Hungary has made a significant advancement in its energy infrastructure with the launch of a 10 MW battery storage facility in Sopronkövesd, marking the nation’s inaugural integration of lithium-ion storage with a wind power plant. This initiative is part of Hungary’s broader strategy to enhance grid flexibility and accommodate the growing share of renewable energy sources within its electricity generation portfolio.
The project was executed by MVM Zöld Generáció, a subsidiary of the state-owned MVM Group, and is a pivotal component of Hungary’s ongoing energy transition. The newly commissioned storage system can provide electricity sufficient for approximately 3,000 households or charge around 400 electric vehicles, thereby contributing to overall system stability and energy balancing efforts.
The investment for this facility totals approximately €7.8 million, with around €3.5 million sourced from European Union funding. This financial backing underscores the significance of EU-supported initiatives in expediting the establishment of clean energy infrastructure across member states.
At the inauguration event, Energy Minister Csaba Lantos highlighted the rapid growth of Hungary’s energy storage capacity, which has surged from 20 MW to 436 MW in recent years. He characterized this development as an important milestone while indicating that further expansion remains a top priority for the government.
In terms of future ambitions, Hungary plans to elevate its energy storage capacity to between 2,400 MW and 2,500 MW. This ambitious goal will be supported by a dedicated state program aimed at accelerating the implementation of additional storage projects. Such expansions are crucial for enhancing grid reliability and enabling the seamless integration of more renewable energy sources into Hungary’s electricity system.
