Paving the way for clean energy

UB Renewable Energy is an alternative investment fund that focuses on the development and production of renewable energy.  We invest in wind power and solar energy, energy storage solutions, and green hydrogen production across Finland and Europe. Our goal is to develop, own and operate energy infrastructure and systems that support society’s electrification, strengthen energy independence, and enable sustainable economic growth.

We believe that stable production capacity, careful planning, and responsible operations are key in transitioning toward a cleaner and more sustainable energy system.

Operational projects

Solar power

Wind power

11

projects

823

megawatts

Explore our projects – Building the energy infrastructure of the future

The projects of UB Renewable Energy are concrete steps toward a more sustainable energy system. We are developing production capacity that supports the electrification of society and meets the growing demand for energy.

Solar power Energy storage Wind Power Energy park

Solar power projects

operational

Raadi Solar Park, Estonia

  • The Raadi solar park area is located in the city of Tarto in Eastern Estonia.
  • The completed 10.5 MW phase is in commercial operation and supplies renewable energy to the national grid.
  • The second phase of the project will add 61.5 MW of additional capacity. Once finalized, the total capacity of the Raadi solar park will reach 72 MW.
  • The project site is well suited for the development of energy storage solutions.

development

Lantonsuo Solar Energy Storage, Lapinlahti

  • The Lantonsuo solar energy storage area is located in the municipality of Lapinlahti, in Pohjois-Savo region, Eastern Finland.
  • UB Renewable Energy is planning a solar park with an estimated capacity of approximately 58 MWp.
  • The project will also include a planned 30 MW battery energy storage system (BESS).
  • Current status: Planning.

Energy storage projects

development

Energy Storage, Kemijärvi

  • The Kemijärvi energy storage area is located in the municipality of Kemijärvi in Northern Finland.
  • BESS 35 MW with a 70 MWh capacity.
  • Current status: Under construction.

Wind power projects

operational

Korpilevonmäki Wind Farm, Säkylä

  • The Korpilevonmäki wind farm area is located in the municipality of Säkylä in Satakunta region, Western Finland.
  • The wind farm commenced commercial operations in March 2025. The project was developed in partnership with Ilmatar, which also serves as the operational partner.
  • The wind farm consists of 6 wind turbines with a total capacity of 38.4 MW.
  • The estimated annual production is approximately 125 gigawatt-hours (GWh), equivalent to the annual electricity consumption of more than 6 200 electrically heated single-family homes.

development

Haapamäki Wind Farm Project, Kiuruvesi

  • The Haapamäki wind farm area is located in the municipality of Kiuruvesi in Pohjois-Savo region, Eastern Finland.
  • UB Renewable Energy is planning a wind farm of 5 wind turbines.
  • Each turbine has a capacity of 7.2 MW, with a total capacity of up to 36 MW.
  • The electricity produced by the wind farm would cover the annual energy needs of approximately 5 000 electrically heated single-family homes.
  • Current status: Planning.

development

Haarahiltunen Wind Farm Project, Ranua

  • The Haarahiltunen wind farm area is located in the municipality of Ranua in Lapland, Northern Finland.
  • UB Renewable Energy is planning a wind farm of 9 wind turbines, with potential for expansion if needed.
  • Each turbine has a capacity of 7.2 MW, with a total capacity of up to 64.8 MW.
  • The electricity produced by the wind farm would cover the annual energy needs of approximately 9 000 electrically heated single-family homes.
  • Current status: Planning.

development

Haukila Wind Farm Project, Viitasaari

  • The Haukila wind farm area is located in the municipality of Viitasaari in Central Finland.
  • UB Renewable Energy is planning a wind farm of 10 to 12 wind turbines.
  • Each turbine has a capacity of 7.2 MW, with a total capacity of 72 – 86.4 MW.
  • The electricity produced by the wind farm would cover the annual energy needs of approximately 10 000 – 12 000 electrically heated single-family homes.
  • Current status: Planning.

development

Tervakangas Wind Farm Project, Puolanka

  • The Tervakangas wind farm area is located in the municipality of Puolanka in Kainuu region, Eastern Finland.
  • UB Renewable Energy is planning a wind farm of 9 wind turbines.
  • Each turbine has a capacity of 7.2 MW, with a total capacity of up to 65 MW.
  • The electricity produced by the wind farm would cover the annual energy needs of approximately 9 000 electrically heated single-family homes.
  • Current status: Planning.

development

Tulijokila Wind Farm Project, Puolanka

  • The Tulijokila wind farm area is located in the municipality of Puolanka in Kainuu region, Eastern Finland.
  • UB Renewable Energy is planning a wind farm of 9 wind turbines.
  • Each turbine has a capacity of 7.2 MW, with a total capacity of 65 MW.
  • The electricity produced by the wind farm would cover the annual energy needs of approximately 9 000 electrically heated single-family homes.
  • Current status: Planning.

Energy park projects

development

Metsä-Juntula Energy Park, Hyrynsalmi

  • The Metsä-Juntula energy park area is located in the municipality of Hyrynsalmi in Kainuu region, Eastern Finland.
  • UB Renewable Energy is planning an energy park comprising wind power, solar power, and a battery energy storage system.
  • Wind farm of 9 wind turbines. Each turbine has a capacity of 7.2 MW, with a total capacity of up to 65 MW.
  • Solar energy 45 MWp
  • BESS 100 MW
  • Area designated for a potential data center.
  • Current status: Planning.

development

Paatinkangas Energy Park, Vaala

  • The Paatinkangas energy park area is located in the municipality of Vaala in Pohjois-Pohjanmaa region.
  • UB Renewable Energy is planning an energy park comprising wind power, solar power and a battery energy storage system.
  • Wind farm of 9 wind turbines. Each turbine has a capacity of 7.2 MW, with a total capacity of 65 MW.
  • Solar energy 130 MWp
  • BESS 100 MW
  • Area designated for a potential data center.
  • Current status: Planning.

Get in touch

For inquiries, please contact our project manager, Niina Kotomäki, via the contact form or email at .