Category: All news

Quick Case Study Of Our Client – Fernie Fox Hotel

Does This Article Pertain To Me?

• Businesses, including co-operatives
• Not-for-profit organizations and community economic development partners
• Incorporated businesses, primarily small-and-medium-sized enterprises (SMEs)
• Not-for-profit incorporated organizations (including tourism associations and destination marketing organizations)
• A municipality, municipal organizations, Crown corporations and related parties
• Indigenous/First Nation/Métis Settlement owned business
• Indigenous organization

What Is The Tourism Relief Fund?

Product Development

Destination Development

Who Is Eligible?

How Good Is My Eligibility?

• supports the Indigenous tourism sector
• the business/organization is of strategic importance to the tourism sector in the region
• contributes to the economic development of a region
• contributes to job creation in the region
• takes place in a tourism-dependent community/region, including projects supporting downtown cores

What Would Make Me Ineligible?

How Much Can I Receive?

• non-repayable contributions up to 50% of eligible costs to a maximum of $100,000
• repayable contributions up to 75% of eligible costs to a maximum of $500,000

LITHIUM-ION BATTERIES IN COLD

SPACE HEATING

PASSIVE SOLAR

SOLAR WATER HEATING

DC FRIDGE AND FREEZER

BACK-UP POWER 

When you consider investing in an Electric Vehicle (EV), the first thing that comes to your mind is the range of the vehicle. Since the number of Electric Vehicle (EV) charging stations in some areas is limited, most customers are concerned about how long they will be able to travel on one full charge.

At this point, it is imperative to understand that the officially listed range for the vehicle is nothing more than a guideline. The published range is based on standardized tests. However, there are many other factors that affect how long an EV can go without needing to be charged.

By far, the most concerning EV range-killer is cold weather. Since electric vehicles started to gain popularity and traction, one of the most common concerns and questions was, “how well will they perform in the winter”?

In this blog, we have discussed how cold temperatures can affect EVs, why cold temperatures have an adverse effect on the range, and what can be done to minimize the issue.

The Effects Of Cold Weather On EV Range Efficiency

Geotab recently conducted a study in which their team anonymized data from 5.2 million trips performed by 4200 EVs representing 102 different models. According to the study, both summer and winter conditions affected the range of the vehicles, however, the effect of winter weather conditions were more significant.

21° C is considered as the vehicle trip efficiency sweet spot. At this temperature, most EVs top the officially published range. However, as the temperature decreases or increases, there is a visible effect on the EVs range. At -15° C, the range of an EV can drop significantly. This all depends on the make and model of your electric vehicle. Some electric vehicles have been noted to lose as much as 30-40% of their range due to extreme cold temperatures.

Geotab has also created this online tool to help you find out how the range of your EV will be affected as the temperature increases or decreases.

Another study conducted by the INL details that their researchers found charging times increased significantly when the weather got cold. When a battery is charged at 25° C, a DC Fast Charger might charge the battery to 80 percent capacity in 30 minutes. But at 0° C, the battery’s state of charge would be charged to 44 percent after the same amount of time.

What Causes The Reduction Of Range In The Winter?

Many factors play an important role when it comes to determining the range of an EV. However, in winter, the two factors that are most significant are:

Use Of Heating System

One of the primary reasons the day-to-day range of an EV is affected is because of auxiliary heating and cooling. Keeping the inside temperature of the car comfortable during the winter drains its battery faster. The battery in the car has to heat up the car and keep the electric motor running at the same time. Although this issue can be tackled by purchasing a vehicle with a longer range battery, this affects the weight, structure, and design of the car. Hence, manufacturers have to strike a balance between the structure of the car and the size of the battery. EVs with air source heat pumps substantially reduce the heating energy requirements.

Affect On Lithium-Ion Batteries

In addition to auxiliary heating, another factor that impacts the range of EVs is the effect of cold weather on Li-Ion batteries. As the temperature lowers, the chemical and physical reactions – especially conductivity and diffusivity – are slowed down.

As a result, the batteries have increased impedance (longer charging time) and a reduced range. However, these changes in the composition of the battery are not permanent. As temperatures increase, the changes are reversed.

What Can You Do?

To prevent your EVs range from tanking in the winter, you can follow these recommendations.

