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projects

Sept-Îles Solar
Power Plant Quebec

Sept-Îles

Located in Sept-Îles, Quebec, the Sept-Îles solar project involves the construction of a photovoltaic power plant with a grid-connected capacity of 18.5 MW. The electricity generated will be fed into Hydro-Québec’s distribution grid under the A/O 2025-01 call for tenders.

This project actively contributes to the energy transition of the North Shore by increasing renewable energy production capacity and helping to diversify electricity supply sources, while supporting the stability of the regional grid.

The power plant will be developed on previously disturbed land—a former landfill site that was also used as a golf course and is now inactive. This reuse of an anthropized site helps limit the project’s environmental footprint by avoiding the use of new natural areas.

The project is being carried out in partnership with the City of Sept-Îles and the Innu Community of Uashat mak Mani-Utenam (ITUM), both of which will participate in the equity structure. This co-development approach aims to ensure a balanced sharing of economic benefits, promote social acceptance, and ensure harmonious integration into the host community.

About the Project Partners

Eolectric
City of Sept-Îles
Innu Community of Uashat mak Mani-Utenam (ITUM)

Commissioning
2031
Capacity
18.5 MW
Technology
Solar Power Plant
Expiration
2056

Papoqji’jg New Brunswick

Papoqji’jg Wind Project

The Papoqji’jg wind farm is a development project owned by Éolectric, located near Caribou Mine, approximately 40 km west of Bathurst, New Brunswick. With an installed capacity of 63 MW, it will strengthen the province’s renewable energy supply and contribute to the decarbonization of the regional power grid.

The project is being developed and will be operated in partnership with the Pabineau First Nation (Oinpegitjoig). This collaboration is based on a co-development approach aimed at generating sustainable economic benefits for the community throughout the project’s operational life, estimated at approximately 30 years. Commissioning is planned for 2028.

Initially developed by ABO Energy, Papoqji’jg is part of Éolectric’s growth portfolio in Eastern Canada and further strengthens its presence in the wind energy sector.

Visit the website

Commissioning
2028
Capacity
63 MW
Technology
Wind
Expiration
2058

Astuwicuwon New Brunswick

Astuwicuwon Wind Project

Located in New Brunswick, the Astuwicuwon wind project involves the installation of wind turbines with a total capacity of 92 MW. The electricity generated will be supplied to the provincial grid under a Power Purchase Agreement (PPA) signed with NB Power. The project is expected to be commissioned in 2028.

The Astuwicuwon wind project is a concrete example of respectful and sustainable co-development with the Sitansisk First Nation (St. Mary’s), in line with the principles of economic reconciliation and energy transition. The project will contribute to a clean electricity supply while generating long-term economic benefits for the local community.

About the promoters

Éolectric
Sitansisk First Nation (St. Mary’s)
For more information, see NB Power’s official press release: HERE

Commissioning
2028
Capacity
92 MW
Technology
Wind
Expiration
2058

Biomont Quebec

Biomont

Located in the City of Montreal, Quebec, the Biomont 4.8MW cogeneration project is for the installation of three (3) internal combustion engines coupled with three (3) generators, each with an installed capacity of 1.6 MW. The electricity produced by the plant will be sold to Hydro-Québec Distribution under a power purchase agreement with a term of twenty-five (25) years from the date of commercial operation of the facility. Residual heat from the engines will be recovered and used to heat the nearby TOHU and Cirque du Soleil facilities. Biomont will thus fully make use of the biogases emanating from the former Miron quarry landfill located on the Saint-Michel Environmental Complex ("CESM"), from which the biogas is recovered by the City of Montreal and delivered to Biomont.

About the sponsors

Commissioning
2017
Capacity
4.8 MW
Technology
GE Jenbacher JMS612
Expiration
2042

Vents du Kempt Quebec

Vents du Kempt

The Vents du Kempt wind farm, in operation since December 2014 and operated by Eolectric, is located on the territory of the municipalities of Sainte-Marguerite-Marie and Causapscal, in the RCM of La Matapédia. With a capacity of 101 MW, the Vents du Kempt wind farm is composed of 43 Enercon E-92 wind turbines partly manufactured at the Enercon plant in Matane and supply enough energy for 10 000 homes.

