Clean power made right here.
For all of us.

British Columbia needs
more renewable electricity to
power our homes, businesses,
and industries.

To help meet this growing demand, BC Hydro has awarded contracts to companies and their First Nations partners to build a series of large wind and solar projects across the province.

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Subject to rigorous environmental permitting and community engagement, these projects would deliver reliable, clean power to BC Hydro’s grid. Along the way, they’d support thousands of regional  construction and operations jobs and bring billions into the provincial economy.

We’ve created this site to offer clear, current, and accurate information about this planned new chapter in BC’s natural resources story. Wind & Solar BC will also be hosting candid conversations about project impacts and opportunities.

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About the projects

BC’s electricity demand is projected to rise roughly 15% by 2030. The 10 wind and solar projects announced in 2024 will help meet that growth, with a further set of projects anticipated in 2026.

No results.
Yәyus
Energy
Campbell River
IPP Partner: Capstone Infrastructure
First Nations Partner: Wei Wai Kum First Nation
Size: 197 MW
Status: Undergoing studies, design work, community consultation, and permitting
Stewart Creek
Wind Project
Fort St. John
IPP Partner: Innergex Renewable Energy
First Nations Partner: West Moberly First Nations
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting
Ni Ti Mountain
Wind Project
Fraser Lake
IPP Partner: Innergex Renewable Energy
First Nations Partner: Stellat’en First Nation
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting
Nilhts’i Ecoener
Wind Project
Prince George
IPP Partner: Ecoener
First Nations Partner: Lheidli T’enneh First Nation
Size: 140 MW
Status: Undergoing studies, design work, community consultation, and permitting
Mount Mabel
Wind Project
Logan Lake
IPP Partner: Capstone Infrastructure
First Nations Partner: Lower Nicola Indian Band
Size: 143 MW
Status: Undergoing studies, design work, community consultation, and permitting
m.ah a temEEwuh
Solar Project
Logan Lake
IPP Partner: BluEarth Renewables
First Nations Partner: Oregon Jack Creek
Size: 104 MW
Status: Undergoing studies, design work, community consultation, and permitting
K2
Wind Project
Kelowna
IPP Partner: Innergex Renewable Energy
First Nations Partner: Westbank First Nation
Size: 160 MW
Status: Undergoing studies, design work, community consultation, and permitting
Highland Valley
Wind Project
Logan Lake
IPP Partner: Capstone Infrastructure
First Nations Partner: Ashcroft Indian Band
Size: 197 MW
Status: Undergoing studies, design work, community consultation, and permitting
Boulder and Elkhart
Wind Project
Merritt
IPP Partner: Elemental Energy
First Nations Partner: Upper Nicola Band
Size: 94 MW
Status: Undergoing studies, design work, community consultation, and permitting
Taylor
Wind Project
Taylor
IPP Partner: EDF Renewables
First Nations Partner: Saulteau First Nations
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting
Yәyus
Energy
Campbell River
IPP Partner: Capstone Infrastructure
First Nations Partner: Wei Wai Kum First Nation
Size: 197 MW
Status: Undergoing studies, design work, community consultation, and permitting
Stewart Creek
Wind Project
Fort St. John
IPP Partner: Innergex Renewable Energy
First Nations Partner: West Moberly First Nations
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting
Ni Ti Mountain
Wind Project
Fraser Lake
IPP Partner: Innergex Renewable Energy
First Nations Partner: Stellat’en First Nation
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting
Nilhts’i Ecoener
Wind Project
Prince George
IPP Partner: Ecoener
First Nations Partner: Lheidli T’enneh First Nation
Size: 140 MW
Status: Undergoing studies, design work, community consultation, and permitting
Mount Mabel
Wind Project
Logan Lake
IPP Partner: Capstone Infrastructure
First Nations Partner: Lower Nicola Indian Band
Size: 143 MW
Status: Undergoing studies, design work, community consultation, and permitting
m.ah a temEEwuh
Solar Project
Logan Lake
IPP Partner: BluEarth Renewables
First Nations Partner: Oregon Jack Creek
Size: 104 MW
Status: Undergoing studies, design work, community consultation, and permitting
K2
Wind Project
Kelowna
IPP Partner: Innergex Renewable Energy
First Nations Partner: Westbank First Nation
Size: 160 MW
Status: Undergoing studies, design work, community consultation, and permitting
Highland Valley
Wind Project
Logan Lake
IPP Partner: Capstone Infrastructure
First Nations Partner: Ashcroft Indian Band
Size: 197 MW
Status: Undergoing studies, design work, community consultation, and permitting
Boulder and Elkhart
Wind Project
Merritt
IPP Partner: Elemental Energy
First Nations Partner: Upper Nicola Band
Size: 94 MW
Status: Undergoing studies, design work, community consultation, and permitting
Taylor
Wind Project
Taylor
IPP Partner: EDF Renewables
First Nations Partner: Saulteau First Nations
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting
Yәyus
Energy
Campbell River
IPP Partner: Capstone Infrastructure
First Nations Partner: Wei Wai Kum First Nation
Size: 197 MW
Status: Undergoing studies, design work, community consultation, and permitting
Stewart Creek
Wind Project
Fort St. John
IPP Partner: Innergex Renewable Energy
First Nations Partner: West Moberly First Nations
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting
Ni Ti Mountain
Wind Project
Fraser Lake
IPP Partner: Innergex Renewable Energy
First Nations Partner: Stellat’en First Nation
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting
Nilhts’i Ecoener
Wind Project
Prince George
IPP Partner: Ecoener
First Nations Partner: Lheidli T’enneh First Nation
Size: 140 MW
Status: Undergoing studies, design work, community consultation, and permitting
Mount Mabel
Wind Project
Logan Lake
IPP Partner: Capstone Infrastructure
First Nations Partner: Lower Nicola Indian Band
Size: 143 MW
Status: Undergoing studies, design work, community consultation, and permitting
m.ah a temEEwuh
Solar Project
Logan Lake
IPP Partner: BluEarth Renewables
First Nations Partner: Oregon Jack Creek
Size: 104 MW
Status: Undergoing studies, design work, community consultation, and permitting
K2
Wind Project
Kelowna
IPP Partner: Innergex Renewable Energy
First Nations Partner: Westbank First Nation
Size: 160 MW
Status: Undergoing studies, design work, community consultation, and permitting
Highland Valley
Wind Project
Logan Lake
IPP Partner: Capstone Infrastructure
First Nations Partner: Ashcroft Indian Band
Size: 197 MW
Status: Undergoing studies, design work, community consultation, and permitting
Boulder and Elkhart
Wind Project
Merritt
IPP Partner: Elemental Energy
First Nations Partner: Upper Nicola Band
Size: 94 MW
Status: Undergoing studies, design work, community consultation, and permitting
Taylor
Wind Project
Taylor
IPP Partner: EDF Renewables
First Nations Partner: Saulteau First Nations
Size: 200 MW
Status: Undergoing studies, design work, community consultation, and permitting