Use Eco Mode

All EVs come with an Eco mode. Make sure you charge your EV’s batteries up to 100 percent and then opt for Eco mode before starting your journey. This will optimize energy consumption by regulating heating, acceleration, cruising speed, and braking. Eco-mode can help you gain up to 10% more range.

Prevent Sudden Stops And Starts

As surprising as this may sound, adopting a smoother driving style can help you conserve battery. The more you avoid sudden stops and starts, the more you will save your battery’s energy. If you have several stops to make, plan your trip beforehand. Moreover, try to take roads where you can avoid traffic.

Parking

If there is a choice, park EV in the heated spaces to keep the battery warm. That wil reduce the energy required for warming the battery, when you start the next trip.

Regenerative Braking

Last but not least is regenerative braking. Despite the weather, this feature allows you to minimize the electricity consumption of your car by storing energy when braking and during periods of significant deceleration.

About Us

Dandelion Renewables contributes to the planet’s sustainable energy future by offering healthy environmental solutions. We aim to reduce carbon footprints and offer our clients consultation, feasibility studies, knowledge, and complete installation services regarding energy-efficient upgrades and solar. We are proud to be one of the top-rated solar and renewable energy contractors in Western Canada. Contact us for more information.

In August 2020, Dandelion Renewables installed a Municipal Solar Farm in Bon Accord with 1728 x LONGi, 375W bifacial solar modules, and 648kW DC Power Rating.

The farm was built to be large enough to produce enough power to make the community a net-zero community. In 10 year’s time, Ken Reil, operations manager for the Town of Bon Accord, believes that the farm will help put approximately $65,000 back into their revenue stream as opposed to having to pay a power bill. After the 10 years of payback, the solar farm will provide at least 15 years of revenue generation. Since the start of the 2021 year, the farm had produced more than 636 megawatt-hours of electricity.

The solar farm is spread over acres of green land, although mowing the grass a couple times a year is not that expensive, but it requires fuel-based options with a high carbon footprint that nullify the point of a net-zero community for which the solar farm was installed.

A Sheep Solution

During the summer, the grass around Bon Accord can grow to about one meter high. Although this does not sound like an issue, it could cast a shadow over the panels affecting the total energy production.

Naturally, solar farms produce the most energy during the summer months, hence why the municipality was looking for a viable solution that would help them to manage vegetation without conflicting with the net-zero community ideology.

The idea of sheep grazing came as a natural solution for the project. Unlike cows and goats, sheep can be trusted to eat the grass without chewing on or rubbing against the solar equipment.

The Town of Bon Accord called Morinville Colony manager John Wurz, who agreed to provide the sheep for free.

Team Of 30 No-Tech “Lawnmowers”

A team of 30 sheep from Morinville Colony arrived at the Bon Accord Solar Farm on June 16, 2021. These sheep were recruited by the town to cut/eat the grass around its 648 kWp solar array.

The 30 sheep were selected from a list of 650 sheep bred in the Morinville Colony. The sheep the colony used for lawn care were all purebred females that were kept for up to 10 years for breeding purposes. Four different breeds of sheep were selected from the flock. Among the four breeds of sheep include Suffolks and North Country Cheviots.

The team was also accompanied by two dogs for protection purposes. According to Wurz, this was actually the second time in about 15 years that the colony had used sheep to mow grass around Bon Accord.

Morinville is also providing paid lawn-care services in a forestry cut-block near Peace River, Alberta. These mowing jobs are a win-win for sheep and clients, as they provide lawn care for the customer and food for the sheep.

Project Success & Future

Due to the success of the mowing by the sheep the Town of Bon Accord has stated that they plan on bringing back the sheep for as long as the colony can provide them.

If you are looking for creative, out of the box, renewable energy solutions like the one displayed above then do not hesitate to reach out to us by clicking the contact button below to start your solar journey with Dandelion Renewables – The Renewable Energy Experts.

About Us

Dandelion Renewables contributes to the planet’s sustainable energy future by offering healthy environmental solutions. We aim to reduce carbon footprints and offer our clients consultation, feasibility studies, knowledge, and complete installation services regarding energy-efficient upgrades and solar. We are proud to be one of the top-rated solar and renewable energy contractors in Western Canada. Contact us for more information.

On June 2, 2021, the Government of Canada launched the Smart Renewables and Electrification Pathways Program (SREPs) in order to support the country’s ongoing effort to reach net-zero emissions by 2050.

