“This project represents a major milestone for energy storage in Finland, and we are honored to partner with RPC to bring our latest liquid-cooled BESS technology to the market,” said Mr. Iker Labiano, Head of ESS at Sungrow Iberica. “With PowerTitan 2.0, we are not only providing a highly efficient and reliable storage solution but also reinforcing our commitment to supporting the energy transition with safe, scalable, and intelligent BESS technology.”
Sarwjit Sambhi, CEO of Renewable Power Capital, said: “Finland is such a significant market for us. The energy system is in real need of efficient and well-managed storage to make the most of its abundant wind resources. This is why we’re so pleased to be able to partner with organisations we really trust and have fantastic relationships with. We look forward to working with Sungrow to deliver this vital infrastructure to the Finnish energy system.”
The Kalanti BESS will provide two-hour storage capacity, enabling it to deliver essential grid services, such as frequency response, and actively participate in wholesale energy trading. Sungrow’s cutting-edge technology will play a critical role in optimizing the site's efficiency, reducing maintenance costs, and ensuring seamless integration with Finland’s renewable energy infrastructure.
“Thanks to its C5 corrosion rating, the PowerTitan 2.0 supports installations in diverse and challenging environments” said Mr. Iñigo Cayetano, Senior ESS Product Manager at Sungrow Iberica. “The system has been already successfully implemented in projects around the world, including Uzbekistan, Philippines and the UK to mention only a few of them. Efficient, robust and safe, PowerTitan 2.0 is at the same time a reliable and high performance solution.”
Having more than 19 years of experience on Energy Storage Systems, Sungrow with the PowerTitan 2.0 poses the latest development in technological innovation in BESS, supporting the rapid development of energy storage projects in Europe, with S&P Global Commodity Insights predicting that over 140 GW will be installed between 2024 and 2030.
