors confirm that the battery enclosure is secure, dry, and properly ventilated where applicable.

The type of battery could be identified as:

AGM
lithium iron phosphate (LiFePO₄)
flooded lead-acid

Terminals are checked to ensure they are clean, tight, and free from corrosion. Voltage readings are taken both under no-load and under-load conditions, providing insight into the health and performance of the storage unit. Safety components such as fuses and breakers between the battery and controller are verified, polarity is confirmed, and battery age or manufacturing labels are documented whenever available. Photos of the battery, terminals, and identification labels are included in the final report.

Tesla Battery Installation. AB, Canada

Lighting / Load Verification

The inspection also covers lighting or load verification for systems that power lighting or similar equipment. Inspectors confirm that all lights operate correctly—whether controlled manually, triggered by a photocell, or managed by a timer—and ensure that fixtures are securely mounted and free from damage. Wiring connections are checked for proper weather sealing and protection from physical impact. Current draw measurements are recorded when accessible, and photos of each fixture are added to the report.

Electrical Safety & Grounding

Another important component of the inspection is the review of electrical safety and grounding . Inspectors verify that all wiring is sized appropriately, properly insulated, and protected by conduit or sheathing where exposed. Grounding is confirmed through continuity testing to ensure the panel frames and system enclosures are bonded correctly. Safety devices such as fuses, breakers, and disconnect switches must be clearly labeled and easily accessible. Any loose wires, makeshift tape repairs, or open junctions are identified and documented, along with supporting photographs.

Overall Performance & Functionality

To complete the evaluation, inspectors assess overall system performance and functionality . This includes identifying any shading, structural damage, or configuration issues that could affect output. They also take note of vandalism, environmental damage, or any signs that energy production has been compromised. Any concerns related to output, efficiency, or system lifespan are clearly explained in the final report.

Following the inspection, clients receive a detailed report that outlines the condition of the entire system.

This report includes:

clear photographs of key components
measurable test results
an explanation of any safety concerns
maintenance issues discovered during the visit.

Each observation is categorized based on urgency—distinguishing between immediate repairs and recommendations that can be monitored over time. The report also includes a simple pass-or-fail summary to help owners understand the overall status of their installation without needing technical expertise.

What You Receive in Your Inspection Report

There are several ideal times to schedule a solar inspection. Many homeowners and businesses request an inspection immediately after installation to ensure everything was assembled correctly. Annual inspections are highly recommended, as they allow early detection of issues that develop gradually over time. Storms, strong winds, or physical impacts can also justify an inspection, as these events may loosen equipment or damage electrical components without being immediately noticeable.

Before selling a property, an inspection provides peace of mind to both the seller and buyer, confirming that the solar system is in proper working condition. Additionally, if there is a sudden decline in energy production or your monitoring app displays unusual alerts, this is a clear sign that an inspection is needed.

When Should You Schedule an Inspection?

Who Benefits From Solar Inspections?

Solar inspections offer value to a wide range of clients.

Homeowners rely on inspections to maintain consistent energy production and ensure safety.
Municipalities use inspection services to keep public solar infrastructure reliable and functional.
Commercial property owners and property managers benefit from inspections as well, as they help prevent business disruptions and protect long-term investments in energy systems.
Developers also use inspection services to verify the quality of installations before project handovers.

Why Choose Evalence Renewables

With years of experience in Alberta’s renewable energy industry, Evalence Renewables brings a high level of expertise to every inspection. Our team consists of certified electricians and well-trained solar inspectors who understand the specific requirements of Alberta’s electrical codes and microgeneration regulations. We provide thorough, transparent reports designed to help clients make informed decisions about their systems.

One of our greatest strengths is our ability to work with a wide range of systems—from large commercial arrays to small municipal units. Regardless of system size, our priority is to ensure the installation is safe, efficient, and capable of performing as intended. Clients also appreciate our quick turnaround times and our commitment to delivering clear, accurate information without unnecessary technical jargon.

Book a Solar Inspection Today

Inverter Inspection, Chestermere, AB.

What Size of Solar System Do I Need for My Home?

Tue, 02 Dec 2025 22:48:28 GMT

Switching your home to solar is more than just an upgrade—it’s a chance to take control of your energy, reduce your bills, and support a cleaner future. But one of the first big questions every homeowner faces is “What size of solar system do I need?”

There’s no one-size-fits-all answer. The right system size depends on your household’s electricity use, the layout and shading of your roof, your budget, and the rules set out in Alberta’s micro-generation regulation. Let’s dive into how it all works.

When We Design for Less Than 100% Offset

Understanding Alberta’s Micro-generation Regulation

If you live in Alberta, it’s important to understand the rules set by the Micro‑Generation Regulation under the Alberta Utilities Commission (AUC). These rules let homeowners generate electricity through renewable sources—like solar panels—and stay connected to the grid. https://www.alberta.ca/micro-generation

Here’s what you need to know:

The system you install must be sized to meet your own annual electricity consumption (or a portion of it). In other words, your solar setup isn’t meant to produce far more than your annual usage unless there’s good reason. https://www.auc.ab.ca/micro-generation/
When you generate more electricity than you use, you can send that excess back to the grid and receive credits from your retailer. But you’ll still pay fixed costs like delivery, transmission and other system charges.
The regulation applies to systems up to 5 MW (for residential scale this is far above typical and defines “micro-generation” systems as those sized to meet a customer’s use or projected use.
If you anticipate future electricity needs (for example you will add an EV, heat pump, or new major appliance) you may be able to justify installing a slightly larger system— but you’ll need supporting evidence (e.g., purchase receipts, permit, etc.). https://www.auc.ab.ca/micro-generation

In essence: the regulation allows you to offset “up to” your annual consumption, with room for modest future growth if justified.

How We Calculate Your Ideal Solar System Size

At Evalence we’ve developed a process to ensure the system we propose meets your real needs—and aligns with the micro-generation rules. Here’s how we do it:

Review your electricity bills. We look at your last 12 months of usage (kWh) to determine your annual consumption baseline.
Model your roof in 3D and map shading. Using design software, we reconstruct your roof physically—tilt, orientation, areas with sunlight exposure—and note shading from trees or nearby houses.
Identify optimal panel placement. We aim to place solar modules in the high-performing zones of your roof (south, southeast or southwest facing areas typically). That maximizes real output.
Factor in real-world losses. We account for things like snow cover, tree shading, roof obstructions, and winter conditions (very relevant in Alberta!). That gives us a more accurate production forecast rather than a “best case” ideal.
Design for about 100 % offset of annual use – if feasible. Because under the regulation, the intention is to offset your total annual consumption (or a portion thereof) rather than significantly oversize your system.

By going through those steps we can give you a realistic system size, expected production, likely savings, and timeline—without surprises.

While 100% offset is a solid target, in practice there are situations where we recommend a smaller system. Some reasons may include:

Limited roof space or shading constraints.
Your roof may simply not have enough unobstructed, sun-facing area to accommodate enough panels to hit 100% of your annual use. In that case we’ll design the most efficient system possible.
Budget considerations.
You might prefer to start with a smaller system now (to reduce upfront cost) and expand later when roof or electric panel capacity allows.
Electrical infrastructure constraints.
If your home’s electrical service panel or wiring is old or limited in capacity, you may need to stay within a size that your system safely supports—or budget for an upgrade.

In each of these cases, a smaller system still brings significant benefits: lower bills, lower carbon footprint, and potential to expand in the future.

Why Accurate Solar Modeling Matters

It might be tempting to simply choose the biggest system you can squeeze onto your roof—but accuracy pays off. Here’s why we focus on modeling details:

To stay within the rules of the Micro-Generation Regulation (you want to size for your usage, not wildly oversize).
To provide realistic expectations of savings—so you aren’t promised the moon and then disappointed.
To design for your unique conditions (roof tilt, shading, snow, obstructions) rather than generic assumptions.
To avoid costly surprises (e.g., unexpected shading reduces production significantly, or your system is oversized and you lose some benefits).

We believe in being transparent about how much you’ll get—not just what you hope to get.

Ready to Find Your Ideal System Size?

Every home and household is different. Whether you’re looking to offset 50 %, 75 % or 100 % of your annual electricity consumption, we’ll map out your available roof space, model your potential solar output, and design a system that fits your goals and budget.

�� Contact Evalence Renewables:

Phone: +1 (587)435-7349

Email: info@evalence.ca

Website: https://www.evalence.ca

Get your free solar assessment today and let’s look at what your home could generate, what you could save, and how long it might take to pay off your investment.

Roof-mount Solar Modules in Calgary, Alberta

Modelling roof with Solar Panels using Aurora Solar

Estimated Solar Production for 12kW System, in Bragg Creek, Alberta.

Edmonton’s Multi-Family Solar Rebate Program: What You Need to Know

Tue, 02 Dec 2025 22:40:17 GMT

Introduction

Multi-Residential (8-Plex) Unit in Edmonton, Alberta

Even though the City of Edmonton’s Multi-Family Solar Rebate Program is now closed, many property owners are still asking what it offered, how it worked, and what to prepare for when similar programs return. Here’s a quick overview to help you understand the program’s structure, eligibility, and process — and how to get ready for future opportunities.

Clean Energy Goals of City of Edmonton

The Change Homes for Climate – Multi-Family Solar Rebate Program was an incentive initiative launched by the City of Edmonton to encourage owners of multi-unit residential buildings to invest in solar photovoltaic (PV) systems.

The goal was simple but impactful, it’s to help reduce greenhouse gas emissions by supporting the local generation of clean, renewable electricity.

This program specifically targeted multi-family residential properties with 4 units and more (such as fourplex, townhouse complex, apartments) which are often overlooked in residential solar programs that focus on single-family homes.

How to apply?

The Edmonton Multi-Family Solar Rebate Program used a two-stage application process to ensure that projects met all eligibility and technical requirements before funding was issued.

Here’s a detailed breakdown of each stage:

Part I – Pre-Approval

The first step was to secure conditional approval and reserve rebate funds for the project.

To begin, the applicant (either the property owner or their chosen solar contractor) submitted a Part I application that included:

System design and layout drawings.
Preliminary cost estimates or signed quote from a qualified solar provider.
Electrical single-line diagram.
Proof of property ownership or authorization to apply.
Details about the number of dwelling units and total system capacity (in watts).

Once submitted, applications were reviewed by the City of Edmonton to verify eligibility and technical compliance.

If approved, the applicant received a conditional rebate reservation, meaning funds were held for that project for a limited time. This pre-approval ensured that applicants could confidently proceed with permitting, installation, and electrical inspections without losing their rebate allocation.

Example: Jane Doe’s Solar Installation

Jane Doe owns a multi-family building in Edmonton and installs a 40-kW (40,000-Watt) solar PV system.

The program offered a rebate of $0.50 per watt installed.

Rebate Amount = 40,000 W × $0.50/W

Rebate Amount = $20,000

If Jane’s property has 10 dwelling units, the per-unit rebate limit would be:

10 units × $4,000/dwelling units = $40,000

Since the calculated rebate ($20,000) is less than the per-unit and total annual caps, Jane qualifies for the full $20,000 rebate.

Applications were submitted online through the City of Edmonton’s program portal, and projects had to be installed and finalized by November 3, 2025.

What Is Required to Apply?

To qualify for the Edmonton Multi-Family Solar Rebate Program, applicants had to meet a few key requirements related to property type, ownership, and installation standards.

Eligibility Criteria:

The property must be located within City of Edmonton boundaries.
The building must be a multi-family residential property with four or more dwelling units (e.g., fourplexes, townhouses, or apartment complexes).
The property owner, condominium board, or authorized representative must authorize the application.
The solar PV system must be:
Newly installed and grid-tied (connected to the local utility).
Designed and installed by a qualified solar contractor that meets Alberta electrical safety standards.
Sized appropriately to meet on-site electricity needs (oversized systems intended for resale of power were not eligible).

Other important conditions:

The system must comply with CSA, UL, and Alberta electrical codes.
The property owner must remain the owner during the application and installation process.
Projects must not receive overlapping funding from other municipal solar programs for the same installation.

Meeting these requirements ensured that projects were safe, technically sound, and aligned with the City’s sustainability goals.

How much funding is available?

While timelines varied depending on project size and permitting schedules, the average timeline looked like this:

Program Timeline for Multi-family Solar Rebate Program

Looking Ahead

Whether you manage a townhouse, condo, or apartment building, our team ensures your solar system is efficient, safe, and ready for future funding opportunities.

How quick is it to go through the program?

Solar Panels installed in Edmonton, Alberta

Funding for the Edmonton Multi-Family Solar Rebate Program was provided on a first-come, first-served basis until the total program budget was fully allocated.

