Canada's solar energy potential varies significantly across its provinces and territories due to differences in solar irradiance, local climate, and geographic location. Below is a detailed look at the solar energy potential for 10 provinces and 3 territories in 2024, along with additional insights.
Solar Irradiance Data
Province/Territory | Average kWh/kW/year |
Saskatchewan | 1330 |
Alberta | 1276 |
Manitoba | 1272 |
Quebec | 1183 |
Ontario | 1166 |
New Brunswick | 1142 |
Prince Edward Island | 1104 |
Nunavut | 1092 |
Nova Scotia | 1090 |
Northwest Territories | 1064 |
British Columbia | 1004 |
Yukon | 965 |
Newfoundland and Labrador | 949 |
Detailed Insights by Province and Territory
Saskatchewan
Saskatchewan receives the highest solar irradiance in Canada, making it ideal for solar energy production. Southern regions are particularly advantageous.
Alberta
Alberta follows closely, with substantial solar energy potential, particularly in southern areas like Calgary and Medicine Hat.
Manitoba
Manitoba enjoys high solar potential similar to Alberta, with the southern part of the province receiving the most sunlight.
Quebec
Quebec's solar potential is significant, especially in southern cities like Montreal and Quebec City.
Ontario
Ontario benefits from good solar irradiance, with cities like Toronto and Ottawa having high solar energy production potential.
New Brunswick
New Brunswick has considerable solar potential, especially in southeastern areas like Moncton and Saint John.
Prince Edward Island
PEI boasts substantial solar potential, contributing significantly to the province’s renewable energy mix.
Nunavut
Despite its northern location, Nunavut has notable solar potential due to long summer days with extended sunlight.
Nova Scotia
Nova Scotia's solar potential is comparable to Nunavut's, with the best results in the southern and coastal regions.
Northwest Territories
The Northwest Territories have decent solar potential, particularly in the southern parts of the territory.
British Columbia
BC’s solar potential is lower due to its coastal climate, but southern areas still receive sufficient sunlight for effective solar energy generation.
Yukon
Yukon has moderate solar potential, with better results in southern regions like Whitehorse.
Newfoundland and Labrador
This province receives the least solar irradiance, but still has enough potential to support solar energy projects.
Additional Information
Seasonal Variation: April is the most productive month for solar power in Canada, while December sees the least productivity due to shorter, cloudier days.
Cost of Solar Power: On average, the cost of solar installation in Canada is around $3.01 per watt, with variations depending on the region and the size of the installation.
Government Initiatives: The Canadian government is investing heavily in renewable energy through initiatives like the Smart Renewables and Electrification Pathways Program (SHERP), which aims to improve and expand the country's renewable energy infrastructure .
Harnessing solar power is becoming increasingly viable across Canada, with many regions showing strong potential due to favorable natural factors. This makes solar energy a crucial part of Canada’s green energy future.
Comments