User side

Power support between light and heavy-load transformers, achieving dynamic capacity expansion. This approach delays the need for transformer capacity upgrades, reducing both expansion costs and capacity-related electricity fees.

Flexible interaction between photovoltaic, energy storage, and enterprise loads allows precise control of peak electricity demand, reducing demand charges.

Intelligent power interaction between multiple energy storage grid points,creating an integrated energy storage system. This approach maximizes trans-former capacity and expands energy storage integration capacity.

Equipped with intelligent integrated control functions for source, grid, load,and storage, enabling enterprise microgrid autonomy and maximizing auxiliary service revenue for the enterprise.

Backend monitoring system with collaborative contol, providing online monitoring of enterprise transformers and crtical production loads. This ensures that energy usage is observable, measurable, adjustable, and controllable.