This project is located in the Baltic region of Eastern Europe and is an expanded energy storage system that supports its existing solar power station. It is primarily driven by the combination of “dynamic electricity pricing mechanism + technological cost reduction,” actively participating in the Nordic Power Exchange and implementing a peak-valley arbitrage profit model.
Project Introduction
This project is located on the Baltic coast of Europe, targeting the Eastern European market. It addresses power supply fluctuations through an efficient energy storage system. By introducing a 2.5 MW/4 MWh energy storage system, the project provides a flexible solution for energy storage and release to the grid in an environment with 15-minute electricity price fluctuations. The project is designed for an initial small-scale pilot, which will strongly support the stable operation of the local power system and the integration of renewable energy.
Project Details
Application
The energy storage system in this project is primarily applied to short-term power scheduling and energy storage in the electricity market. The system supports 15-minute electricity price trading and can respond quickly to grid demands, performing energy storage and electricity sales operations. It not only optimizes the balance between electricity supply and demand, reducing the impact of price fluctuations on power consumers, but also supports the integration of renewable energy, enhancing the reliability of the grid.
Installed Capacity
The project is configured with 2 units of 2000 kWh energy storage containers, providing a total energy storage capacity of 4000 kWh (or 4 MWh).
Main Equipment
- Energy Storage System: Composed of 2 units of 2 MWh energy storage containers, using air-cooled battery packs and high-voltage battery box designs.
- Grid Connection and Off-Grid Switching System: Supports flexible power scheduling, with the system automatically switching between grid-connected or off-grid modes based on power demand.
- Energy Management System (EMS): Installed in the distribution cabinet, it monitors the real-time operation status of the energy storage system, optimizes the charging and discharging process, improves energy storage efficiency, and extends battery life. It also facilitates integration with cloud-based platforms.