To date, 87.0% of the program’s rebate budget has been committed to Part I applications — showing strong interest and participation from property owners across the city.

The total rebate budget was up to $2,300,000 , supporting the installation of solar systems on 3,450 residential units within participating multi-family properties. ( Source: Change Homes for Climate – City of Edmonton)

The rebate amount under the Edmonton Multi-Family Solar Program was determined using the following formula:

Rebate Amount = (System Size in Watts) × (Rebate Rate per Watt)

*Rebate Rate per Watt = $0.50/watt

With limits applied:

Maximum of $4,000 per dwelling unit, and
A total cap of $100,000 per property owner per calendar year.

Yes, the rebate program has closed, however Evalence can help you stay ahead. Our team provides custom multi-family solar quotes, including system design, cost estimates, and return-on-investment analysis — so you’re ready when the next funding opportunity opens.

We also offer:

Installation for multi-family buildings
System repairs, maintenance, and upgrades
Guidance on future rebate programs or incentives

What is the Program?

Part II – Completion & Final Approval

After receiving pre-approval, applicants could proceed with installing the solar PV system. Once installation was complete, the Part II application was submitted to finalize the rebate claim.

This second step included submitting:

Photos of the installed solar panels and inverters.
Final invoices and proof of payment.
Electrical inspection report and permit number.
Commissioning report or monitoring verification to confirm that the system was operational.

The City then reviewed the documents to confirm that the system matched the approved design and met all code and performance requirements.

Once approved, the rebate payment was issued directly to the property owner or designated payee.

In most cases, the full process — from application to rebate payment — could be completed within three to four months with timely submissions and approvals.

Solar Panels installed in Edmonton, Alberta

How to Read Your Solar Monitoring App (EMA): What the Metrics Mean

Tue, 02 Dec 2025 22:31:21 GMT

Installing a solar system is a big step toward clean energy and long-term savings. But to truly understand how your system is performing day-to-day, you need to know how to read your solar monitoring app.

For systems powered by APsystems microinverters, the EMA (Energy Monitoring and Analysis) app provides detailed insights into how much power your panels are producing, how efficiently they’re working, and how much energy you’re saving.

Once your solar panels are up and running, the app becomes your window into your system’s health and performance. At first, the numbers and graphs may seem technical, but once you understand what each metric means, tracking your energy production, savings, and environmental impact becomes easy—and even exciting.

The Module View – Your Panel-by-Panel Insight

Getting started with the EMA App

The APsystems EMA app is available on App Store, Google Play or APsystems — just search for “EMA app” . Once installed, you can log in with the credentials provided during your system setup.

Exploring the Main Dashboard

When you first open the APsystems EMA app , the first screen you’ll see is the dashboard — the main page that summarizes your solar system’s overall performance.

Think of it as your “solar status report,” showing how much energy your system is currently producing and how it’s been performing over time.

Here’s what you’ll typically find on the dashboard:

System Layout: A simple image that represents your solar setup. It gives you a quick visual of your panels and how they’re arranged, making it easier to notice if one isn’t producing power as expected.
System Size (kW): This shows your system’s total capacity — in other words, the maximum power it can produce under perfect sunlight conditions.
Current Power Output (W): This tells you how much electricity your solar system is generating right now. You’ll notice this number changes throughout the day, peaking when the sun is strongest and dropping to zero at night.

A higher wattage means your system is actively converting sunlight into electricity at that very moment. If it’s cloudy or nighttime, you’ll notice the number drop or show zero — that’s perfectly normal since there’s no sunlight available.

You can also toggle between real-time and historical data views to see how your production changes over hours, days, or months. This feature helps you notice patterns and seasonal differences, so you know when your system is performing at its best.

The Module View is one of the most useful EMA features. It lets you see how each individual solar panel is performing rather than only viewing total system output.

On this screen, you’ll see a layout that mirrors your roof installation. Each tile represents a panel and displays its current power production . This makes it easy to spot differences—if one panel is producing less than the others or shows zero output, it’s visible immediately.

You can also use the daily slider to track energy production from sunrise to sunset, giving a clear picture of when your system performs best and how sunlight, shading, or weather affect output.

This level of detail helps you quickly spot underperforming panels, which can happen for several reasons, such as:

Shading: Trees, chimneys, or nearby buildings can temporarily block sunlight.
Dirt or Debris: Dust, leaves, snow, or bird droppings can reduce output.
Technical Issues: A panel showing zero production for several sunny days may indicate a connection or microinverter problem.

The Module View also displays inverter ID and system layout , helping technicians pinpoint issues during troubleshooting or warranty checks.

Key Metrics You’ll see

Capacity (kW): This is the total DC capacity of your solar system — basically, the maximum amount of power your panels can produce under ideal sunlight. (Module size x number of modules/1000)
Power (W or kW): This shows how much electricity your panels are generating right now. It changes throughout the day as sunlight increases or decreases.
Energy (kWh): This tells you how much electricity your system has produced over a certain period, like a day, week, or month. It’s one of the most important numbers to track because it shows how much energy you’ve actually made and how much you’re saving.
Total Energy (kWh): This is the total amount of energy your system has produced since it was first installed. It’s a great way to see your long-term performance and environmental impact.
Peak Power (K or kW): This number shows the highest power your system reached during the day. It’s useful for seeing your system’s top performance when the sun is at its strongest.
CO₂ Reduction (ton): This tells you how much carbon dioxide emissions you’ve helped prevent by using solar energy instead of grid electricity — a great reminder of the environmental benefits of going solar.

Tracking Your Energy Production Over Time

The APsystems EMA app lets you track your solar system’s performance across different timeframes, making it easy to spot trends, monitor efficiency, and manage your energy usage.

Daily View

The daily view shows your system’s total energy production (kWh) for the day and the peak power reached.
This view provides a quick snapshot of your daily output.
You can compare different days to see which days produced the most energy and identify overall patterns in your system’s performance.

Monthly View

The monthly view aggregates daily totals to show energy generated per month .
This helps you see seasonal changes in production.
Comparing months over time can highlight gradual performance changes or reveal underperforming sections of your system.

Yearly View

The yearly view builds a long-term history of your system’s output.
Useful for tracking overall performance, energy savings, and CO₂ reduction .
Helps you understand your return on investment and plan for adjustments in energy use or utility rates.

The app provides real-time and historical data on your solar system’s performance, helping you track energy production, identify potential issues, and understand the full impact of your solar investment.

To get the most out of the monitoring, it helps to know what each metric means:

Solar systems are designed to be reliable and low-maintenance, but they don’t automatically alert you if something goes wrong. That’s why regularly checking your EMA app is crucial for keeping your system running efficiently.

By monitoring your system every few days, you can:

Spot underperforming panels early: A single panel showing zero or low output may indicate shading, dirt, or a technical problem.
Detect larger system issues: If a section or the entire system is not producing power, you can identify the problem quickly and avoid long periods of lost energy.
Track energy savings and environmental impact: Monitoring helps you see how much electricity your system generates and the CO₂ emissions you’re offsetting.

Why Regular Monitoring Matters

Even the best solar systems can experience minor issues from time to time. The EMA app helps you identify them early before they affect your savings.

One Panel is Showing Zero Output

If one panel consistently shows zero power while the others are producing, it usually means:

The panel might be shaded or covered by debris.
The microinverter connected to that panel may need to be reset or replaced.
There could be a loose connection.

What to do:
Start by visually checking the panel for dirt, shading, or snow buildup.If it’s clean and unobstructed, take note of the panel’s location and inverter ID in the app, then contact your installer or Evalence Renewables for remote diagnostics or on-site inspection.

The Whole System is Down

If your dashboard shows zero production across all panels , and you’re sure it’s sunny, this could indicate:

A power or communication issue between the microinverters and the gateway device (ECU).
A system-wide disconnection due to maintenance, grid outage, or breaker shut-off.

What to do:
Check if your ECU (the small communication box) has power and is connected to the internet. If lights on the device are off or red, it may have lost connection. Restarting the ECU or checking your Wi-Fi connection may help. If the issue persists, reach out to your installer or Evalence Renewables for professional assistance.

Common Issues and How to Troubleshoot

Need Help? Contact Evalence Renewables

If you notice anything unusual in your EMA app — such as a panel showing zero output or your system not generating power — the Evalence Renewables team is here to help.

�� Contact Evalence Renewables:

Phone: +1 (587)435-7349

Email: info@evalence.ca

Website: https://www.evalence.ca

Our experts can perform remote diagnostics , identify potential issues, and schedule on-site service if needed.

Even if your solar system wasn’t originally installed by Evalence, we offer repair, maintenance, and performance optimization services for all residential and commercial solar setups. Keeping your system in top shape ensures maximum energy production, long-term reliability, and peace of mind.

Conclusion

The APsystems EMA app is far more than just a collection of numbers and graphs—it’s your personal window into how your solar system is performing every day. By understanding each metric and using the different views—Daily, Day, Monthly, and Yearly—you can gain a complete picture of your system’s efficiency, spot potential issues early, and make informed decisions about your energy use.

Regular monitoring empowers you to:

Maximize energy production by quickly identifying underperforming panels.
Protect your investment by detecting and addressing system-wide or sectional issues.
Track your savings and environmental impact, including the CO₂ emissions your solar system offsets.

Even if you’re not a solar expert, the EMA app makes it simple to take control of your renewable energy journey. And if you ever encounter a problem, Evalence Renewables is ready to provide remote support, professional diagnostics, and maintenance—even for systems not originally installed by our team.

By combining knowledge, regular monitoring, and expert support, you can ensure your solar system operates at its best, delivering long-term savings, reliability, and the satisfaction of contributing to a cleaner, greener future.

Check your EMA app regularly, understand your metrics, and let your solar system work smarter for you—saving energy, money, and the planet every day.

Here’s what you’ll typically find on the dashboard:

System Layout: A simple image that represents your solar setup. It gives you a quick visual of your panels and how they’re arranged, making it easier to notice if one isn’t producing power as expected.
System Size (kW): This shows your system’s total capacity — in other words, the maximum power it can produce under perfect sunlight conditions.
Current Power Output (W): This tells you how much electricity your solar system is generating right now. You’ll notice this number changes throughout the day, peaking when the sun is strongest and dropping to zero at night.

Day View

The day view shows your system’s energy production hour by hour , giving a detailed look at how your panels are performing throughout the day.

In this view, you’ll often see a bell-shaped curve : production starts lower in the morning, peaks around midday when sunlight is strongest, and gradually declines toward evening.
Irregular patterns or sudden dips may indicate shading, dirt, or technical issues affecting specific panels.
You can tap on individual hours to see exact kWh values and identify the times of day when your system performs best or encounters issues.

By reviewing data across these views — daily, day, monthly, and yearly — you gain a comprehensive understanding of your system’s performance , spot potential issues early, and ensure your solar system is running efficiently.

A Major Section of the System is Down

If you notice several panels in one area are producing zero energy while others are fine, the problem could be:

A shared circuit or branch connection issue.

Partial inverter string failure or communication loss affecting a group of panels.

What to do:
Take a screenshot of the affected area on the Module View and share it with your installer. This helps technicians quickly locate and resolve the issue. Avoid attempting to reset electrical components yourself for safety reasons.

If everything appears fine on your end but the issue persists, it’s best to contact your solar service provider for a professional inspection to ensure your system continues to perform efficiently.

Energy Communication Unit (ECU)

This guide breaks down the key sections and metrics in the EMA app to help you make the most of your solar investment.

Roof-mount Solar Modules in Calgary, Alberta

10 Reasons Solar Doesn't Work in Alberta!

Mon, 03 Nov 2025 17:46:24 GMT

10 Reasons Solar Doesn't Work in Alberta

Disclaimer: This article is satirical in nature and intended for educational and entertainment purposes. Evalence Renewables is a proud supporter of renewable energy and is committed to promoting solar education and adoption in the Province of Alberta.

At Evalence Renewables, we regularly participate in trade shows where we meet members of the public who are interested in exploring solar for their properties (and some who are not interested at all). This article is a compilation of the most common solar objections we've heard at the home shows so far in 2024 and 2025. We hope you enjoy the humor!

1. Too Much Snow

"The snow will bury my panels, rendering them useless!"

Alberta winters are harsh, and snow definitely falls here. But did you know that snow is accounted for during the solar design process at Evalence, so we ensure the system will produce enough energy to meet your needs? Additionally snow can sometimes enhance solar production! When the sun reflects off the white, fluffy ground, it increases the energy hitting solar panels. Plus, snow generally slides off the panels because of their slick surface and optimal tilt—making your roof cleaner than ever. But hey, if you prefer snow-covered shingles, who are we to argue?

