Under construction

Under construction

Mikonkeidas

Kristiinankaupunki, Finland

The Mikonkeitaan wind farm project area is located on the border of Kristiinankaupunki and Isojoki municipalities in the provinces of Ostrobothnia and South Ostrobothnia.

The part of the project located on the Isojoki side (five wind turbines) has been transferred to Ilmatar Energy Oy and operates under the name Isokeidas. Energiequellen Mikonkeidaan wind power project consists of 16 wind turbines.

Mikonkeidas wind farm:

16 Wind turbines (Siemens Gamesa SG 6.6-170)
Rotor diameter: 170 m
Pole height: 145 m
Total height: 230 m
Rated power: 6.6 megawatts (6,600 kW) / power plant
Total nominal power of the wind farm: 105.6 megawatts

Read more from the Finnish pages

Wind

Wind power projects in Finland

Björkbacken

Uusikaarlepyy, Finland

The Björkbacken wind farm project area is located in the city of Uusikaarlepy in Ostrobothnia. The planned project consists of a maximum of 26 wind turbines with a total height of up to 280 meters.

Project in numbers

Wind turbines 22 (Vestas V162)
Even 220 MW total

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Hanhineva

Kyyjärvi & Karstula, Finland

Energiequelle Oy is planning a wind power project in the Hanhineva area in the municipalities of Kyyjärvi and Karstula in Central Finland. The project area is located south of the center of Kyyjärvi, close to the municipal border, and approximately 13 kilometers northwest of the center of Karstula. The possibility of building a maximum of 24 wind turbines in the area is being investigated. The number and more precise location of the turbines will be specified as the design work progresses.

Project in numbers

Maximum 24 Wind turbines (Vestas V162)
Even 172 MW total

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Hirvasjärvi

Kolari, Finland

Energiequelle Oy is planning a wind power project in Western Lapland in the southeastern part of the municipality of Kolari, in the area between Hirvasjärvi, Pasmajärvi and Hinttajärvi. The project area is located approximately 35 kilometers southeast of the center of Kolari. The possibility of building approximately 21 wind turbines in the area is being investigated. The number of turbines and their exact location will be specified as the planning work progresses.

Project in numbers

Maximum 21 Wind turbines
Even 210 MW total

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Kimpilamminkangas

Soini & Ähtäri, Finland

The Kimpilamminkangas wind farm project area is located on the border of the municipality of Soini and the city of Ähtäri in South Ostrobothnia, approximately 9 km south of the municipal center of Soini. The planned project consists of a maximum of 16 wind turbines.

Project in numbers

Maximum 16 Wind turbines
Even 120 MW total

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Kirvesvuori

Kyyjärvi & Perho, Finland

Energiequelle Oy is planning a wind power project in the Kirvesvuori area in the municipalities of Kyyjärvi and Perho in Central Finland/Central Ostrobothnia. The project area is located approximately 10 kilometers southeast of the center of Perho and approximately 8 kilometers north-northeast of the center of Kyyjärvi. The possibility of building a maximum of 20 wind turbines in the area is being investigated. The number of turbines and their exact location will be specified as the design work progresses.

Project in numbers

Maximum 20 Wind turbines
Even 140 MW total

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Kivine

Vyöri, Finland

Energiequelle Oy is planning a wind power project in Vöyri in the Kivinen area. The project area is located east of the village of Rekipello, south of the road leading from Vöyri to Ylihärmä, approximately 7 km from the center of Vöyri.

The possibility of building 36 wind turbines in the area is being investigated. The planned turbines will have a pole height of approximately 160-200 meters and a rotor diameter of approximately 160-200 meters. The total height of the turbines would be a maximum of 300 meters. The unit power of the wind turbines is 5-10 MW.

Project in numbers

Maximum 36 Wind turbines (Nordex N163)
Even 270 MW total

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Kolopetäjä

Tervola & Tornio, Finland

The Kolopetäjä wind farm project area is located in the Tervola municipality and Tornio city areas in Lapland. The planned project consists of a maximum of 77 wind turbines. The number and more precise location of the turbines will be specified during the project planning.

The wind farm's grid connection is planned to the east in the direction of the Petäjäskoski substation, but other options are also being explored. The aim is to implement the electricity transmission in a way that allows as many wind power projects in the area as possible to be connected to the electricity grid at the same time.

Project in numbers

Maximum 77 Wind turbines
Even 770 MW total

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Korsbäck

Korsnäs & Maalahti, Finland

Energiequelle Oy is planning a wind power project on the border of Korsnäs and Maalahti, near the village of Korsbäck. The project area is located approximately 7 km east of the Korsnäs municipal center.

The possibility of building 6 wind turbines in the area is being investigated. The total height of the turbines would be a maximum of 300 meters. The unit power of the wind turbines is 5–10 MW.

