Peikko has received a substantial order from Destia, the biggest infrastructure service company in Finland, to deliver Peikko Gravity7 foundation solution to the Niinimäki wind park project in the city of Pieksämäki. Upon completion, it will be the largest wind park in Eastern Finland.
Peikko will be responsible for the design of the foundation structure and the delivery of PSB® punching reinforcement systems for the project’s 22 foundations. Deliveries are scheduled between June and October 2023, and the wind park is expected to be operational by the end of 2024.
The original developer of the wind park was Tornator, whose rights were purchased by OX2 Finland Oy in 2020. OX2 has completed the park's development. Owners of the wind park are energy company Helen Ltd. and Bank of Åland's Wind Power Fund. Once commissioned, OX2 will be responsible for the technical and commercial management of the wind farm. Destia, the main contractor for the civil works, will plan and construct roads, lifting areas, and foundation works, and will also build the wind farm's electricity and data networks. Siemens Gamesa will supply 22 units of SGRE 6.6-170 turbines, each with a maximum tip height of 250 meters.
"We are proud to have been chosen as the supplier for this geographically significant wind power project in Eastern Finland," said Topi Paananen, CEO of Peikko Group Corporation. "Our Gravity7 solution provides an optimal solution in terms of safety, CO2 emissions, and costs. Being part of green energy production supports our goals for a more sustainable way to design and build."
Topi Paananen, CEO, Peikko Group Corporation
Mobile +358 50 384 3001, email [email protected]
Esa Rusila, Managing Director, Peikko Finland Oy
Mobile: +358 50 084 4063, email: [email protected]
Peikko’s onshore wind turbine foundations optimize the use of steel and concrete and reduces installation time in all parts of the process. Our foundation solution is flexible and always tailored according to specific customer and project needs. The delivery can comprise wind turbine foundation design and components.