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Zhiguang integrated super energy storage and EV charging system, built on a DC bus architecture, combines an LFP BESS, a 480kW fast charging pile system, and photovoltaic MPPT. It leverages an EMS for both local and remote intelligent management. Equipped with multiple energy dispatch algorithms, it efficiently balances energy supply and demand among the power grid, storage units, and electric vehicles. By optimizing the price differential between peak and off-peak periods and maximizing limited grid capacity, the system ensures efficient energy utilization and can supply power back to the grid when needed. Its modular design minimizes space requirements, simplifies installation and maintenance, and allows flexible deployment in various settings such as parking lots, commercial centers, and residential neighborhoods.

Bidirectional AC/DC Power Modules: Utilize two 100kW bidirectional AC/DC power modules as needed
Centralized Charging Converter: Implement a centralized charging converter module with automatic scheduling, supporting up to 480kW super-fast charging
DC Bus Architecture: Integrate energy storage, charging piles, and photovoltaic (PV) systems using a DC bus architecture
Enhanced Output Efficiency: Deliver higher output with lower input when transformer capacity is insufficient

Super ES and Charging System

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