Project in numbers

6 Wind turbines (Nordex N163)
Even 60 MW total

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Korvenneva

Merikarvia, Finland

The Korvenneva wind farm project area is located in the municipality of Merikarvia in Satakunta. Energiequelle is planning six wind turbines for the area. The project area is located approximately ten kilometers northeast of the center of Merikarvia, west of Highway 8.

Project in numbers

6 Wind turbines (Nordex N163)
Even 60 MW total

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Nikara

Multia, Finland

The Nikara wind farm project area is located in the municipality of Multia in Central Finland, approximately 15 km northeast of the municipal center of Multia. The planned project consists of a maximum of eight wind turbines.

Project in numbers

Maximum 8 Wind turbines
Even 60 MW total

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Reväsvaara

Ylitornio, Finland

The Reväsvaara wind farm project area is located in the Ylitornio municipality in Lapland. The planned project consists of a maximum of 12 wind turbines.

Project in numbers

12 Wind turbines (Nordex N175)
Even 84 MW total

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Roukus

Vyöri, Finland

Energiequelle Oy is planning a wind power project in Vöyri, in the Roukus region. The project area is located west of the village of Komossa and south of the village of Kimo. The project area is approximately 13 kilometers northeast of the center of Vöyri.

The possibility of building seven wind turbines in the area is being investigated. The planned turbines will have a pole height of approximately 160-200 meters and a rotor diameter of approximately 160-200 meters. The total height of the turbines would not exceed 300 meters. The unit power of the wind turbines is 5-10 MW.

Project in numbers

5 Wind turbines (Nordex N163)
Even 50 MW total

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Sarvikangas

Pieksämäki, Finland

Our goal is to develop wind power in Pieksämäki, improving the energy self-sufficiency of the city, South Savo and all of Finland. We help Finland achieve the goals of climate and energy programs and reduce the use of fossil fuels by creating clean, renewable domestic energy.

The 2,880-hectare Sarvikangas project area is owned by private landowners. 25 wind turbine wind power projects are planned for the area. The planned total capacity of the wind farm is approximately 200 MW, with the capacity of an individual wind turbine being 8-10 MW. The maximum tower height of the power plants is planned to be 200 meters and the rotor blade length is 100 meters, making the maximum total height of the wind turbines a maximum of 300 meters.

Project in numbers

Maximum 25 Wind turbines
Even 200 MW total

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Smalmossa

Maalahti, Finland

Energiequelle Oy is planning a wind power project in Maalahti, in the Smalmossa area. The project area is located east of Petolahti, approximately 5 km from the center of Petolahti.

The possibility of building 6 wind turbines in the area is being investigated. The total height of the turbines would be a maximum of 300 meters. The unit power of the wind turbines is 5–10 MW.

Project in numbers

6 Wind turbines (Nordex N163)
Even 60MW total

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Valkiavaara

Tervola & Tornio, Finland

The Valkiavaara wind farm project area is located in the areas of Tervola municipality and Tornio city in Lapland.

The planned project consists of a maximum of approximately 45 wind turbines. The number and more precise location of the turbines will be specified during the project planning.

The wind farm's grid connection is planned to the east in the direction of the Petäjäskoski substation, but other options are also being explored.

The aim is to implement electricity transmission in such a way that as many wind power projects in the area as possible can be connected to the electricity grid at the same time.

Project in numbers

Maximum 45 Wind turbines
Even 370 MW total

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Solar power

PV projects in Finland

Brännträsket

Kruunupyy, Finland

Energiequelle is planning a solar power project in Kruunupyy in Ostrobothnia. The project area is located approximately 9 kilometers southeast of the municipal center. The possibility of building a solar power plant of approximately 41 MWp on a 70-hectare land area is being investigated in the area. The annual electricity production would correspond to the annual consumption of approximately 10,000 apartment blocks.

Project in numbers

Area of 70 Hectares
Number of panels: 57 000
41 MWp

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Hankeransuo

Laitila, Finland

We are currently not advancing the project because there is no electricity connection available in the area.

Energiequelle Oy is planning a solar power project in the Hankeransuo area in the city of Laitila in Southwest Finland. The project area is located approximately 8 kilometers west-northwest of the center of Laitila. The possibility of building a power plant with a peak power of approximately 50–55 megawatts in an area of approximately 60 hectares is being investigated in the area. The electricity production would correspond to the annual consumption of approximately 2,700 electrically heated detached houses or 21,000 apartment blocks. The final size of the power plant will be specified as the design work progresses.

Project in numbers

Area of 58 Hectares
Number of panels: 70 000
50 MWp

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Isokaara

Siikajoki, Finland

Energiequelle Oy is planning a solar power project at Siikajoki Ruukki.

