Located In West Pacific Coast
This project is a large-scale energy storage power station planned and developed for one of the company’s key clients. Located on the western coast of the Pacific Ocean, the project benefits from favorable conditions for renewable energy integration and practical application scenarios for grid dispatching. The overall system adopts a high-efficiency, modular, and integrated design, with standardized energy storage containers serving as the core units. This enables rapid deployment, phased construction, and convenient capacity expansion in the future.
Each energy storage container in this project has a rated energy capacity of 5.015 MWh. The initial phase is planned to include 30 energy storage modules, providing the system with significant energy storage capacity and strong grid regulation capability. Through a modular parallel architecture, the system can be flexibly expanded according to the client’s future power demand, grid-side dispatching requirements, and changes in renewable energy installed capacity, thereby improving investment flexibility and operational adaptability.
Upon completion, the project will be able to respond quickly to grid dispatching commands and enhance the power system’s peak shaving, frequency regulation, and backup support capabilities. At the same time, the energy storage power station will effectively improve the consumption of renewable energy, reduce the impact of renewable power fluctuations on grid stability, and support peak shaving, valley filling, load balancing, and optimized power resource allocation. It will provide reliable support for regional energy structure upgrading and the development of a low-carbon power system.