Eolectric Club L.P. holds a 51% interest in the Vents du Kempt wind farm.

For more information about the Vents du Kempt wind farm please visit:

www.ventsdukempt.com

Commissioning
2014
Capacity
101,05 MW
Technology
Enercon E-92 of 2,35 MW
Expiration
2034

De L’Erable Quebec

De L’Érable

The L’Érable wind farm is located on the territory of the municipalities of Saint-Ferdinand, Sainte-Sophie-d’Halifax and Saint-Pierre-Baptiste in the RCM of L’Érable. With a capacity of 100 MW, the L’Érable wind farm is composed of 50 Enercon E-82 wind turbines partly manufactured at the Enercon plant of Matane. The wind farm, initiated by Eolectric, is subject to a 20 years power purchase agreement with Hydro-Québec Distribution and was commissioned on November 16th, 2013. Representing an investment of about 400 million dollars, the wind farm generated annual benefits of 1.3 million dollars for the L’Érable area.

Eolectric Club L.P. holds 49% of the L’Érable wind farm.

For more information about the L’Érable wind farm please visit:

www.eoliennesdelerable.com

Commissioning
2013
Capacity
100 MW
Technology
Enercon E-92 of 2 MW
Expiration
2031

Jardin d’Eole Quebec

Jardin d’Éole

Located on the territory of the municipalties of Saint-Ulric, Saint-Léandre and Saint-Damase, in the RCMs of Matane and of La Matapédia, the Jardin d’Éole wind farm is in operation since December 2009. With a capacity of 127,5 MW, it is composed of 85 wind turbines of 1,5 MW and is subject to a 20 years power purchase agreement with Hydro-Québec Distribution.

Eolectric has initiated the development of the Jardin d’Éole wind farm.

Commissioning
2009
Capacity
127,5 MW
Technology
GE of 1,5 MW
Expiration
2027

Mont-Louis Quebec

Mont Louis

With a capacity of 100,5 MW, the Mont-Louis wind farm is located on the territory of the municipality of Saint-Maxime-du-Mont-Louis. It is composed of 67 wind turbines of 1,5 MW and is subject to a 20 years power purchase agreement with Hydro-Québec Distribution.

Eolectric has initiated the development of the Mont-Louis wind farm.

Commissioning
2011
Capacity
100,5 MW
Technology
GE de 1,5 MW
Expiration
2030

Monteregie Quebec

Monteregie

The Monteregie wind farm is located on the territory of the municipalities of Saint-Isidore, Saint-Constant, Mercier, Saint-Rémi, Saint-Michel and Saint-Mathieu. Composed of 44 wind turbines of 2,3 MW, the wind farm has a capactiy of 100 MW and was commissioned in 2012.

Eolectric has initiated the development of the Montérégie wind farm.

Commissioning
2012
Capacity
101,2 MW
Technology
Enercon E-82 of 2,3 MW
Expiration
2032

Frampton Quebec

Frampton

The Frampton wind farm is located in the municipality of Frampton, Quebec. It is a community wind farm in partnership with the municipality of Frampton with a capacity of 24 MW composed of 12 wind turbines. The Frampton wind farm is subject to a 20 years power purchase agreement with Hydro-Québec Distribution.

Eolectric has initiated the development of the Frampton wind farm.

Commissioning
2015
Capacity
24 MW
Technology
Enercon E-82 of 2 MW
Expiration
2035

Sharp Hills Alberta

Alberta

Eolectric is active in Alberta since 2006 where it has developed a pipeline of high-quality projects.

In 2016, Eolectric sold Sedalia project to EDP Renewable Canada LTD. EDPR signed a bilateral agreement for a term of 15 years with TC Energy. The project was commissioned in January 2024.

Commissioning
2024
Capacity
297 MW
Technology
Vestas
Expiration
n/a