Šiauliai BESS Park is a 60 MW / 135 MWh utility-scale battery energy storage project located in Šiauliai, Lithuania. Strategically connected to the Gubernijos 110/10 kV substation, the project provides a highly efficient grid connection and is positioned to capture value from balancing services and energy trading in the Baltic market.

The Panevėžys BESS Park is a 15 MW / 60 MWh battery energy storage system planned for the vicinity of Panevėžys in the Panevėžys City Municipality district. Strategically connected to the 110/10 kV transformer substation, the project ensures a highly cost-effective and technically optimized grid connection point.

The Akmene BESS Park is a 100 MW / 200 MWh battery energy storage system planned in the Akmenė district. Strategically connected to the new 30/330 kV transformer substation, the project ensures a highly cost-effective and technically optimized grid connection point.

The Telsiai BESS Park is a 100 MW / 200 MWh battery energy storage system planned in the Telsiai district. Strategically connected to the new 30/330 kV transformer substation, the project ensures a highly cost-effective and technically optimized grid connection point.

The Raseiniai BESS Park is a large-scale 200 MW / 400 MWh battery energy storage facility located in the Raseiniai region of Lithuania. Connected to the 30/330 kV Berteskiai substation, this project is designed to enhance grid stability, enable renewable energy integration, and support Lithuania’s transition toward a resilient and flexible power system.

The Alytus BESS Park is a flagship 140 MW / 280 MWh energy storage project located in the Alytus region, Lithuania. Connected to the 330 kV Alytus substation, this large-scale facility will play a critical role in grid balancing, cross-border electricity exchange, and supporting the LITPOLINK international 400 kV interconnection between Lithuania and Poland.

The Dukstas BESS Park is a 10 MW / 20 MWh battery energy storage system planned in the Dukstas area of the Ignalina region, Lithuania. Strategically connected to the 10/35/110 kV Dukstas substation, the project offers a highly cost-effective and technically optimized grid connection point.