The possibility of building a 55 megawatt peak power plant on an area of approximately 80 hectares is being investigated in the area. The annual electricity production would correspond to the annual consumption of approximately 13,000 apartment blocks. The final size of the power plant will be specified as the design work progresses. We are also investigating the possibility of building an electricity storage facility in connection with the solar power plant.

Project in numbers

Area of 80 Hectares
Number of panels: 89 000
55 MWp

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Jouttenisenneva

Haapajärvi, Finland

Energiequelle Oy is planning a solar power project in the Joutsenisenneva area (also known as Jouttenisenneva) in the city of Haapajärvi in Northern Ostrobothnia. The project area is located approximately 14 kilometers west of the center of Haapajärvi in the direction of Pyhäjärvi. The possibility of building a power plant with a peak power of approximately 100 megawatts in an area of approximately 150 hectares is being investigated in the area.

The electricity production would correspond to the annual consumption of approximately 5,000 electrically heated detached houses or 40,000 apartment blocks. The final size of the power plant will be specified as the design work progresses.

Project in numbers

Area of 150 Hectares
Number of panels: 140 000
100 MWp

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Kaskisuo

Joroinen, Finland

Energiequelle Oy is planning a solar power project for the Kaskisuo and Linturahka peat production areas in the Joroinen municipality in Northern Savo.

The project area is located approximately 14 kilometers south of the center of Joroinen. The possibility of building an approximately 80 megawatt peak power plant in an area of approximately 115 hectares is being investigated in the area. The electricity production would correspond to the annual consumption of approximately 3,300 electrically heated detached houses or 21,000 apartment blocks. The final size of the power plant will be specified as the design work progresses.

Project in numbers

Area of 115 Hectares
Number of panels: 114 000
80 MWp

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Nokoinen

Salo, Finland

Energiequelle Oy is planning a solar power project in Salo, Southwest Finland.

The project area is located a little over 10 kilometers southeast of the center of Salo. The possibility of building a power plant with a peak power of approximately 36 megawatts on an area of approximately 60 hectares is being investigated in the area. The annual electricity production would correspond to the annual consumption of approximately 18,000 apartment blocks. The final size of the power plant will be specified as the design work progresses. 

Project in numbers

Area of 60 Hectares
Number of panels: 50 000
36 MWp

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Toristojanneva

Toholampi, Finland

Energiequelle Oy is planning a solar power project in the Paloneva, Siliäneva and Heineva areas in the Toholammi municipality in Central Ostrobothnia. The area is located in areas that are partially phasing out peat production.

The project area is located approximately 10 kilometers south of the Toholammi municipal center. The possibility of building a 192 megawatt peak power plant on an area of approximately 290 hectares is being investigated in the area. The annual electricity production would correspond to the annual consumption of approximately 11,000 electrically heated detached houses. The final size of the power plant will be specified as the design work progresses.

Project in numbers

Area of 290 Hectares
Number of panels: 280 000
196 MWp

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Hydrogen H2

Hydrogen projects in Finland

Oulu Green Hydrogen Park

Oulu (Pyyryväinen), Finland

Energiequelle Oy is planning a hydrogen production plant in the Pyyryväinen industrial area in Oulu, approximately ten kilometers from the center of Oulu.

The first phase of Energiequelle Oy's project would involve the construction of a hydrogen production plant with a maximum capacity of five megawatts (MW) and a hydrogen fueling station for buses and other heavy vehicles.

The company has implemented a similar concept in cooperation with other hydrogen economy players in the city of Bremerhaven, Germany.

In the next phase, the capacity of the hydrogen production plant would be increased by 10–50 MW and hydrogen exports would also begin elsewhere.

In the third phase, production would be further increased with an additional capacity of 100–500 MW. The final size of the second and third phases depends on the market situation and the infrastructure available in Pyyryväinen.

Read more from the press release

In operation

Commissioned projects in Finland

Konttisuo (2022)

Soini, Finland

Project in numbers

7 Wind turbines (Nordex N149)
Power up to 4,28 MW / Power plant
Even 30 MW total

Read more from the Finnish pages

Lumivaara (2023)

Hyrynsalmi, Finland

Project in numbers

8 Wind turbines (Nordex N163)
Power up to 5.7 MW / Power plant
Even 46 MW total

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Paltusmäki (2021)

Pyhäjoki, Finland

Project in numbers

5 Wind turbines (Enercon E147)
Power up to 5.7 MW / Power plant
Even 22 MW total

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Takanebacken (2022)

Maalahti, Finland

Project in numbers

5 Wind turbines (Nordex N163)
Power up to 5.7 MW / Power plant
Even 29 MW total

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Torvenkylä (2023)

Kalajoki, Finland

Project in numbers

7 Wind turbines (Nordex N163)
Power up to 5.7 MW / Power plant
Even 40 MW total

Read more from the Finnish pages

References

International project listing

Commissioned projects

To the references page