Power for the people

Like timber and critical minerals, wind and solar are natural resources that belong to all British Columbians. We’re fortunate to have an abundance of windy and sunny spots across the province. Here’s a quick summary of the technologies that harness the energy from the wind and the sun.

Wind Power

Turbines capture the wind to generate power
Turbines capture the wind to generate power

Wind turbines automatically rotate to face into the wind, which they scoop up via three large blades, each about 50 to 90 metres long.

The blades come together at a central hub at the top of a tower, typically 100 to 150 metres tall. The hub, in turn, is connected to a driveshaft.

The pressure of wind blowing across the blades sets them in motion, which spins the driveshaft.

The driveshaft passes through a gearbox and spins a generator to create electricity.

A larger wind facility—for example, one rated for 200 MW—could consist of between 30 and 40 individual turbines connected together.

Wind farms are compatible with established land uses, such as farming, ranching, and recreation, and generate long-term property tax revenue for local communities.

Solar Power

Photovoltaic cells convert sunlight into electricity
Photovoltaic cells convert sunlight into electricity

​​In a utility-scale solar project, thousands of solar panels are arranged in long rows. Each panel contains photovoltaic (PV) cells that turn sunlight into electricity.

When sunlight hits the panels, the PV cells produce direct current (DC) power. Inverters convert DC to alternating current for BC Hydro’s grid.

In some cases solar can pair well with existing land uses. The emerging field of “agrivoltaics” studies how to optimize solar energy and farming.

Like wind power, solar facilities generate long term property tax revenue for local communities.

Solar projects can also be developed on land that is otherwise of lesser value; in British Columbia, two solar facilities are built on land reclaimed from mining activity.

BC’s renewable power advantage

Wind and solar represent the next chapter in BC’s longstanding natural resources story.
Here’s why we’re fortunate to have them in our corner.

A good deal for ratepayers
The planned projects amount to a multi-billion-dollar investment in British Columbia and would offer strong value. Wind and solar are now the lowest-cost forms of new electricity generation. BC Hydro has agreed to purchase electricity from the facilities at prices roughly 40% lower than those in its last major round of clean power purchases in 2010.
Indigenous prosperity
As co-owners, First Nations are investing directly in the proposed wind and solar projects. Revenue would flow back to the nations, supporting long-term economic development and other Indigenous priorities across the decades-long life of the projects.
A great fit for hydro
Wind and solar complement and diversify BC Hydro’s hydroelectric system—while also improving resiliency. When the sun sets or the winds fluctuate, hydro steps in. This helps ensure a steady supply of power to growing communities, businesses, and industries.
This power is ours
The projects would strengthen BC’s energy security by adding new, domestic sources of clean energy unburdened by fluctuating fuel prices. Power generated on northern ridgelines or Okanagan plateaus would support our hospitals, keep industries competitive, and power our homes, schools, and businesses.

Good jobs, close to home

All the projects would provide opportunities for local and regional businesses. On average, a large 200 MW wind or solar facility employs roughly 150 people during its development, construction, and operation. Construction draws upon skill-sets found in industries such as agriculture, oil and gas, and ranching.

Project developers would tap into the local workforce for land surveying, road construction, site clearing, materials supply and transport, concrete placing and finishing, substation construction, transport and assembly via crane of wind turbine components, and the installation of power cables and communications networks.

Projects also offer opportunities for accredited professionals such as environmental specialists and engineers, among others.

Once completed and commissioned, the facilities would require regular maintenance and oversight—providing additional ongoing jobs. They would also provide a significant new source of municipal tax revenue, without straining municipal services such as water and wastewater.

9%
Projected increase in BC’s electricity demand by 2030.*
*BC Hydro estimate.
494k
Number of BC homes that the first 10 projects could power.
$0B
Billions of dollars in private investment that the first 10 projects are expected to attract.
144
Jobs created, on average, per large wind or solar facility.

Let’s keep in touch!

We’ll be updating and expanding this site as we develop new resources for communities. Our newsletter will be the best way to stay on top of the projects and learn about opportunities to ask questions and find answers.

About Us

Wind & Solar BC is an initiative of the Canadian Renewable Energy Association. We’re providing clear, current, and accurate information on the clean power projects planned for British Columbia while fostering candid conversations about their impacts and opportunities.

Long-time BC legislator and former cabinet minister Mike de Jong is the ambassador for Wind & Solar BC.