Under the new program, $964 million will be invested over a time period of four years for smart renewable energy and grid modernization projects. With the program, the authorities expect to significantly reduce Canada’s greenhouse gas emissions by incentivizing the replacement of fossil-fuel generation with renewables.

The program will incorporate funding requirements that are intended to foster an equitable transition to a more sustainable and green generation. Moreover, since the project has been launched on a federal level it is applicable to many provinces in the country including Alberta, British Columbia and Saskatchewan.

In this blog, we have discussed the main rules of the program and have also explained the application process for your ease.

Eligibility

SREPs define four funding streams, each of which has distinct requirements that projects must meet in order to be eligible for funding. These streams have been defined based on certain available technologies, market maturity, and project types. The eligible projects for this new initiative include:

• Established renewables: These include onshore wind power or solar photovoltaic plants. Renewables projects must have a minimum 4MW of net installed capacity to be eligible.
• Emerging technologies: These include energy storage, geothermal energy, tidal energy, non-utility led grid modernization projects, and retrofits to enable grid services on existing renewable energy plants.
• Grid modernization: These include microgrids, virtual power plants, data management and communication, hardware or software retrofits to existing renewable energy and electric vehicle (EV) integration.
• Strategic Dialogue Linked Projects (SDLPs): These include projects that fall into any of the other three streams, but that are a part of an established federal-provincial/territorial dialogue.

Funding Limit

Each defined stream has a funding limit based on a percentage of total project cost. This percentage varies according to project stream, with a $50-million cap on any single project.

The maximum eligible percentage of the project cost for every stream is:

• 10 percent of established renewables
• 30 percent of emerging technologies
• 50 percent of grid modernization

In addition to this, the maximum funding percentage for a project that falls under more than one stream will be determined according to the proportion of eligible expenditures in each program stream.

Indigenous-Owned Projects

To help Indigenous recipients and projects that may benefit Indigenous communities, the Canadian government has announced that the program will evaluate and provide a greater percentage of funding to Indigenous-owned projects. In addition to this, smaller-sized projects are encouraged to apply. They will also receive more funding.

However, Indigenous-owned projects must represent meaningful ownership according to the following criteria:

• Indigenous ownership of 25% to 49.9% – They will receive 50% of the total project cost.
• Indigenous Recipient (ownership 50% to 100%) – They will receive 75% of the total project cost.

The minimum System Size that is required by indigenous-owned projects to be eligible is 500KW compared to the 4MW minimum for non-indigenous-owned projects.

Stacking Financial Assistance

Before the contribution agreement for the project is signed on an annual basis, the applicant will be required to disclose all the funding sources whether they are Canadian or Non-Canadian. This also includes the industry’s sources, approved in-kind funding, and contributions from other Canadian government sources.

While the SREP program allows stacking, note that the maximum level of total Canadian government funding authorized under SREPs is 75 percent of total project costs when the applicant is a for-profit organization.

Application Process

The application process includes a total of three steps:

1. Project registration
2. Technical and Financial Project Application
3. Project Evaluation

To apply for the funding formally you have to complete and submit a Project Registration Form as outlined in Appendix A. After you have a confirmed receipt of the Project Registration Form and eligibility for the proposed project, you will receive a notification whether you are eligible to apply or not.

After this, you must demonstrate that the proposed project is:

• At a sufficiently advanced stage of planning and development
• In accordance with grid service capability requirements
• Provides information required for the contribution agreement

You must meet the requirements outlined in Appendix B as applicable to your project. If the review for the Technical and Financial Project Application is positive you will be notified about the availability of funding and the approval of your application.

How Dandelion Renewables can help

If you are not sure about your project eligibility, or need a financial feasibility study, or front-end engineering completed for your renewable project, feel free to reach out to our highly skilled team in Dandelion Renewables. We will be happy to help you to make an educated choice and optimize your project!

Finally, Dandelion Renewables is open to partner on some of our own ongoing projects with First Nation communities.

About Us

Dandelion Renewables contributes to the planet’s sustainable energy future by offering healthy environmental solutions. We aim to reduce carbon footprints and offear our clients consultation, feasibility studies, knowledge, and complete installation services regarding energy-efficient upgrades and solar. We are proud to be one of the top-rated solar and renewable energy contractors in Western Canada. Contact us for more information.

