en.Wedoany.com Reported - East has launched a 6.7MW/26.8MWh centralized liquid-cooled energy storage system, which has been deployed in multiple large-scale energy projects. The system is designed for scenarios such as renewable energy paired storage, standalone energy storage, source-grid-load-storage integration, and grid-forming energy storage, aiming to enhance renewable energy integration capacity and grid regulation capabilities.
With the continuous growth of renewable energy installed capacity, China's energy system is accelerating its transition toward greener, low-carbon, and smarter development. From the construction of large-scale wind and solar bases to the layout of standalone energy storage power stations, from explorations in source-grid-load-storage integration to the application of grid-forming energy storage technologies, energy storage is gradually becoming critical infrastructure supporting the development of new-type power systems.
As a provider of renewable energy equipment and energy storage system solutions, East's newly launched 6.7MW/26.8MWh centralized liquid-cooled energy storage system has been applied across multiple fields, including renewable energy paired storage, standalone energy storage, source-grid-load-storage integration, and grid-forming energy storage.
Large-scale energy storage projects typically face complex environmental challenges such as high temperatures, sandstorms, and wide temperature fluctuations, while also imposing higher requirements on system safety, efficiency, lifespan, and operation and maintenance capabilities.
East's 6.7MW/26.8MWh centralized liquid-cooled energy storage system has undergone multiple optimizations tailored to the needs of large-scale energy storage power stations. The liquid-cooling temperature control technology enables precise cell temperature management, improving system operational consistency and ensuring long-term stable operation; the highly integrated design enhances space utilization efficiency while reducing construction and maintenance costs; and intelligent monitoring, status analysis, and fault warning capabilities support smart management of the energy storage system from construction to operation.
The system has now been deployed in several benchmark projects, validating its technical strength and engineering value. Moving forward, East will focus on the development needs of renewable energy, advance innovations in core energy storage technologies, and deliver safer, more efficient, and smarter energy storage products and solutions, working together with industry partners to drive the green and low-carbon energy transition.
