Energy storage systems mitigate power grid oscillations through advanced intelligent impedance self-identification technology, enhancing the impedance in new energy sectors. This effectively dampens the oscillations in new energy fields and prevents additional losses due to system-wide oscillations.

To address the limitations in frequency regulation and frequency stability of new energy systems, a grid-connected energy storage inverter featuring virtual synchronous generator (VSG) technology has been engineered. This inverter actively contributes to grid stability, enabling automatic frequency and voltage regulation.

Distributed energy technologies, enhanced by AI and big data, now feature real-time load forecasting to mitigate peak shaving and frequency regulation issues. This approach, coupled with electricity and carbon trading mechanisms, is designed to increase commercial and industrial project revenues.

The liquid-cooled battery PACK utilizes automotive-grade liquid cooling plates with low flow resistance, achieving higher integration and uniform heat dispersion, keeping temperature variance below 3°C. The container's multi-tiered cooling pipeline design ensures flow deviations stay under 10%, with an overall system temperature variation of less than 5°C.