2. Not Enough Sun

"There’s no way we get enough sun in Alberta for solar power."

Alberta averages over 300 sunny days a year, more than many places thriving on solar power. But yes, you're absolutely right: the blazing ball of fire in the sky can't possibly keep up with your microwave’s insatiable energy demands. Good call!

3. Hail Every Summer

"Hail will destroy my panels every single year."

Hailstorms are a fact of life here, but modern solar panels are built to withstand hail and come with industry-leading warranties and hail certifications. If your truck’s windshield can survive Alberta weather, your solar panels will too. Still, maybe keep holding out for hail-proof tarps instead.

4. Government is Against It

"It’ll take so long to pay off, I’ll be dead by then!"

Well, that's one way to measure return on investment. But most systems pay themselves off in 7-12 years, and with 25+ years of warrantied production, your heirs will thank you. Unless, of course, you’d rather leave them the gift of skyrocketing energy bills.

5. I Will Die Before It's Paid Off

8. I Am Waiting on More Grants

"I’ll just wait until there’s a better grant program."

By all means, wait for the perfect grant—and while you’re at it, let inflation, rising utility rates, and missed savings keep adding up. After all, timing is everything…or is it just procrastination disguised as optimism?

9. No ROI

"Solar doesn’t give me any return on investment."

A typical solar system in Alberta can generate tens of thousands of dollars in energy savings over its lifespan, not to mention protecting you from rising utility rates. But if you'd rather let your money flow into your utility provider’s pocket instead of your own, you do you.

So, there you have it: ten reasons why solar “doesn’t work” in Alberta, debunked with a dash of sarcasm and a sprinkle of sunshine. If you're ready to let go of these myths and see how solar actually works in one of Canada’s sunniest provinces, contact us at Evalence Renewables for a free quote. We promise it’s not a scam!

10. It's a Scam!

"The whole solar industry is just a giant scam!"

The solar industry has come a long way from its early days. Reputable companies like Evalence are here to provide transparent, professional service. Like any industry, you can find bad actors - however reputable, local companies exist to install your solar panels. But if "it’s a scam" helps you sleep better at night while clutching your monthly power bill, who are we to interrupt your dreams?

Conclusion

"The government doesn’t want us to have solar power!"

Sure, Alberta’s government has a complicated history with renewable energy, but the federal and municipal programs currently available suggest someone up there is rooting for you. Keep in mind, we also have favorable electricity export rules for residential solar producers (Microgeneration Sites). But if believing in shadowy conspiracies about government solar suppression is more fun, who are we to spoil the mystery?

6. My Roof Will Leak

"Solar panels will cause my roof to leak!"

Professional solar installers (like, say, Evalence Renewables) ensure your roof remains watertight and structurally sound. We’ll even show you how the mounting system protects your shingles. But if you'd rather avoid the risk of “hypothetical leaks”, you could always just stare longingly at your empty rooftop.

7. It's Made in China

"It’s all cheap stuff from China."

Yes, most solar panels are manufactured overseas. However, some of the best panel manufacturers are located in China! Evalence sources the best panels from trusted manufacturers. But hey, if local pride means skipping savings and sustainability, that’s a choice too.

Evalence Renewables Home Show Display

Bonus Solar Myths Video:

Solar Panel Hail Damage: A Complete Guide

Mon, 03 Nov 2025 17:46:22 GMT

Introduction

This article is written for the homeowner concerned about the risk of hail storms damaging their solar panel investment. Calgary and surrounding areas of Airdrie, Okotoks, and Drumheller are known for frequent and intense hail storms. According to an article published by CTV Calgary , the most recent storm season (August 2024) resulted in almost $2.8 billion in insurance claims for the second-costliest natural disaster in Canadian history. Those considering solar, are smart to research the performance of solar panels in the context of Alberta's climate.

Solar panels are built to handle different types of weather, including hail storms. However, how strong they are against hail depends on a few factors. This guide will look at the details of hail damage to solar panels. We will discuss the risks, ways to prevent damage, what to check after a storm, insurance considerations, and more.

Key Highlights

Solar panels are made to handle different weather situations, including hail. Tier 1 solar modules installed by Evalence have industry leading hail ratings, and are not easily damaged by hail.
How well they resist hail can change based on the brand and model of the panel. Each brand will have a hail rating included on the module spec sheet.
Checking your solar panels regularly, especially after bad weather, can help spot any damage.
Homeowner's insurance plans MIGHT cover hail damage to solar panels, but make sure to check your policy.

Understanding Hail and Its Impact on Solar Panels in Alberta

The Resilience of Solar Panels to Hail

Hailstorms are usually short in duration, but high intensity. They can damage home exteriors like siding, shingles, windows, gutters, and of course - our vehicles. Unfortunately, hail can damage solar panels too - although in our experience the damage is typically not obvious, catastrophic, or resulting in the entire solar system requiring replacement. From what we've seen, a hail storm that doesn't cause property damage to the home - typically will also not damage the solar panels.

Hail can harm a solar panel in different ways, from small scratches to serious problems that affect how well it works. The damage caused by hail depends on a few things. These include the size of the hailstones, how fast they fall, the angle they hit the panel, and the angle of the roof. Larger hailstones that fall faster can cause more damage.

IEC 61730 & IEC 61215 Certifications

Standards and Ratings for Hail Resistance in Solar Panels

The solar industry is aware about the risk of hail damage. It's a criticism / concern that has been around since the early days of solar! To combat this perception challenge, standards and technology have been developed resulting in stronger, more durable panels.The good news is that most good-quality solar panels can survive small to medium-sized hailstones. They do not get significant damage from these impacts.

In our experience talking with customers, many of them imagine the solar panels to be fragile like a thin piece of glass. While glass is rigid and prone to shattering when dropped, solar panels are a little different. Solar panels have sturdy aluminum frames, wrapped around slightly flexible solar modules, backsheets, plastic, and tempered glass. This layering system allows the panel to absorb the impact of small / medium size hail.

As a consumer, you can easily check the hail rating of your solar panel by reviewing the specification sheets provided by your solar installer. If your installer does not provide these sheets, the model number can be searched online where most specification sheets can be found.

A common module we install at Evalence is the LONGi 445W Bi-Facial Module (LR7-54HGBB). Reviewing the spec sheet, the solar panel has a certification on the front for IEC 61730 and IEC 61215. On the backside of the sheet, it's got a dedicated mechanical loading section with a hail rating of 25mm at 23 m/s (83 km/hr).

Checking for Hail Resistance on Solar Specification Sheets

Reviewing 4 common solar modules we installed in Calgary in 2024, we found that the hail rating met the industry standard across the board. We only install premium modules, so this is to be expected.

Hail Ratings on Common Solar Panels Installed in Alberta

What was unexpected, is that the lesser known Thornova module actually has the highest listed rating!

Identifying and Assessing Hail Damage From The Ground

A simple look at your solar energy system after a hailstorm is important. It is best to do this from the ground for safety. You can check for major issues like:

Broken or Cracked Glass: If you see cracks or shattered glass on the panels, get help right away.
Dents on the Frame: Small dents might be okay, but big ones can harm the structure.
Loose Wiring or Connections: Make sure all the wires and connections are tight and not damaged.

If you do not feel safe checking it yourself or think there might be major damage, contact a skilled solar technician. They can help you understand how much damage there is to your solar energy system.

Checking Your Solar Monitoring System

If your system has a monitoring application we recommend reviewing it regularly to look for potential signs of system underperformance after hail storms. You can look at the following metrics:

Total System Underperformance: If solar production decreases significantly after a storm, it can be a sign of major system damage.
Individual Panel Performance: If your system has panel level monitoring, you can use the application to review each individual panel's production. Panels showing unusual behavior like abrupt changes in production or errors should be assessed for damage.

Preventative Measures to Protect Solar Panels from Hail

Understanding your solar panel warranty and insurance policy is very important for handling hail damage. Your warranty may cover certain damage types. At the same time, your insurance could provide extra protection for weather-related problems.

Knowing what your warranty and insurance cover, along with how to file a claim, can help you have an easier experience if something unexpected happens.

How to Replace a Damaged Solar Panel

In conclusion, it is important to protect your solar panels from hail damage. Doing this helps them last longer and work better. You can get hail-resistant models, use proper installation techniques, and check your panels after a hailstorm to keep them safe. Regular maintenance is key, and knowing what your insurance covers is crucial for protecting your investment from sudden hail events. Stay updated on how different solar panel technologies handle hail. This way, you can make smart choices for a steady and reliable energy source. If you live in places like Alberta where hail is common, taking preventive steps will help you reduce possible damage.

Solar panels are built to last, but you can take extra steps to reduce the chance of hail damage. Choosing hail-resistant models, using smart installation methods, and adding protective accessories can better protect your solar panels. Keep in mind, taking these steps before a hailstorm is usually cheaper than paying for repairs or new panels later.

Navigating Insurance and Warranties for Hail-Damaged Solar Panels

Understanding Your Solar Panel’s Warranty Coverage

Before you file a claim for hail damage, make sure to read your solar panel warranty closely. Most manufacturers have two types of warranties: product and performance.

Product Warranty: This usually covers problems with materials and how the product is made. It may provide some coverage for hail damage.
Performance Warranty: This promises a certain level of energy production for a set time. If hail damage impacts the energy output a lot, it might be covered.

Remember, the terms and conditions of warranties can change a lot between different manufacturers, and even suppliers choosing to honor the warranty claim.

Filing an Insurance Claim for Hail Damage in Alberta

In Alberta, many home insurance plans include hail damage to solar panels in their dwelling coverage. But, it is important to check with your insurance provider to know the details of your policy. This includes knowing about deductibles and limits.

Before you start the claims process, make sure to document the damage well. Take clear photos of the damaged panels and write down the date and time when the hailstorm happened. Once you file the claim, your insurance company will probably send an adjuster to look at the damage. They will decide what is covered. Providing accurate information and your documentation can help speed up the claim process.

If you're unsure if your system is damaged, you can request a solar inspection from a contractor like Evalence. A professional solar inspection would generally include photos of all panels and documentation for any damage or deficiencies.

Replacing a damaged solar panel is much easier than many home-owners realize. Depending on the roof layout, position of the panel, and other factors the cost to replace a panel is typically under $1,000. This price would include the new panel, labor, and materials to complete the repair.

Conclusion

To make sure solar panels are strong and dependable, the solar industry follows special standards for hail resistance. The International Electrotechnical Commission (IEC) is a leading group that sets these important standards for electrical and electronic products.

The IEC 61730 standard explains the safety and performance needs for solar panels. It covers how well they can handle hail impact. If a solar panel meets the requirements of this standard, it earns the IEC 61730 certification. This shows that it is up to mark. IEC 61215 is a specific hail certification test, where panels are tested to resist 25mm hail, which would be considered quite large (size of a toonie). This certification gives homeowners confidence. It assures them that the solar panels they buy have been tested well to prove they can resist hail.

Mechanical Loading Data

Selecting Hail-Resistant Solar Panel Models

When you pick solar panels, it's important to ask about their hail resistance. High-quality PV modules go through strict testing. This includes hitting them with steel balls to mimic hail. Just check the spec sheet!

Installation Techniques to Minimize Hail Damage

Beyond choosing strong models, how you install solar panels matters a lot when it comes to protecting them from hail. It's very important to work with skilled installers who know about areas that often get hail. They can use the right methods for a better setup.

Here’s what you should think about:

Secure Mounting: It's key to make sure the panels are very securely attached to their frames. This can help stop them from getting loose during strong winds that often come with hailstorms. Use a premium, and UL rated racking system to ensure the panels are protected.
Strategic Panel Placement: Panels should be installed away from ridges and roof edges to minimize the risk of uplift from strong winds during storms. Following industry best practices for offsets is recommended.
Structural Engineering: If you're in a location with wind or hail concerns, consider getting structural review of the project prior to installation. This is required in some jurisdictions (Edmonton, Red Deer, Sylvan Lake), but optional in other cities like Calgary.

By following these tips, a good installation can really make your solar system tougher against hail and all types of adverse weather.

Post-Hailstorm Solar Panel Inspection and Maintenance

After a hailstorm, especially one with large hailstones, it is wise to check your solar panels for any damage. This quick look can help you spot problems early and stop bigger issues later on. Finding hail damage quickly allows you to get repairs done fast. It also makes handling warranty claims or insurance easier.

Frequently Asked Questions

How often do hailstorms damage solar panels in Alberta?

Alberta gets hailstorms often, but big hail events that damage well-installed solar panels are pretty uncommon. Of the 55 solar installations completed by Evalence in 2024, we had zero solar panel hail damage instances.

Can minor hail damage affect solar panel efficiency?