Over the past decade, Electric Vehicles (EVs) have become increasingly common around the world as well as in Canada. The Global EV industry is evolving fast with policy regulations, proposed phaseouts of internal combustion engines, infrastructure investments, and customer acceptance all converging to support adoption.

Canada has now moved past the early adoption phase and the industry is now ready to fully commercialize the market. The country has identified EVs as a key contributor to achieving the transportation sector’s greenhouse gas emission reduction target. Hence, it has become a part of the ongoing 2050 net-zero community project. In addition to this, the government has set a federal target that by the year 2040, all light-duty vehicle sales will be zero-emission vehicles.

EV Charging System Levels

For new or potential EV owners, one of the most confusing aspects is charging. Hence, let’s start with the basics. An EV charger is designed in such a way that it can charge both EVs and plug-in hybrid electric vehicles.

There are two main types of EV chargers:

• Alternating current (AC) chargers, where an EV utilizes its own AC to DC converter and on-board charger for charging;
• Direct current (DC) chargers, where the AC to DC converter provided by the EV charger is utilized.

In alternating current chargers the EV receives alternating current (AC) and correspondent, in direct current chargers the EV receives direct current (DC).

These chargers are further divided into three levels. The level 1 and level 2 chargers are AC chargers while the level 3 chargers are DC chargers. As compared to AC chargers, DC chargers offer a faster charging rate and are usually installed in public charging stations.

The level 1 chargers are the slowest. Most EVs come with level 1 chargers, they provide upto 8 kilometers of range per hour of charging time. Level 2 chargers, on the other hand, are faster and can provide 16 to 97 kilometers of range per hour of charging time.

Level 2 chargers are the most common choice for home installations we complete. These chargers use a 240 volt similar to other high-power appliances like dryers, ovens, and air conditioners. You will also find level 2 chargers in some public and business charging stations.

Level 3 chargers are the fastest and are usually found in public charging stations. They provide the maximum range per hour of charging.

Now there are ENERGY STAR® certified Level 3 chargers that are currently in production and will be made available in the market in the coming months. ENERGY STAR chargers use 40 percent less energy in standby mode. On average, a charger remains on standby mode 85% of the time during its lifetime.

More voltage means more power for your vehicle and shorter charge times. However, this also depends on the acceptance rate of a specific vehicle. Moreover, batteries tend to charge slower from 80% to 100%.

What Should You Consider Before Installing An EV Charger At Home?

If you are planning on buying an EV or have already bought one, you are probably thinking of installing an EV charger at home. Before you decide on a charger, consider the following factors:

• Is your parking place outdoors? If yes, you have to invest in a charger with an outdoor rating.
• Driving requirements: if you drive long distances frequently, you should invest in a level 2 charger as it will take you too long to complete a charge with a level 1 charger.
• Safety Certification: the charger has to be safety certified. An uncertified charger can lead to major damages to your car, accidents in your home, and at the worst case start a fire. At Dandelion Renewables we only install CSA approved Chargers.
• Do you need a portable charger? A portable charger will be slower than a permanent wall-mounted one.

Is Charging Cost-Effective?

According to a recent report, the average cost of charging an electric vehicle in Canada is around $277.19 CAD per year. This is pretty reasonable considering the cost of gasoline to operate an ICE (internal combustion engine) each year of about $1510/yr per person.

However, if you wonder whether it is more cost-effective to charge your vehicle at home or at a public station the answer will always be more cost effective at home!

This is probably why 80% of EV owners opt for home charging since it is by far more cost-effective and considerably more convenient.

In addition to this, if you work at a location where they provide EV charging services, it can prove to be quite cost-effective especially if you have to travel a long distance to your workplace.

Residential EV Charger Costs

If you own an EV, having a residential charger is a necessity especially if you drive your car every day. Driving to a public charging station every day to recharge your vehicle for a few hours simply would not make sense, nor is it practical.

On average, residential EV charger installations can cost anywhere between $1,000 to $3,000. The cost depends on the size of the charger and the complexity of installation. NOTE: You should always get a licensed electrician like our electricians to perform any electrical work.

Commercial EV Charger Adoption

More and more we see commercial places and businesses are trying to enhance their property and attract people by installing EV charging stations.

In Canada, many commercial areas including Apartments, Event Venues, Hospitals, Hotels, Malls/Shopping Centres, Parking Garages, Restaurants, Sports Facilities, and Universities/Colleges/Campuses already have EV chargers installed or are planning to install public charging stations in the upcoming years.

