This project is located on the Baltic coast of Europe for the Eastern European market and addresses the issue of fluctuating electricity supply through an efficient energy storage system. By introducing a 2.5MW/4MWh energy storage system, it provides a flexible power storage and release solution for the grid in an environment of 15-minute electricity price fluctuations. The project is designed for a small-scale pilot in the early stage, which will provide strong support for the stable operation of the local power system and renewable energy access.

The project’s energy storage system is mainly used for short-term dispatch and power storage in the electricity market. The system supports 15-minute tariff trading, and is able to respond quickly to grid demand for energy storage and electricity sales. It can not only optimize the balance of power supply and demand, reduce the impact of electricity price fluctuations on power consumers, but also provide support for renewable energy grid connection and improve the reliability of the power grid.

Project Advantages

C5 anticorrosion design adapts to Baltic climate and geography: the project is located on the Baltic Sea coast, where the salt content of the sea water is low and the altitude is low. the C5 anticorrosion design effectively copes with the humid environment of the seaside and ensures the durability and safety of the equipment.

Efficient Energy Dispatch: Flexible enough to cope with the load fluctuation of the power grid to achieve accurate power dispatch and optimal release of energy storage.

Fast delivery and one-stop service: The project promises fast delivery, and provides factory assembly and commissioning services, one-stop delivery, fast commissioning, and saves customers’ time and cost.

Environmental protection and safety: The air-cooled battery PACK design avoids the complexity of water-cooled systems. Meanwhile, the system is equipped with perfect safety protection measures to ensure stable and safe operation of the equipment under high voltage and load conditions.