Minor hail damage, like small scratches, may be hard to see at first. However, over time, even these small hits can add up. This build-up can lower the efficiency of your solar panel. This is sometimes referred to as soiling, which also includes dirt and residue on the module which reduces the amount of light hitting the PV Cells.

What happens if a solar panel becomes damaged by hail?

A solar panel that gets damaged by hail can produce less energy. In serious cases, it might stop working completely. It's important to contact an installer right away if serious damage occurs.

Alberta Solar Panel Cost Savings: Ultimate Guide

Mon, 03 Nov 2025 17:46:19 GMT

Introduction

Solar Panels Installed in Calgary, Alberta.

As living costs keep going up, many people in Alberta are looking for ways to cut back on expenses. Using solar energy provides a great option because it makes use of a resource that is always available in Alberta: sunlight. In our experience, Albertan's our practical people - and are primarily interested in solar energy based on the potential for cost savings and long-term value addition to their homes. Often people ask, "Does solar really save you money", "How does solar affect my admin, distribution and transmission costs" and other specific questions. We want to help our customer's build a genuine understand of the financial aspects of solar panel ownership, through detailing a few ways that solar specifically reduces electricity costs in Alberta. This guide will show you how solar panels can help you save money, clear up common myths, and explain the benefits of using solar energy in Alberta.

Key Highlights

Cut down your electricity bills: Solar panels make clean electricity. This helps you purchase less energy from the grid and lowers your electricity bills each month.
Solar club rates : Albertan's have access to solar club specific rates, which allow for "high-rate" and "low-rate" prices. Homeowners with solar can take advantage of these rates to increase the amount of compensation they receive for selling solar energy to the grid.
Get 0% financing with Greener Homes Loan: Programs like the Greener Homes Loan help with solar installation costs by providing 0% interest financing for 10 years.

Understanding Solar Energy in Alberta

The Basics of How Solar Panels Work

Solar panels produce electricity when exposed to direct sunlight. However, the DC electricity from the solar panels can't be used in homes right away. An inverter is needed to change DC electricity into alternating current (AC) power. We typically install microinverters from brands like Enphase and APSystems. We have also installed other inverter brands like SolarEdge and Fronius. This AC electricity powers your home and helps you buy less electricity from the grid. If your solar panels make more energy than you need, that extra power can often go back into the grid. This can earn you credits towards your energy bill, or even cash allotments which can be paid out monthly, quarterly, or yearly depending on your energy retailer.

Alberta gets a lot of sunshine, even though it's in the north. This makes it a great place for solar energy production. With its strong solar potential, money-saving rewards, and improved technology, solar energy is a great and smart choice for homeowners.

Ground Mounted Solar Array in Chestermere, Alberta.

Alberta's Solar Potential and Climate Considerations

Alberta has cold winters, but it still has a lot of solar energy potential. This is because summer days are long and the skies are usually clear all year. The southern and central parts of Alberta like Edmonton, Calgary, and Lethbridge still receive a lot of solar irradiance. Additionally, due to our climate - Alberta is known to have the most sunny days of any Canadian province. This results in higher annual solar production in Alberta, compared to places where rain and cloud cover are more prevalent (Vancouver, Victoria). For example, Calgary receives more than 333 days of sunlight per year1 vs Vancouver with 289 sunny days2.

Even when there is snow, modern solar panels can handle tough weather. Snow often slides off the panels, and is typically the first area on the roof to be dry and clear. More-over, the snow on the panels is generally in the lowest producing months of January and February, which has a very small impact on the annual energy produced. Competent solar designers will factor annual snow-losses into the design calculations which ensures that annual production is accurate. Most home-owners question, how much production is lost annually from snow? This has been answered by a study conducted by students at NAIT. The study analyzed the effects of snow on solar panel production in Edmonton at various roof pitches3. The results of the study determined that solar production loss was between 1-5% depending on the roof pitch! Using the results of this study, we add additional solar panels to our designs to mitigate these effects. Snow often slips away, and has minimal impact on annual solar production.

By installing solar panels, you can lower the amount of electricity you purchase from your utility retailer. Solar power generation helps replace the electricity that comes from the grid. This means you buy less power from the utility company. With solar panels making electricity for your home, you not only save money on your electric bills but also rely less on regular utility sources. Choosing solar energy is good for the planet and can save you money in the long run since you depend less on the traditional electricity grid. Moving to solar power is a step towards living sustainably and supporting a greener future for Alberta.

Reducing the Amount of Energy Pulled From the Grid, Reduces electricity charges, distribution, and transmission fees.

Solar panels help lower electricity costs by using less electricity from the grid. This means you can enjoy lower electricity bills, fewer distribution costs, and less in transmission fees. Home-owners often ask, "How does solar reduce the distribution and transmission fees? Aren't those fixed, and I'd have to pay them anyways?". The truth is that distribution and transmission fees may appear as a separate line item on your electricity bill, however they have a major variable component which is impacted by the amount of electricity used. Purchasing less electricity, reduces distribution and transmission costs. However, some fees are simply fixed - and using less will not impact the amount you pay for specific fees like "Administrative", or "paperless billing", etc.

Example of Cost Reduction by Producing Solar Energy & Selling Back to the Grid at Standard Rate

Let's consider an example to illustrate the potential cost savings. Assuming your average monthly electricity usage before solar is 1,000 kWh, and your new solar system is designed to produce 1,000 kWh of solar electricity/month. Let's say 60% of the energy is used in the home (Reducing the amount needed from the grid), and 40% is sold back to the grid.

Table indicating cost savings of installing solar panels (Without Solar Club).

What is a Solar Club?

Solar Club is a program from electricity retailers which provides home owners with two different electricity rates. The two rates offered are a "high-rate" and a "low-rate". The high-rate is typically about $0.30/kWh, and the low-rate typically about $0.08-$0.11/kWh. Why would anyone voluntarily choose the high rate? ($0.30/kWh) - This rate is advantageous for solar energy producers during the summer months between April - October in Alberta. Typically, systems will "over-produce" during these months which results in more energy being sold to the grid, than consumed by the home-owner. For example, in July a home-owner may use 1,000 kWh, but their system could produce 2,000 kWh of energy due to the long summer days. Because the home-owner is selling more energy to the grid, they will make more money by choosing the high rate.

When Should You Switch Rates?

The best time to switch to Solar Club rates depends on how much energy you use and the details of the program from your retailer. It is important to check your energy needs and understand how the rates work. Generally speaking, most people choose to switch rates when their solar systems begin to produce less energy than they are consuming. If you're producing less energy than you consume (usually in the winter months) than the low-rate is typically recommended. If you're producing more energy than you consume (usually summer months) a high-rate is typically recommended.

Project payback for Investment Tax Credit

Solar Club Rates Allow you to Sell Solar Energy at a Premium & Improve Savings

The upfront cost of installing solar panels can be cost prohibitive for some homeowners. But programs like the Canada Greener Homes Loan help make solar energy easier to access for home-owners by providing $40,000 in funding for home energy efficiency retrofits. This program allows you to pay for your solar panel system over time. Your monthly payments can often be less than your usual electricity bill which makes solar energy more accessible for Canadians.

Solar Panels Installed in Edmonton, Alberta.

Overcoming Challenges and Misconceptions

In conclusion, knowing the financial benefits of solar panels in Alberta can help you save money over time and lower your carbon footprint. When you use solar energy, you reduce your need for the grid and might even make money with solar club rates. Plus, with options like 0% financing from the Greener Homes Loan, it’s easier to switch to solar power. This offers a smart way to meet your energy needs sustainably. By clearing up myths and looking into better methods, you can increase the value you get from your solar panel system. Using solar energy helps your finances and has a good impact on the environment. It's also part of Alberta’s move toward a greener future.

As shown in the table, installing solar panels can lead to substantial annual savings on your electricity bill. In this example, the customer reduced their electricity expenses by 73%. HOWEVER, this number is low - because it does not consider than solar club rates can be utilized in the summer months to improve the financial return of the solar system. It also does not consider than in many months, electricity produced by the system will be higher than the total consumed by the household. Excess energy sold at attractive solar club rates will improve the return substantially.

0% Financing via Greener Homes Loan Reduces Monthly Expenses

Solar Panels installed in Bragg Creek, Alberta.

In Alberta, you can do more than just use less electricity by producing solar energy at home. There is a program called Solar-Club which provides solar energy producers an option to sell energy at different electricity rates depending on the time of year. This program is a great option for home-owners who produce more than 80% of their annual electricity consumption.

Table Indicating July Bill With and Without Solar Club.

In the above example, the home-owner had a July credit of $190! This credit can be used against future electricity bills, or paid out from the energy retailer. Many home-owners choose to keep the credit with the retailer to reduce their electricity bills during winter months.

In the above example, the customer should utilize the high energy rate until early October, when they begin to produce less than they consume. They would be best to stay on the low-rate until Early April, when the solar system begins producing more electricity than they consume.

Brief Overview of Greener Homes Loan

The Canada Greener Homes Loan is a program sponsored by the Federal Government. It helps Canadians pay for energy-efficient home upgrades, like installing solar panels, attic insulation, or heat pumps. This loan gives you up to $40,000 to complete these upgrades without any interest. You can pay it back over 10 years, which helps homeowners who want to use renewable energy. To get the Greener Homes Loan, homeowners must have a home energy assessment done by a certified energy advisor (we recommend Energuy ). This energy auditor will suggest upgrades that qualify for the loan. After you are approved, you can use the loan to pay for your home energy upgrades.

0% Interest Payment Comparison with Electricity Bill

Let's show how a Greener Homes Loan can save you money using an example. Imagine you put in a solar panel system that costs $20,000. If you choose the 10-year repayment plan, your monthly payment will be $166.67/month. Now, think about your current monthly electricity bill being $200. With the solar panels installed efficiently, and the use of solar club incentives your new average bill may be closer to $20.00/month. $20.00 + $166.67 = $186.67 new monthly expense, however $166.67 is going directly to building equity in your solar system.

How This Payment Builds Equity in Your System

Each month, when you pay your Greener Homes Loan, you are building equity in your solar system. This is different from renting or leasing solar panels because, with this loan, you will eventually own the system fully. As you make these payments, you reduce the principal amount of the loan. This means you gain more ownership of the solar system. Owning it provides long-term benefits of solar energy and increases the value of your property. Once you finish repaying the loan, you own a valuable asset—a fully paid solar energy system. This system is designed to produce solar energy for more than 25 years!

Conclusion

Many people are starting to consider solar energy in Alberta, but misunderstandings can sometimes hide its benefits. These misunderstandings can come from old information or not fully understanding how solar technologies have improved. They can also result from information about solar in other markets like BC, or California where the incentives are less attractive for solar energy.

It's important to address these worries and clear up common myths. By sharing true information and showing how modern solar systems work, we can help homeowners make smart choices about using renewable energy.

Debunking Common Myths About Solar Energy

One common myth about solar panels is that they are too expensive and only for wealthy homeowners. In reality, prices for solar installations have decreased substantially in the last 5 years. There are also government incentives and financing options like the Greener Homes Loan. This makes solar energy affordable for many people.

Solar Panels Don't Work in the Winter

Solar Panels Installed in Winter, in Fort Saskatchewan.

Solar panels work 12-months of the year in Alberta! It's true that the winter months, generally result in less energy production. However, panels will still produce energy when the sun is shining. Snow can impact solar production, but generally melts within a couple of weeks. Annually snow-losses are estimated at less than 5% of annual production, and are factored into the design of the systems resulting in slightly more panels added to the design to compensate.

Batteries are Required for Solar

Batteries are not required for residential solar systems in Alberta. 99% of the systems installed by Evalence in 2024, did not contain any batteries. In Alberta excess energy can be sold to the grid for attractive rates, so batteries often do not make financial sense for grid connected systems.

The Provincial Government Does Not Support Solar Energy

The Provincial Government has made headlines recently for their restrictive policy changes impacting utility scale solar energy projects. They have received backlash in the media for these policies and created confusion for home-owners who are considering solar energy for their properties. In reality, none of the changes have impacted individual home-owners from installing solar energy on their properties. Residential solar production is governed under the Alberta Micro-Generation Regulation . This regulation creates rules for utility providers and home-owners which has actually incentivized residential solar installation. For example, in Alberta home-owners can sell energy at the same price charged by energy retailers. This is attractive compared to other markets where selling solar energy is often only allowed at lower, less attractive rates.

Solar Panels Installed in Drumheller, Alberta.

Canadian Investment Tax Credit (ITC) for Commercial Solar Installations in Alberta

Mon, 03 Nov 2025 17:46:18 GMT

Introduction

Commercial warehouse storage, with roof mounted solar modules.