Across British Columbia, there are more than 2,500 electric vehicles (EV) public charging stations. There are several EV charging networks operating in Canada, these include BC Hydro, ChargePoint, Flo, Greenlots (for fast chargers), Petro-Canada, and Tesla (for Tesla vehicles).

This means that whether you are at home or out and about you should have access to a good charging station in Canada, as long as you are prepared and plan your trip ahead of time and account for charging breaks.

Future EV Adoption In Canada

According to a recent report by KPMG, 62% of 2,000 Canadians polled indicated they plan on buying a new vehicle in the next five years. A strong majority of that group — 68% — say they are likely or very likely to choose an EV for their next vehicle purchase.

Peter Hatges, a partner and national sector leader at KPMG Canada, explains,

“Canada’s automotive industry is nearing the tipping point, with nearly 70% of Canadians indicating that they’re looking to buy an electric vehicle in the next five years. Our poll research illustrates huge consumer demand in Canada for EVs, putting the onus on manufacturers and governments alike to shift gears not only to meet the expected surge in EV sales but to invest heavily in the necessary infrastructure.”

In addition to this, KPMG Canada statistics also show that young people are more likely to buy EVs. Among individuals aged 18 to 44 who are planning to purchase a vehicle in the next five years, 79% said that it’s likely to be an EV. That figure drops to 58% for those aged 45 and older.

About Us

Dandelion Renewables contributes to the planet’s sustainable energy future by offering healthy environmental solutions. We aim to reduce carbon footprints and offer our clients consultation, feasibility studies, knowledge, and complete installation services regarding energy-efficient upgrades and solar. We are proud to be one of the top-rated solar and renewable energy contractors in Western Canada. Contact us for more information.

Farms Contribution to Greenhouse Gases

Farming is known to produce significant amounts of greenhouse gases, including carbon dioxide, nitrous oxide, and methane. Carbon dioxide from the atmosphere is absorbed by growing plants and slowly released as it decays.

Nitrous oxide is produced in the soil from the breakdown of synthetic fertilizers and animal manure. Methane comes from manure as well as enteric fermentation.

Net-Zero farming refers to practices that will allow farmers to move towards net-zero carbon emissions. Farming has been a huge contributor to the emission of climate change gases. Between 10 and 20% of all greenhouse emissions worldwide (around 12 billion tons CO₂ equivalent) have been laid at the feet of farmers.

For modern societies, an increasing proportion of power requirements are being fulfilled by sustainable and renewable energy technologies. The potential of many different types of renewable energy remains largely untapped, but the technology used to harness solar, wind, geothermal energy has become very vast and effective. Particularly, energy efficiency and solar energy are becoming the leading solutions that have the potential and feasibility in the current market to achieve Canada’s Net-Zero Farming initiative target.

Solar Systems For Net-Zero Farming

Companies like Dandelion Renewables are trying to deliver better and cost-effective solar energy solutions. Our main aim is to enable more people to experience the benefits of solar systems, especially farmers.

Dandelion Renewables president Mikhail Ivanchikov has built solar farms in Alberta and is now working with the provincial government to propose the conversion of farm buildings to net-zero energy.

In a recent event, Ivanchikov talked about how the company – in collaboration with the opposition – aims to help the province’s farmers and ranchers turn a symbol of their past into an emblem of their future.

At an event that took place in front of the 112-year-old former Stewart livery stable in inner-city Inglewood in Calgary, he said,

“Designing and upgrading Alberta agricultural facilities toward net-zero not only helps the environment but also helps to reduce dependency on the (current energy) system and puts control back into the farmers’ hands. As Alberta electricity and transmission distribution charges continue to rise, it allows farmers to generate their own renewable energy, store that energy, and implement savings to minimize that green costs and the exposure to volatile energy prices.”

It is essential to convert farm buildings to net-zero energy, and with the help of Dandelion Renewables, you can achieve this with affordable solutions and government incentives.

Conversion To Net-Zero Farming

Contrary to the common misconception, to convert your farm to net-zero does not require you to give it up. The government has employed $55 billion to help Canada achieve net-zero by 2050.

With the help of this government initiative, we can achieve net-zero by shifting to more renewable sources of energy – the best option being solar energy. Farmers also need to reduce fertilizer use, maintain high levels of soil health, and change to grazing systems that help retain biodiversity and reduce emissions associated with livestock.

