Energy storage systems address the oscillation issues in the power grid system by utilizing advanced intelligent impedance self-identification technology to improve the impedance of new energy fields, achieving the effect of dampening the oscillations of new energy fields and eliminating the additional losses caused by system cluster oscillations.

To combat the insufficient frequency regulation capability and inadequate frequency characteristic of new energy generation systems, a grid-connected energy storage inverter with virtual synchronous generator technology capabilities has been developed. It can actively participate in “building the grid” to achieve automatic frequency and voltage regulation functions.

With the vigorous application of distributed energy technologies in the user-side market, real-time and rapid load forecasting coordinated control technology has been developed to largely address the issue of structural peak-shaving and insufficient output frequency regulation. By leveraging advanced artificial intelligence and big data technologies, the introduction of electricity spot trading and carbon quota trading mechanisms aims to enhance the revenue of industrial and commercial projects.

The liquid-cooled battery PACK adopts automotive-grade low-flow resistance liquid cooling plates, which offer higher integration and more uniform heat dissipation, resulting in a temperature difference of <3°C. The container employs multi-level liquid cooling pipeline distribution arrangements, ensuring any deviation in PACK flow is <10%, with a system-wide temperature difference of <5°C.