Solar power is more than just a green initiative—it's a smart financial move for businesses of all sizes. From substantial cost savings, energy efficiency gains, and reduced operational expenses to enhanced brand reputation and resilience against energy price volatility, the solar benefits for commercial business owners are extensive. In this article we will dive into the tangible returns on the new tax incentives for commercial solar systems in Canada.

Key Highlights

Solar power generates significant financial value for commercial customers
Solar can help companies save $100,000s in annual energy costs and protect against volatile utility rates,
Solar can help companies collect $1,000s in annual Renewable Energy Credits (Carbon Credits), and now…
Solar can help companies save $100,000s in tax rebates through the Canadian Investment Tax Credit program.

New for 2024, the Canadian Investment Tax Credit (ITC) is a promising federal program that will provide a refundable tax rebate up to a 30% of a solar project's capital cost.

Before jumping into solar power for your company, it’s important to figure out if your business is a good fit for it. Contact Evalence today and see how we deliver electric performance for our customers.

Understanding Commercial Solar for Businesses

What is Solar Energy?

The sun emits enough energy to blanket the earth in approximately 1,000 watts / square meter on a sunny day. Solar panels are able to capture 30-50% of this energy and turn it into usable power for people and businesses. Over the past decade, solar material costs have reduced 10x and the technology has emerged as one of the lowest cost, clean electricity sources worldwide. Solar microgeneration systems (sized 150 kilowatts or less) can be added to any building in Canada and typically have warrantied lifespans of 25-30 years.

Solar Panel Cost in 2024: How to Estimate The Cost of Solar | Solar.com

Why Solar Energy is a Smart Choice for Canadian Businesses

Businesses are some of the largest electricity consumers on the grid. If your business has large refrigeration or heating requirements, motor loads, and/or large work area, your business likely pays $1,000s to $100,000s for electricity every month.

By installing commercial solar , your business can:

Lower your energy bills by using the power generated from your solar system instead of importing from the grid.
Export any unused power back to the grid and get paid for this at market electricity rates.
Collect renewable energy credits (carbon credits) and earn $1,000s in automatically generated credits.
Hedge against electricity price volatility by creating your own low-cost power.

Now, Canadian businesses will also have the opportunity to cash-in on a lucrative tax rebate to help them save even more. Coming soon, your business can also,

Earn refundable tax rebate up to a 30% of a solar project's capital cost by registering your program through the Investment Tax Credit program.

What Energy Savings does Solar Create for My Commercial Building or Property?

Solar will not directly reduce your building power consumption; however, it will reduce the amount of electricity you import from the grid because you will be using free energy from your solar system instead. In Canada, almost all provincial and territorial jurisdictions follow Net Metering regulations that allow customers to sell any unused electricity back to the grid. Customers are free to select retailers of their choosing to optimize the rate they buy and sell at. Importantly, net metering provides a credit to their retailer account. These credits can be used for future electricity costs only, they cannot be redeemed for cash. For more information, see the Government of Canada Net Metering examples here .

Exploring the Canadian Investment Tax Credit (ITC) Program

The purpose of the Investment Tax Credit as proposed in Bill C-59 ( 1 ) is to encourage the investment of capital in the adoption and operation of clean technology property in Canada. As of this writing, the bill is awaiting Senate review and completed its second reading (of three) as of June 4, 2024.

Overview of the ITC Program for Commercial Solar

The ITC will be refundable and available to qualifying taxpayers that make eligible investments in clean technology property after 28 March 2023 and before 2035. The credit varies on A) the year in which the property is required and made available for use, and B) whether certain labor requirements are met in construction of the project (see requirements below).

ITC is only available to taxable Canadian corporations that acquire clean technology property (solar, wind, battery storage, off-road EV charging solutions). Highlights of the rebate are as follows:

The project owner is eligible for refundable tax rebate up to 30% of the capital cost base.
Eligible equipment included in these CCA classes will also be eligible for enhanced first-year depreciation under the accelerated investment incentive if acquired and available for use before 2028 ( 1 ).

Clean technology ITC rates based on time and labor rate

Requirements of the ITC Rebate Program

General Conditions

The project owner must be a “qualifying taxpayer” (a.k.a. taxable Canadian corporations)
The project / asset must be situated in and intended to be used exclusively in Canada.
The technology must be new property (not previously used equipment).
If the technology is to be leased by the taxpayer to another person, it must be to a qualifying taxpayer and not an individual.

Labor Conditions

Prevailing Wage Requirement - to receive the maximum tax credit, businesses are required to pay a total compensation package that equates to the prevailing wage (generally based on union compensation from the most recent, widely accepted multi-employer collective bargaining agreement or corresponding project labour agreement in the applicable provincial jurisdiction)
Apprenticeship Requirement - at least 10% of tradesperson hours worked are performed by registered apprentices in Red Seal trades on the preparation or installation of specified property.

How the ITC Program Can Work for My Business

Lets say you spend $500,000 to install solar on the roof of your business warehouse. With 100% of conditions met, the ITC will provide a $150,000 refundable tax credit at a 30% rate. Based on how the legislation stands in June of 2024....

If the company is taxable, the ITC would get applied first to taxes payable, with any excess being refunded in cash (via cheque or direct deposit to the corporate business account).
If the company is not taxable, the ITC would be refunded in cash (via cheque or direct deposit to the corporate business account).
The forms to file will be part of the corporation’s annual tax return – meaning that any resultant refund would be generated once the corporate tax return is processed by CRA and a Notice of Assessment is issued for the tax year.

Project payback for Investment Tax Credit

Why Select Evalence as Your Commercial Solar Partner?

Evalence is Alberta's partner for commercial solar solutions that achieve electric performance. We are committed to providing your business a comprehensive solution that...

Delivers predictable energy savings through a well-engineered system design.
Delivers a high return-on-investment by leveraging all available incentives and programs.
Achieves high install quality, low maintenance, and low-failure rate solutions in tough Canadian weather conditions.
Integrates seamlessly into your operation through employee onboarding and training.
Produces a sustainable by-product that enhances your corporate sustainability goals.

Whether its a high-rise, flat-roof, or ground mounted system, Evalence has the team to deliver your next project on-time and on-budget. Get in touch with Evalence today and see how much you can save by installing an Evalence Commercial Solar solution.

Commercial Solar Solutions for Canadian Businesses

Frequently Asked Questions

Can the rebate be recaptured by the government?

Yes, a recapture of the credit received will apply if the property is converted to a non-eligible use, disposed of or exported from Canada within 10 years of the date it was acquired.

Can the ITC be stacked with other incentives?

The ITC is calculated net of other incentives. The capital cost base on which the ITC is calculated must be adjusted for any other ITCs applicable to the property. Furthermore, where the taxpayer has received assistance, either from the government or non-government organizations, the ITC is calculated on the cost base of the equipment net of any financial assistance received.

Sources

(1) C-59 , 44th parliament, 1st Session November 22, 2021, to present. LEGISinfo. (n.d.). https://www.parl.ca/LegisInfo/en/bill/44-1/c-59

(2) EY Canada. (2023, August 17). Ey tax alert 2023-33 - proposed Clean Technology Investment Tax Credit. EY Tax Alert 2023 no 33 - Proposed clean technology investment tax credit. https://www.ey.com/en_ca/tax/tax-alerts

Maximizing Solar Panel Efficiency: A Guide to Solar Panel Cleaning

Mon, 03 Nov 2025 17:46:17 GMT

Often when homeowners are considering installing solar panels, best practices for solar panel cleaning and maintenance are top of mind before committing to an installation. Undoubtedly, keeping solar panels clear of dust, residue, and animal droppings will result in higher overall electricity production by maintaining the efficiency and longevity of solar panels. However, the cost to clean solar panels can sometimes outweigh the benefits from increased electricity production. If you'd like a quote for professional solar panel cleaning for your array, look no further than Evalence!

How Much Does Solar Panel Cleaning Cost?

Why Clean Solar Panels Matter

Solar panels are designed to convert sunlight into useful electrical current which can be utilized by household appliances. The amount of direct sunlight the solar panel receives directly correlates with the amount of electrical energy produced. Anything that blocks the passage of sunlight through the solar panel will have a negative effect on solar production. For example, neighbouring trees can often cast shadows around solar panel installations and reduce the effectiveness of the panels.

Dust, pollen, grime, and dirt buildup can have a similar effect to shading. These particles can block the glass on the solar panels, and reduce the overall power output of the system. This phenomenon is called soiling, and is a common form of production loss calculated during solar design. S ome studies have estimated soiling losses can negatively impact solar production by 1-4% overall. To put th is into perspective, a 20 panel solar system in Alberta, designed to produce approximately 10,000 kWh/year could experience a loss of 100-400kwh annually (1-4% soiling). At a price of $0.10/kWh, this equates to $10-$40/year of electricity losses.

Should I Hire a Professional to Clean My Solar Panels?

The cost to hire a professional to clean your solar panels is generally not worth the increase in solar output. Typically in Alberta, it rains frequently enough to wash contaminants from the solar panels limiting the amount of dust accumulation. This limits the extent of soiling losses in moderate Northern climates, compared to desert climates like Arizona or Nevada.

Their are some circumstances where soiling losses might be worth hiring a professional to mitigate. Exceptionally dusty locations (new construction, industrial) or heavily forested locations (pollen, tree needles, leaves), may require more regular cleaning to maintain solar production. A visual inspection of the panel debris can also be an indication of when cleaning is required.

The cost to clean solar panels will range between $100-$350 depending on the amount of solar panels and the location where the solar panels are installed. Ground mount, garage, or single story homes cost less to clean because the solar panels are more accessible for cleaning.

Two-story homes will often require an extension ladder, safety harness, and temporary roof anchors to access for solar panel cleaning. This additional equipment increases the setup time, and cost to complete the cleaning scope of work.

How Are Solar Panels Cleaned?

Cleaning dirty solar panels should be completed with caution to avoid damaging critter guard, wiring, or solar panel glass. If you'd like to clean your panels, and it's safe to access, we recommend a simple water and dish soap solution. This will provide a squeaky clean without harsh chemicals that could damage your solar panels or roof shingles. If you can reach the solar array, a sponge can be used to gently wash the panels. Otherwise, a soft brush (or squeegee) with an extendible handle could be utilized to clean your array from the ground. This is a safe and accessible solution for most home owners!

Conclusion

Keeping your solar panels clean is a great way to ensure your system is operating at maximum efficiency! If you can safely access your panels, cleaning them a mild soap and water solution is a great opportunity to reduce soiling losses. If you can't safely access your panels, connect with a professional solar services provider like Evalence for a free solar panel cleaning quote.

How Much Does it Cost to Install an EV Charger at Home?

Mon, 03 Nov 2025 17:46:16 GMT

Electric vehicles have revolutionized the way we think about transportation, offering a greener and more sustainable future. As more people in Alberta purchase electric cars, the demand for home EV chargers has skyrocketed. However, one question that often comes up is the cost of installing an EV charger at home. All things considered, the average cost to professionally install an electric vehicle charger will range from $500-$2,500 for most common cases.

The cost of installing an EV charger can vary depending on several factors including;

Wallbox charger installed beside an Audi Q4

Understanding the Basics of Home EV Charger Installation

The type of home charger (Level 1 or Level 2).
The amperage of the home charger (16-80A).
The home layout between the electrical panel and the proposed charging location.
The electrical panel age and availability of breakers.
The service size of the home (100A, 150A, or 200A+).
Pre-existing electrical deficiencies which may require correction.
If the load calculation requires energy management (EVEMS).
Garage location: attached or detached.

It can be difficult for home owners to estimate the cost of installing an electric vehicle charger because many of the factors impacting the cost are difficult to assess for those not familiar with performing electrical upgrades. If you're wondering how much your installation could cost - reach out to Evalence for a free EV Charger Installation Quote . In 2023, Evalence installed 100+ level 2 chargers - we can get you charging too!

Introduction to Home EV Charging

Your home is the most convenient location to charge your electric vehicle. Installing a charging station in your garage, means that you can start every day with a full battery! Typically your EV will come with a portable charger which can be plugged into a household outlet. This is considered a level 1 charger, and will usually only trickle charge the battery by adding 4-8km/hr of range. While this may be a good solution for hybrid electric vehicles, this usually does not provide enough charge speed for full electric vehicles (especially in the winter).

Level 2 chargers operate on a 240 Volt, 10-80A circuit! This is significantly more power than a typical household outlet, and is comparable to what a hot tub, wall oven, or dryer would be powered with. The most common charger size we install is a 40A charger, installed on a 50A, Nema 14-50 dedicated circuit. Additionally, 48A wall chargers are also commonly installed on a 60A circuit.