At Dandelion Renewables, we have studied more than 100 agricultural facilities, including pork farms, greenhouses, dairy farms, grain elevators, and bee-keeping facilities. Based on this, we have designed a net-zero solar process that keeps the key aspects of any business, including resources, revenue sources, and growth expectations, intact.

Barns and grain elevators, and other agricultural buildings have been part of our landscape for generations; hence, we want to help convert them to a sustainable and Net-zero operation while still preserving them.

About Us

Dandelion Renewables contributes to the planet’s sustainable energy future by offering healthy environmental solutions. We aim to reduce carbon footprints and offer our clients consultation, feasibility studies, knowledge, and complete installation services regarding energy-efficient upgrades and solar. We are proud to be one of the top-rated solar and renewable energy contractors in Western Canada. Contact us for more information.

The cost of solar panels in Canada has seen a dramatic decrease in recent years. More efficient installation methods, increased government rebates and incentives, and enhanced technological innovations have steadily driven solar panels’ prices down.

To further reduce your residential solar costs, learn more about the City of Edmonton’s new municipal solar power rebate program for homeowners wanting to install solar panels here.

With 2,300 hours of direct sunlight in an average year, Edmonton is one of Canada’s sunniest cities. While electricity only accounts for 16% of Edmonton’s total energy, it does produce around 40% of the overall Greenhouse Gas Emissions.

With rooftop solar panels, you can protect yourself from fluctuating energy rates. You can also help limit your home and your community’s carbon emissions footprint by investing in roof solar panels.

Edmonton and Federal Rebates

If your house is well-positioned for solar energy, the following example will help you to quantify roughly the amount for Edmonton and Federal Rebates you could qualify for:

Dandelion Renewables would install an 8KW solar PV system for roughly $18,000 (this price is subject to the site assessment); The City of Edmonton Solar Rebate would pay $0.4/W up to $4,000, which in this example will be $3,200. The new Canada Greener Home Grant can fund up to $5,000 towards energy-efficiency upgrades or Solar PV installation. Combining together the City of Edmonton Rebate and Canada Greener Home Grant leaves you to cover: $18,000 – $3,200 – $5,000 or only $9,800.

What Is The “Change Homes For Climate – Solar Program” CHCSP?

Edmonton offers homeowners an incentive to get solar energy systems put on their roofs. The Edmonton incentive only applies to residential buildings and not commercial or industrial properties. The city of Edmonton helps its residents install solar power systems in their homes to produce renewable energy.

Producing local renewable energy is one of the most practical ways to take action on climate change. “The city is offering Edmontonians $0.40/watt towards the system’s cost, roughly 15% of the cost of going solar”.

Who Is Eligible For Edmonton’s Solar Rebate Program?

Anyone who proposes to install a solar photovoltaic PV system on their residential property in Edmonton is eligible to apply for this program. Residential property includes a building located within the municipal boundaries of Edmonton having one of the following residential uses under Edmonton’s City zoning bylaw #12800:

• Apartment housing
• Duplex housing
• Row housing
• Semi-detached housing
• Single-detached housing
• Stacked row housing

Which Solar Projects Are Eligible For CHCSP?

To qualify for this program, you need to have installed a grid-tied solar system compliant with the Alberta Government’s Micro-generation Regulation (AR27/2008). You must have installed your system through a qualified solar installer only. All of its parts must meet the requirements of the Canadian Standards Association CSA for electrical safety.

Hire Expert Solar Energy Contractors

The city of Edmonton will pay a rate of $0.40 per watt according to your total installed solar systems capacity up to a maximum amount of $4000. Contact your expert solar energy contractors to know about eligible costs and other related concerns.

To take full advantage of the Edmonton solar rebate program, you should hire a qualified solar energy contractor in your area. An experienced solar panel installer can answer all of your queries regarding the solar panel economics for your home, technical aspects of how solar panels operate, and provide updated information about available solar rebates and eligibility concerns.

Dandelion Renewables provides its residential clients with highly efficient grid-tied solar power systems across Alberta, Saskatchewan, and British Columbia. Visit our website to learn more about our solar services or contact us for personalized service.

Incorrect Number of Solar Panels

Choosing Cheap Solar Options

Not Considering Solar Rebates And Incentives

Ignoring Multiple Quotes