The energy storage facility consists of 26 Sungrow PowerTitan battery containers, offering a total power output of 30MW and a storage capacity of 60MWh. The system is intended to support the integration of renewable sources such as wind and solar by stabilizing the local power network.
The PowerTitan is a liquid-cooled BESS developed by Sungrow for utility-scale applications. The company noted that the system is capable of maintaining efficient and stable performance even in extreme weather conditions, which is particularly important given the project’s northern location.
The battery units are housed in 20-foot containers, allowing them to be delivered in a pre-assembled state. This approach simplifies logistics and accelerates the installation process.
Hannu Koivusalo, Chairman of AmpTank, explained the reasons for choosing Sungrow for the project: “There were two main reasons why we selected Sungrow. The first was technical reliability. Sungrow’s technology convinced us that it would perform reliably under all conditions. The second key factor was long-term reliability, specifically maintenance, servicing, and related support, where Sungrow offered us a very competitive package.”
Sungrow Finland’s key account manager, Henry Särkisilta, expressed satisfaction with the collaboration: “It has been a pleasure to be part of delivering one of the world’s northernmost battery power plants in collaboration with FRV AmpTank. Our products are designed to operate in demanding conditions, ensuring stability and efficiency for Finland’s renewable energy grid and our customers. At the same time, our team of experts is fully dedicated to supporting our partners' efforts towards our common path towards a sustainable future.”
This installation represents a step forward in Finland’s efforts to strengthen its renewable energy infrastructure. The system is expected to provide consistent energy storage and delivery, helping balance supply and demand as the share of variable renewable energy continues to grow.
The project demonstrates how advanced energy storage technologies can be effectively deployed even in remote and harsh environments, supporting long-term energy transition goals. Sungrow’s involvement in this project highlights its expanding presence in the European energy storage market and its role in enabling stable and reliable renewable energy systems.