Types of Home EV Chargers

Electric vehicle chargers can be sorted into three categories; level 1 (120V), level 2 (240V), and level 3 (DC Fast Chargers). This article will focus on level 2 charging, because this is the most applicable type of charger for residential use. Although their are many brands of EV chargers (Tesla, Wallbox, Siemens, ABB, Autel, Flo, Chargepoint, Grizzl-E), they are generally installed to similar specifications and will work in the same way. All of these brands should be installed by a licensed electricians - like Evalence Renewables!

The Major Factors Influencing Installation Costs

Charger Location

The charger location relative to your home electrical panel will have a major impact on the cost of installation. Longer runs of electrical wire and conduit will increase the cost of materials and labor. 6 or 8 gauge copper wire is utilized to install level 2 chargers, and this is typically billed to customers by the meter. Reducing the length of wiring required for the charger is a great opportunity to reduce your installation cost. For example, installing your charger on the wall of the garage closest to the electrical panel will reduce installation costs.

Another consideration are the obstacles between your electrical panel and your charger location. Finished basements, concrete walls, and detached garages can present more challenges and increase the cost of your installation.

Tesla Wall Connector Installed in an attached garage.

Home Electrical Upgrades

Homeowners may need to consider performing electrical upgrades prior to installing a home ev charger. In Alberta, the majority of homes have a 100A electrical service size. This is the amount of amperage the home is capable of using at any given time. This service may be acceptable for regular home use of ovens, heaters, ac units, and lighting - but can be considerably strained when electric vehicle charging is introduced. Cities of Edmonton, Calgary, and other Alberta municipalities have mandated electrical load calculation prior to installing home chargers. If the charger will not "fit" into the home load calculation the following options are available:

Electric Vehicle Energy Management Systems (EVEMS)

EVEMS is a device that monitors the electric vehicle charging load, and will turn off the circuit if the overall home load limit is reached. Their are several EVEMs options which can be utilized including the DCC-12, SimpleSwitch, and Wallbox Power Meter to name a few. These devices will typically add between $750-$1,250 of cost to an EV charger installation, but may be required to permit the installation.

Evalence installing a DCC-12 EVEMS unit.

Electric Vehicle Energy Management Systems (EVEMS)

Upgrading your home service size has a high upfront cost, but can be beneficial for modernizing your home to allow for ev charging. It's a more expensive option, but generally allows the home owner the most flexibility to add additional electrical loads in the future. The total cost to complete a service size upgrade can range from $2,000 - $10,000 depending on the extent of the work required. Sometimes it can be as simple as swapping in a new electrical panel, and other times it can require trenching and installation of a larger diameter wire to the house. Service size upgrades are always coordinated with the wire provider (Enmax, Fortis, or Epcor) in Alberta. Sometimes a service upgrade can be recommended for other reasons including; installlation of grid-connected solar panels , or the development of a basement suite.

Estimating Installation Expenses for Home EV Chargers

Breakdown of Installation Costs

Installation costs will typically include the following items:

Electrical Permit ($125-$200)
Installation Labor ($200-$800)
Double Pole 50A Breaker ($50-$200)
6 - 8 Gauge Wire ($15-$25/meter)
Non-itemized Electrical Supplies ($25-$250)

The itemized costs result in a typical price range of $500-$2,500 to install an electric vehicle charger. Other installation costs which can increase the price of the installation are:

EV Charging Station ($400-$1,800)
Energy Management Devices ($700-$2,000)
Custom Finishing (hiding conduit behind finished walls or ceilings) ($200-$1000)
Sub-Panel Installation ($400-$1,000)
Trenching for Detached Garages ($500-$2,500)
Service Size Upgrades ($2,000 - $10,000)

Professional Installation vs. DIY

Professional ev charger installation will typically result in a higher upfront cost, but a higher quality installation. A licensed electrician will ensure that your charger is installed correctly to manufacturer's specifications and in compliance with the Canadian Electric Code. The increased costs for a professional installation typically result from the higher costs of running a licensed business including insurance, permitting, labor, and administrative costs.

Professional charger installation for a Mercedes EQS AMG

Additional Expenses to Consider

Although obvious to some - charging your electric vehicle will use a significant amount of electricity and impact the size of your energy bill. Charging your electric vehicle at home will typically consume between 100-500 kwh of electricity every month. At a rate of $0.10/kwh, this would add between $10-$50 in monthly electricity costs before considering administration and distribution fees.

Home Layouts That Can Make Installing a Home EV Charger More Expensive

Detached Garages

The dreaded detached garage! Unfortunately, electrifying a detached garage is more complicated than a typical attached garage installation. Most garages are powered by a 15A circuit, which does not allow enough amperage to also run an electric vehicle charger. Often, a new electrical line must be ran to the garage which can require trenching. If trenching is required, this can be labor intensive and require additional conduit, wire, and other electrical materials. Trenching will typically raise the installation price by $700-$2,500.

Digging a trench to a detached garage using a mini excavator.

Finished Basements

Finished basements can present a challenge when the electrical panel room is not located near the charging location. A wire has to be fished from the electrical panel, through the basement, and into the garage. When the garage ceiling is finished it can be more difficult to complete the task of fishing. Sometimes it can be done using existing access hatches, but often small holes must be utilized to move the wire through the basement. This can add significant labor cost, and increased finishing costs to patch access holes.

Making Informed Decisions About Home EV Charger Installation

The cost of an EV charger installation can vary significantly based on your unique home layout and installation requirements. If you're curious about the potential cost of your installation, don't hesitate to contact Evalence for a complimentary EV Charger Installation Quote . With over 100 Level 2 chargers installed in 2023, Evalence can assist you in getting your charging setup as well!

Canada Greener Homes Loan: The 2025 Ultimate Guide

Mon, 03 Nov 2025 17:46:15 GMT

Please note: As of October 2025, the Greener Homes Loan is closed to new applications.

‍Please note: As of May 2024, the Greener Homes Grant is currently closed to NEW applications. Existing applicants with an AP number are still eligible to receive the greener homes grant. Don't despair, the greener homes loan program (similar name, but different program) is currently open AND a similar program called Clean Energy Improvement Program (CEIP) is providing financing for select Albertan municipalities for energy efficient upgrades. More information about this program can be found in the Evalence CEIP blog post.

Are you considering upgrading your home to be more energy-efficient? Look no further than the Greener Homes Loan.

This loan was designed to help Canadian homeowners invest in energy-efficient retrofits while reducing their carbon footprint. In this ultimate guide, we will cover everything you need to know about the Greener Homes Loan, from understanding the purpose and benefits of the grant to eligibility criteria for solar panel installation.We will also delve into the key features of the loan, including rebate amounts, qualifying products, and application deadlines. Additionally, we will discuss essential household eligibility criteria and provide step-by-step guidance on how to apply for the loan.

Lastly, if you're a homeowner in Calgary or Edmonton considering solar panel installation , you're in the right place. We specialize in guiding you through the entire Greener Homes Loan process, making it simple and efficient. From choosing the right solar panels to navigating the loan application, our experts are here to help. Contact us today to take the first step towards a greener, more energy-efficient home. We're excited to assist you in leveraging this fantastic opportunity!

Silver LONGi 500W Panels Installed in Calgary, Alberta.

Understanding the Canadian Greener Homes Loan

The Greener Homes Loan is a government initiative in Canada aimed at promoting energy efficiency and reducing carbon footprints. It provides funding of up to $40,000.00 at 0% interest rates for eligible retrofits, but homeowners must undergo a home energy evaluation (The Energuide assessment) to determine eligibility. The loan can be applied to eligibile retrofits including solar panels, upgraded windows, insulation, heat pumps, and other green retrofits. Many homeowners choose to apply the loan towards solar panel installation , because this is often the simplest way to maximize the grant funding incentives. The greener homes program is part of Canada's efforts to combat climate change by encouraging sustainable practices. By making greener choices and upgrading their homes with energy-saving measures, homeowners can not only reduce their energy costs but also contribute to a healthier planet.

Purpose and Benefits of the Loan

The Canada Greener Homes Loan program encourages homeowners to upgrade their homes for energy efficiency, resulting in long-term energy cost savings. This program aligns with the Canada's 2030 Emissions Reduction Plan roadmap, and moreover, participating in the grant program helps reduce environmental damages and carbon footprint while increasing property value. Additionally, the program supports the creation of new jobs in the renewable energy sector and aligns with Canadian climate goals.

The primary purpose of completing a retrofit is to reduce total home energy consumption (electricity, natural gas, coal). By doing this, the home owner will also reduce their monthly bills corresponding to the efficiency of the efficiency upgrade. Solar is often a great choice for this program because it can completely offset the home's electrical usage, and can significantly reduce electricity bills for the life of the system. Many solar panels come with 30 year performance guarantees, making this a long lasting and effective home upgrade. Additionally, solar installations are correlated with increased real estate value as home buyers will often factor the cost of the solar array into the price of the home.

Solar Panel Installation Eligibility Criteria

To be eligible for solar panel installation under the Greener Homes Loan, your retrofit must meet specific criteria:

All solar supplies, equipment, and installation materials must be purchased from Canadian distributors.
Online purchases must be completed from Canadian based vendors.
All solar panels, microinverters/inverters, and electrical products must be certified to CSA standards .
The total system capacity must be a minimum of 1.0 kW DC (Most systems will be 4kW DC or greater).
For a grid connected system, a copy of the interconnection agreement and municipality approvals may be required.

Although these solar panel requirements may look intimidating, a reputable solar installer like Evalence Renewables will not have any issues with exceeding these requirements.

Solar panels installed on a farm house in Parkland County, Alberta.

Key Features of the Greener Homes Loan

The Greener Homes Loan program offers rebates for eligible energy-efficient products. Homeowners can receive up to $40,000.00 at 0% interest, for qualifying retrofits. The program has specific deadlines for application, so homeowners should apply promptly.

The Greener Homes Loan program is administered by Natural Resources Canada and service organizations. Home energy evaluations, such as an EnerGuide evaluation, are required for eligibility. a Pre-Retrofit EnerGuide evaluation must be completed prior to commencing eligible retrofits. A licensed professional with EnerGuide will perform a comprehensive assessment of your home to identify potential energy efficient retrofits. This will be prepared in a report for the home-owner, with recommendations on qualifying upgrades. After this report has been prepared and the home owner has been approved for the retrofit, an eligible installer can complete the work. Finally, a post-retrofit EnerGuide evaluation will be completed to verify the upgrades have been completed. Lastly, the greener homes loan payment is distributed.

Applying for the Greener Homes Loan

To apply for the Greener Homes Loan, homeowners must follow a specific application process. This includes completing an application form with proof of eligibility, such as proof of residence and ownership. Additionally, homeowners must submit documents related to their retrofit work, including invoices. The loan program portal provides a helpful application process guide for homeowners to follow. It is essential for homeowners to ensure they meet the eligibility requirements before beginning the application process.

Steps to Apply for the Loan

(NOTE - THE LOAN IS CLOSED TO NEW APPLICATIONS) To apply for the Canada Greener Homes loan, consider the following steps:

Register for the Greener Homes Portal: Provide information to meet the eligibility criteria including your name, phone number, email, housing information, tax information, and drivers license.
Pre-Retrofit Energuide Evaluation: Book your pre-retrofit assessment with a licensed energuide professional.
Receive the Energuide Report: The energuide professional will upload the renovation upgrade report to the portal. Review this information and decide on your eligible retrofits.
Retrofit Your Home: Your contractor can now complete the eligible retrofits.
Post-Retrofit Energuide Evaluation: Book your energuide evaluator for a post-retrofit assessment to verify the retrofit has been completed.
Request and Receive Greener Homes Grant: Finally upload all proof of installation documents and invoices to the portal. NRCan will review and issue a claim!

What is The Energuide Assessment?

The Energuide Assessment is a comprehensive evaluation of a home's energy efficiency. It offers recommendations for improving efficiency and lowering utility bills. To qualify for the Greener Homes Grant, homeowners must complete this assessment, which may vary in cost based on location and home size. This will typically cost about $400-$500 for the pre-energuide assessment, and $250-$350 for the post-energuide assessment.

The Pre-Retrofit Energuide Assessment

The Pre-Retrofit Energuide Assessment is a comprehensive evaluation that analyzes the energy consumption of your home and identifies areas for improvement. Conducted by a certified energy advisor, the assessment includes an analysis of your heating, cooling, and ventilation systems. The assessment report provides customized recommendations for upgrades, along with information on potential cost savings and government incentives. It's an essential requirement to qualify for the Canada Greener Homes Loan. Ensure you communicate your desired/planned retrofit with the assessor, so they can ensure this is considered for the report.

