Cloud-based management and on-site intelligent control algorithms are deeply integrated, enabling flexible regulation in multiple dimensions: On one hand, it can realize real-time linkage with the power grid dispatching system, automatically adjust the charge-discharge strategy according to the peak and valley of electricity prices and changes in power grid load, and provide support for the power grid such as peak shaving, frequency modulation, and backup power supply; On the other hand, it can predict power generation and electrical load through AI algorithms, optimize energy distribution, and reduce the phenomenon of wind and solar power curtailment.

High-quality energy storage equipment implements the green concept throughout the entire process from production to scrapping: In the production link, low-energy-consumption processes are adopted to reduce carbon emissions; core materials such as lithium iron phosphate do not contain rare metals like cobalt and nickel, resulting in low resource dependence and low recycling difficulty; in the scrapping stage, professional recycling technologies can be used to realize the recycling and reuse of battery materials, reducing solid waste pollution. In addition, by promoting the consumption of new energy, energy storage equipment indirectly reduces the consumption of fossil energy and contributes to the transformation of the energy structure. It not only brings economic benefits to users but also contributes to the cause of environmental protection.