On August 15, the grid-connection ceremony for Hunan Lifang New Energy's 3.7MW/8.6MWh project, with core energy storage systems and cells supplied by Desay Battery, was successfully held. Representatives from Lifang New Energy, Linghang Investment, Desay Battery and other parties gathered at the site to witness this important moment together.
Hunan Lifang New Energy is an outstanding enterprise that continues to shine in the new energy field. Based on the energy consumption characteristics of its own factory and the green development plan, Lifang New Energy has clearly put forward the energy storage capacity requirement of 3.7MW/8.6MWh, the operation standard of high stability, and the adaptation requirement to the existing power grid of the factory, providing a clear goal orientation for the technical route selection and scheme design of the entire project.
Linghang Investment focuses on the development and investment of energy storage projects. In Lifang New Energy's energy storage project, it has ensured the smooth progress of the project through professional project feasibility analysis, and provided a solid guarantee for the project to be connected to the grid on time by effectively controlling the project progress, quality and other aspects.
As the core system integrator and cutting-edge technology provider for Lifang New Energy's project, Desay Battery has always taken technological innovation as its core, focused on the R&D and application of energy storage equipment, and been committed to providing customers with comprehensive energy storage system integration solutions. The project adopts Desay Battery's self-developed 280Ah energy storage cells, which feature significant advantages such as high safety, long cycle life, and high energy efficiency. These advantages ensure the reliable operation of the energy storage system, extend its service life, reduce operating costs, and lay a solid foundation for the long-term stable operation of the project. Meanwhile, relying on Desay Battery's independently developed active safety-based battery full-lifecycle health management system, the project can realize early warning of safety risks in the energy storage power station and dynamically optimize benefits, thus providing dual guarantees for the safe and stable operation as well as the economic efficiency of the energy storage system.
Source：https://mp.weixin.qq.com/s/1FJD9FmdeOvSkws5_aJpRA?scene=1