The Energuide Report

The Energuide Report provides a comprehensive breakdown of your home's energy consumption and offers suggestions for cost-effective upgrades. It also includes an energy efficiency rating and estimated annual savings from implementing the recommended improvements. The report is an essential component of the Greener Homes Loan application process in Canada, as it showcases your home's energy efficiency and eligibility for the loan.

The Post-Retrofit Energuide Assessment

The Post-Retrofit Energuide Assessment is a comprehensive evaluation of a home's energy efficiency after upgrades have been made. This assessment includes blower door tests, thermal scans, and other measurements to assess the energy performance of the property. It provides homeowners with valuable information that can be used to apply for rebates and incentives. Additionally, the assessment identifies areas where further energy-saving improvements can be implemented. It is crucial to have the assessment conducted by a licensed energy advisor as this must be completed to receive Greener Homes Loan Funding.

How can Solar Panel Installation Benefit You?

Solar panel installation can have several benefits for homeowners. By significantly reducing energy bills, these panels can lead to long-term cost savings. Additionally, they allow you to contribute to environmental conservation by utilizing renewable energy sources and reducing your carbon footprint. Solar panels also increase the value of your property and may even allow you to generate excess energy that can be sold back to the grid.

Explore Other Grant Funding Incentives like - Clean Energy Improvement Program (CEIP)

Although Greener Homes Loan is a great option for solar project funding, other financing options are available including the Clean Energy Improvement Program (CEIP). This program is administered by municipalities and can fund up to $50,000 in project costs. For more information, check out our article on CEIP !

Get Started With a Free Solar Quote

Taking advantage of the Greener Homes Grant can not only help you reduce your carbon footprint but also save you money in the long run. By installing solar panels, you can generate your own clean and renewable energy, reducing your reliance on traditional energy sources. The process of applying for the loan is simple and straightforward, and our experts are here to guide you through every step. Start by getting a free solar quote today and see how solar panel installation can benefit you and your home. Take this opportunity to make a positive impact on the environment and enjoy the financial benefits of renewable energy.

Solar panels installed on a detached garage in NE Calgary.

How Much Does it Cost to Install Solar Panels in Alberta?

Tue, 23 Sep 2025 02:07:19 GMT

What is solar panel price per watt?

18 solar modules installed on a home in Edmonton, Alberta.

Roof design - including the size, shape, pitch, and orientation of roof planes and vents will greatly impact the solar array design. Within the Northern Hemisphere, South facing roof slopes are the optimal plane for solar as they face more directly towards the sun which translates into higher solar production than North, East, and West facing roof slopes. Solar panels located on South facing roof slopes can produce more than twice the energy output as North facing panels!

Roofs with a variety of complex features like gables, skylights, and other unique features can complicate solar layouts leading to increased costs. For example, a conventional detached garage roof where 10 panels can be placed in a grid is often the simplest type of roof to install solar on resulting in a more affordable installation price. Another consideration which can impact the price of an installation is the amount and location of roof vents. These features can limit the available areas for solar panel installation, and can add costs to the installation if they are required to be relocated. The average cost to relocate a roof vent in Alberta is typically about $250-$350 for a simple vent, and can rise to $1,000 for plumbing vents.

Solar shading analysis completed for a property in NW Calgary.

What are the Components of a Solar Installation?

34 LONGi 505W Panels Installed in Calgary, AB.

Solar panel installation in progress with exposed racking, microinverters, and wiring.

Electrical supplies are required to connect the solar panels to the main electrical panel safely and in compliance with the Canadian Electrical Code. These supplies range significantly in cost based on the home layout and solar panel layout. Complex layouts with multiple solar arrays will often require more materials than simple layouts.

Home electrical panel with solar breaker installed, and solar labeling.

Evalence electricians installing solar on a roof in Calgary, Alberta.

The installation process involves mounting the panels, connecting them to the electrical system, and ensuring that everything is properly wired and functioning. This requires skilled labor and specialized knowledge to ensure that the panels are installed correctly and can maximize their energy production. You should ensure your solar installer is listed in the Solar Alberta Directory.

Evalence team members completing a solar installation in Edmonton, Alberta.

Programs like the Greener Homes Grant, Greener Homes Loan, and the Clean Energy Improvement Program (CEIP), can greatly improve the feasibility of installing residential solar systems. Additionally, the selling of carbon credits generated through home solar production can add an additional revenue stream for consideration in the overall project payback period.

Greener Homes Grant

The greener homes grant is a financial grant program for Canadian home owners pursuing energy efficient home upgrades like solar panels. This program can offer up to $5,000 in grant funding per home, which can greatly reduce the cost to install solar panels.

Greener Homes Loan

The greener homes loan is a similar program to the greener homes grant, however it can provide green financing for up to $40,000, for energy efficient upgrades. This loan has a rate of 0% and can be amortized over a 10 year period, making it very attractive for electricity saving upgrades. Often the monthly cost savings from installing solar panels is higher than the cost of repaying the loans. This leaves more money in your pocket, while also increasing the value of your home with solar!

Clean Energy Improvement Program (CEIP)

CEIP is a program administered by Canadian municipalities to provide financing for home energy efficiency upgrades. The program can provide up to $50,000 in financing at rates of between 2.5-4% for eligible home owners. For more information on the application process for CEIP, check out our comprehensive CEIP Guide .

Solar Carbon Credit Markets

Home owners can improve the payback period of their solar pv investment by selling carbon credits generating through clean energy production. In Alberta, Solar Offset and ReWatt Power are organizations which can help you sell your carbon credits with ease. Solar incentives like carbon credit markets are a great way to incentivize renewable projects!

How Do You Apply for Solar Financing in Alberta?

Applying for solar related grants and loans can be completed through the greener homes portal , or through your municipalities CEIP page . If you'd like support with your application, or a quote which can be used for verification purposes please contact Evalence , and we can help!

A large solar array installed on a home in Mahogany.

Additionally, getting a solar quote from a high quality installer like Evalence can help you understand the payback of your system with our detailed proposal package with information on your systems payback period, estimated grant funding potential, and solar components. Check out our residential solar page to get started!

The average cost to install solar panels on a single family home in Alberta ranges from $15,000 - $30,000 before grant funding incentives. This price will depend on the amount of solar panels required, the layout, and any electrical upgrades necessary for installation.

Are you considering installing solar panels but need more information about the costs involved? Solar energy is a great way to reduce your carbon footprint and save on your electricity bills in the long run, but the initial investment can be daunting. This article will dive deeper into the costs of a solar installation , so you can determine a more accurate range for your home installation. Every home is different, and the simplest way to find out how much your installation could cost is to get a free residential solar quote from Evalence. Alternatively, visit our Edmonton Solar Page or Calgary Solar Page.

We will provide you with all the information you need to know about solar panel costs including sizing your system, the components required for a solar installation, potential electrical upgrades required for solar, and other hidden costs that impact solar quotes.

Solar panel price per watt, or $/Watt, is the installed price of a solar panel system divided by the wattage of the panels. This calculation is used to provide a basis for comparison between different solar projects. It allows projects of different scale to be compared easily, or for quotes to be compared between different solar installers. The average $/Watt for roof mounted solar installed in Alberta ranges from $2.50-$3.50/Watt.

The Impact of Home Electrical Usage, Roof Design, Location, and Shading on Your Solar Quote

In Alberta, homeowners are permitted to install solar modules capable of producing up to 110% of their annual energy usage. This usage can be determined from the properties power bills, or via a third party authorization with the wire provider to assess the home interval data. The amount of electricity consumed by the homeowners will greatly impact the size of the solar system required to offset this usage. Therefore, homes using 500-600 kWh of electricity per month will require many less panels than a home which uses more than 1000 kWh of electricity per month. In addition to home electrical usage, roof design and shading of solar panels from surrounding homes, trees, and other obstructions will impact the solar potential, including the size of the system required & in-turn the price of the installation.

Electrical Usage & Solar System Sizing

A solar system is composed of a number of solar panels wired together to produce power from the sun. The average home requires 10-30 solar panels to offset home electricity usage. One of the primary factors influencing the number of solar panels required to reach 100% electricity offset is the amount of electricity the home consumes in a 12 month period. Homes that are large consumers of electricity will require more solar panels to offset their energy bill.

Roof Design & Solar System Sizing

How Does Location Impact Solar Production?

Cities known for their sunny days will typically be great locations to install solar panels. The City of Calgary receives an average of 333 days of sun each year, while the City of Edmonton receives an average of 325 days of sun each year (#1 and #2 in Canada Respectively). Comparatively, Vancouver only receives 289 days of sun, and these are often partially sunny days due to the pacific coast climate. Due to the long hours of sunlight in Alberta, a solar panel installed here will often produce more renewable energy than if it were installed outside the province!

Shading & Solar System Sizing

Shading is the impact of objects blocking solar panels from direct sunlight throughout the day. This most commonly occurs from neighbouring buildings, trees, or other roof planes between the path of the sun and the solar panel location. Panels impacted by shading will have "shading losses" and will produce less power throughout the day. This is normal, and accounted for during the design process to ensure the overall solar system is sized large enough for the electrical consumption. Properties heavily impacted by shading will generally require more solar panels to be installed to offset the home electrical usage.

Solar panels are the most obvious component in a solar installation. Their are many brands to choose from, but the most commonly installed solar panels in Alberta are LONGi, Canadian Solar, JA Solar, and Thornova. The price of solar panels will range based on the size of the panel, performance warranty, brand, and distributor. Most solar panels come with a 10 year material defect warranty, and a 25-30 year performance guarantee. The panel brands mentioned above are designed for Canadian winters, and are often hail rated (An important consideration in Alberta).

Solar Panels

Inverters or Microinverters

Inverters and microinverters convert DC power produced by solar panels, into AC power used in the household. Every solar installation requires either an inverter ( a single device usually located near the home electrical panel, or outside by the meter), or microinverters (typically 1 for every 2 solar panels). These devices come standard with a 10 year warranty, which can be extendible to 25 years. The most commonly used brands of microinverters in Alberta include APSystems, Enphase, and Hoymiles.

Mounting Hardware & Solar Racking

Mounting hardware and solar racking is necessary to safely secure solar panels to the roof or the ground. This component if often overlooked by homeowners because it's not typically seen during the solar installation, and does not usually impact the solar production of the system.

Electrical Wiring, Solar Breakers, Junction Boxes, and Other Components

Permitting & Administrative Costs

Solar installations in Alberta must be permitted by the municipality, and the wire provider via the microgeneration application. Preparing the documents for these applications can require design, administrative work, and the payment of the municipal electrical permit ranging from $300-$500. If structural or electrical engineering is required this will also increase the cost of an installation.

Installation Labor

Installation labor is a crucial component when considering the cost of solar panels. The labor costs can vary depending on factors such as the size and complexity of the installation, the location of the panels, and any additional customization required. It is important to hire qualified professionals who have experience in solar installations to ensure a safe and efficient setup.

Financial Aspects of Solar Panel Investment

Are Solar Panels a Worthwhile Investment for Your Home?

A solar panel's value is worth the amount you can save on your electricity bills. Considering the potential reduction in electricity bills and the opportunity to contribute to clean energy, installing solar panels can be a smart investment. Evaluate government incentives, electricity savings, and the potential increase in home value before making a decision. Analyzing your energy usage will help determine if solar power is a worthwhile investment.

Clean Energy Improvement Program (CEIP): A Comprehensive Guide

Tue, 23 Sep 2025 02:07:18 GMT

The Clean Energy Improvement Program (CEIP) is a program that aims to promote renewable energy and energy efficiency by providing financing for clean energy upgrades to residential and commercial buildings. In this article, we will answer important questions like "what is CEIP?", "how does CEIP work?", and "who is eligible for CEIP?" We will also cover the benefits of CEIP, the financial requirements, and the role that property owners play in this innovative financing tool's implementation. Additionally, we will answer some frequently asked questions about this program and why it stands out from other energy improvement programs. So buckle up and get ready to learn everything you need to know about CEIP.

Note: This article was last updated March 30, 2026. We are noticing CEIP interest rates are changing across the province, and recommend that users review the specific CEIP page for their region to ensure the most accurate and up to date interest rates and application windows.

What is the Clean Energy Improvement Program (CEIP)?

Solar panels installed on a home in Diamond Valley, eligible for the CEIP program.

The pre-qualification form is the first step to be completed to determine eligibility for project financing.The form requires the following:

Proof of liability insurance on the property in excess of $1,000,000.
If there is property-secured debt associated with the Property, the Property Owner must confirm that payments are current and may be required to provide acceptable proof of same to the Municipality.
Contact information for property owners listed on the title.
Acknowledgement that all property owners have reviewed the CEIP terms and conditions.

The municipality reviews the forms in the order received, and has the discretion to approve or deny the application form for any reason. If the applicant receives approval they can move to the project application stage.

Applicant must pass the pre-qualification process.
An Energuide assessment must be completed. (This can be covered under the CEIP loan).
Receive a quote for the cost of the Clean Energy Improvement equipment and installation from a Qualified Contractor listed on the Contractor Directory . (Evalence is a qualified contractor).
The Property Owner must submit Clean Energy Improvement manufacturer specification documentation from the Qualified Contractor and any other Supporting Documentation listed on the Program website.
If applicable: The owner must receive approval from the condominium association.
All Property Owners on title must sign the Project Application Form.

CEIP mandates energuide home evaluations or equivalent assessments for properties. Approved upgrades include renewable energy installations, energy efficiency improvements, and more. Upgrades should reduce greenhouse gas emissions and improve energy efficiency. Property owners must adhere to local bylaws, regulations, and energy standards. Maintenance and energy performance tracking are the responsibility of CEIP participants.

Once a Project Application Form is approved, the Program Administrator will provide the Property Owner with the Clean Energy Improvement Agreement and Project Agreement for their Project.
The Program Administrator will schedule a time with the Property Owner to review the Clean Energy Improvement Agreement and ensure the Property Owner understands the terms and conditions of the Clean Energy Improvement Agreement.
All Property Owners on title and the Municipality must sign the Clean Energy Improvement Agreement.

Their are more requirements which should be researched in depth for your specific municipality. However, following the program agreements stage the retrofit can typically be completed by the qualified contractor. Once complete, a verification process must be undergone, and eventually payment is released by the municipality.

Are Commercial Properties also eligible for CEIP?

Commercial properties, just like residential properties, are eligible for the Clean Energy Improvement Program (CEIP). Owners of commercial properties can access financing for clean energy upgrades, energy efficiency improvements, and renewable energy installations. CEIP guidelines, eligibility criteria, and financing terms apply to commercial properties as well. Implementing clean energy projects in commercial properties contributes to cost savings, energy efficiency, and greenhouse gas reduction.

Can the Greener Homes Grant be Stacked with CEIP?

Yes. It's encouraged for home owners to find opportunities to reduce the cost of their installation by seeking other financing opportunities. The program does not limit applicants to specific funding sources, discounts, or other incentives.

How much can I finance with CEIP?

The amount which can be financed through CEIP depends on the municipality distributing the funds. In Calgary and Canmore this amount can be up to $50,000.00 for eligible projects.

What energy efficiency retrofits are eligible for CEIP funding?

Eligible energy efficiency retrofits eligible for CEIP funding include;

Doors, windows, insulation, and air sealing.
Certain heating and air conditioning retrofits.
Energy efficient lighting.
Renewable energy including solar panels and battery storage.
Select water heating retrofits.

What interest rates are available with CEIP funding?

Interest rates for CEIP funding seems to range between 1.9% - 5.7%. This is based off the municipalities cost of capital and access to capital for the program. In Strathcona County, the website lists that the rate is 2.0%, whereas in Calgary the rate is listed as 5.70%. These numbers are subject to change, but currently are quite attractive relative to the average cost of borrowing.

Are any of the CEIP funds available before retrofits are completed?

Yes, typically the lesser of 30% of project costs or up to $15,000, can be provided before project completion. This ranges based on the municipality.

To sum up, the Clean Energy Improvement Program (CEIP) is a valuable initiative that aims to promote clean energy and provide financial incentives to property owners. Taking part in this program not only benefits the environment but also offers significant advantages for property owners. By meeting certain eligibility criteria, property owners can access various financial and tax benefits while contributing to a sustainable future. The application process is straightforward, and commercial properties are also eligible. Embrace this opportunity to make a positive impact on the environment and enjoy the rewards that come with participating in the CEIP. Contact our team today to learn more about how you can get involved with a free solar quote from Evalence, a qualified CEIP contractor.

The Clean Energy Improvement Program (CEIP) is an initiative financing tool that encourages clean energy upgrades in residential and commercial properties by offering low cost financing at attractive market rates for eligible applicants. This property assessed clean energy program can cover up to 100% of the project costs, and can be paid back over periods of up to 20 years in monthly instalments similar to a property tax bill. One unique aspect of this program, is that the loan is tied to the property - not the borrower, therefore the loan can be transferred to another party if the property is sold. Its main objectives are to reduce greenhouse gas emissions and enhance energy efficiency. CEIP provides financing options for property owners to support renewable energy upgrades like solar panel installation, heat pumps, or energy efficient building retrofits.

The program's implementation and administration involve the active participation of Canadian municipalities. In fact, for a municipality to participate they must first pass a CEIP bylaw allowing the distribution of funds in their community. This is because, the loan repayment occurs with the property tax bill. Currently, the program is being administered directly from the following Alberta Municipalities:

Current CEIP Eligible Municipalities in Alberta:

City of Airdrie
Town of Banff
City of Beaumont
City of Calgary - Rolling application windows.
Town of Canmore
City of Cold Lake
Town of Devon
Town of Drayton Valley
City of Edmonton (Residential and Commercial)
City of Grande Prairie - Rolling application windows.
Municipality of Jasper
City of Leduc
City of Lethbridge
City of Medicine Hat
Town of Okotoks
MD and Town of Pincher Creek
Town of Rocky Mountain House
City of Spruce Grove
City of St. Albert
Town of Stettler
Village of Stirling
Strathcona County
Sturgeon County (Residential and Commercial)
Town of Taber
Town of Westlock
City of Wetaskiwin

Upcoming CEIP Eligible Municipalities:

Lac La Biche County

These municipalities provide a financial incentive to property owners for completing a project, with many of them open for pre-qualification.

What are the Benefits of CEIP?

CEIP aims to encourage energy efficiency upgrades by providing additional financing options for both commercial property owners and residential property owners. This is an additional level of funding available at the provincial level, which is complementary to the Greener Homes Grant Program administered federally.

By providing an additional financing option for applicants, it makes the process of completing energy efficient retrofits more accessible for Albertans and can improve the return of energy efficiency projects. Extending loan payments over a period of 20 years, also reduces monthly loan payments amounts which improves the affordability of eligible upgrades. Based on what we've seen at Evalence, our customers usually find great value in solar projects because they tend to lower their monthly electricity bills more than the cost of the loan payments. This means that a program with low-interest rates and the option to pay back over 20 years could be very appealing to the participating property owners.

Secondly, CEIP's loan program being associated with property taxes and transferable with the sale of the property is marketable to people who would consider selling their home in the future. It provides an opportunity for them to still consider a green retrofit, while being able to pass off the loan in the future and increasing property values in the process.

Additionally, It helps reduce energy costs and lowers greenhouse gas emissions while supporting local energy efficiency goals and climate action plans. CEIP provides long-term financing and cost savings, enhances property value, and contributes to a greener environment.

Who is Eligible for CEIP?

To qualify for the CEIP, properties must be located in participating municipalities. The program caters to residential, commercial, and municipal buildings. Property owners need to meet basic eligibility criteria like regular property tax payment. Upgrades must align with approved project costs, energy efficiency, and clean energy guidelines. Additionally, qualified contractors are required to carry out the improvement projects.

Each municipality has it's own eligibility criteria. It's best to go to your town's page, and review it's conditions on the CEIP website. Generally speaking the program requires that residential homes be in safe condition, with the appropriate insurance, and not be undergoing foreclosure or other financing concerns. For property owners, you must be the legal owner of the property and meet a variety of financial criteria primarily related to creditworthiness. Reading between the lines, the municipality needs to feel confident that the applicant can and will pay back the loan.

What Projects are Eligible for CEIP?

The Clean Energy Improvement Program (CEIP) supports a variety of projects aimed at boosting energy efficiency and the use of renewable energy. Eligible projects under CEIP include residential solar panel installation and commercial solar panel installations, and much more. Contact Evalence Renewables to find out if your next project is eligible for the clean energy improvement tax and how we can help you get started.

Application Requirements for the Program

Pre-Qualification Requirements

Project Application Requirements

Program Agreements

The Role of Property Owners in the Implementation of CEIP

Property owners have a crucial role in implementing CEIP. The owner assumes responsibility for initiating the application process as they initiate clean energy upgrades and are responsible for project selection, hiring contractors, and completing upgrades. To participate in the program, property owners must comply with eligibility criteria, financing terms, and guidelines. They also have ongoing responsibilities such as maintenance, energy performance tracking, and submitting completion forms. By actively engaging in CEIP, property owners contribute to greener communities, cost savings, and improved energy efficiency.

Frequently Asked Questions about the Clean Energy Improvement Program (CEIP)

Conclusion

Our experience installing the Wallbox Powermeter

Mon, 22 Sep 2025 17:06:06 GMT

Wallbox Power Meter - Installation Review

At Evalence we typically recommend the Wallbox Pulsar Plus line for its reliability, functional design, and competitive price point. The 40A plug in, and the 48A hardwired units look great, and are simple to install in residential homes. The issue with installing these chargers (Any type of EV charger really) is managing the existing panel capacity. Achieving full-charging rates for customers with 100A panels is difficult while ensuring the installation is safe and passes permitting.

Our team utilizes energy management systems (EVEMS) often to allow for fast charging speeds, while passing inspection. These systems are often referred to as "load-shedding" devices which measure the total electricity demanded by home, and will switch off the circuit to stay below the panel capacity. Most energy management systems are two-state (on-off). When the system detects too much electricity being drawn, it will completely shut down the charger circuit. This is fine, but what if you wanted to dynamically adjust the charger to accept the available power?

The Power Meter stands out because it integrates with the wallbox EV charger to dynamically respond to electricity availability. It also comes in at a compelling price point - $599, compared to other EVEMS solutions which can range from $900-$1,200. Do consider, additional accessories are required to complete the Power Meter Installation. Housing, DIN rail, 15A DP Breaker, and low voltage wire will be required. It will also take additional time and effort by your electrician to complete which could add cost to your installation.

What We actually Needed to Complete Job

Enabling the App

Our team would definitely recommend this product for home owners with panel loading constraints. It's a cost effective solution which integrates well with the wallbox product line. The additional materials and labour required to complete the installation are worth having the lower price point and dynamic load balancing tools. We will update this blog post with feedback as we receive it from our customers!

Getting Started

The Wallbox Power Meter, is actually a pre-set Carlo Gavazzi meter with CT clamps included. It's designed to be used with the Wallbox Pulsar Plus 40A & Wallbox Pulsar Plus 48A product lines in North America. This product is required to enable dynamic load balancing and energy management features for Wallbox chargers.

This review is based on our experience installing the Power Meter product. It's not necessarily a review about the Power Meter, but commentary on the installation procedure. When we started looking at the resources to guide our installation we were surprised by the lack of videos available. The instructions provided by Wallbox are acceptable, but don't necessarily get into the specifics of Wallbox mounting, enclosures, and wiring procedures.

With the Carlo Gavazzi Power Meter, an enclosure is recommended. The instructions suggest that it can be placed inside of the panel box, but a separate enclosure is a higher quality and code-compliant way to complete the installation. We decided to go with a fully enclosed option, and labeled it "EV Charger Enclosure". Once the installation is complete the customer has no need to interact directly with the power meter, and it's better off in a position where the settings cannot be easily changed.

A 15A double pole breaker was also required to complete the installation. Initially we did not expect this to be a requirement, but realized the there was a diagram in the instructions which showed this. Lastly, low voltage cable is required to connect the power meter and the wallbox unit. This was simple, and the instructions were clear on how to connect the power meter and the wallbox appropriately.

Enabling the app is a simple part of the process. As typical, ensure the wallbox app and the charger firmware are updated to the latest version. Going through settings, continue towards upgrades - power boost. Enable and set the maximum current limitation as appropriate for the size of the panel. You're done!

Installation Thoughts

Pros

Integration with the wallbox product line is a major selling feature for this product. This is a feature which sets the wallbox apart from it's competitors. It's nice that it can be controlled and enabled in the wallbox application.
The EVEMS is $400 + ~$100 (enclosure, 15A DP breaker, low voltage wire). This is $500 cheaper than comparable alternatives for energy management systems.
The dynamic adjustment of power to the electric vehicle charger is an under-rated selling feature. While most EVEM's are all or nothing, a smart controller which utilizes the available power on the panel is attractive.

Cons

Requires a significant amount of additional supplies to complete the installation. Not the end of the world, but a little more to installing this device than first meets the eye.
Lack of safety features on the application for customers which may get curious about the power meter settings. The circuit max amperage settings can be adjusted by the customer, which presents a potential safety risk. We would prefer to see this setting in some type of hidden setup menu.