Connect Source-Load-Storage Resources
Integrate PV, storage, meters, and charging terminals into a real-time energy view.

Coordinates rooftop PV, storage, and charging load to increase green-power utilization and energy flexibility within an industrial park’s limited capacity.
The project serves a small and mid-sized manufacturing park. After adding employee charging facilities, partial-period load approached the upper limit of distribution capacity. The park wanted to prioritize rooftop PV and use storage and ordered charging to reduce expansion pressure.
PV, storage, and charging systems were built separately, without a coordination strategy. Midday green-power surplus and evening charging peaks coexisted, so the park had to balance production and charging demand under distribution-capacity constraints.

Integrate PV, storage, meters, and charging terminals into a real-time energy view.
Schedule charging and discharging based on PV forecasts, production load, and reserved charging demand.
Key strategies support review and temporary adjustments, ensuring production load takes priority.
Midday charging and storage plans are coordinated with PV output, reducing unnecessary reverse power flow.
Storage and ordered charging jointly cap the peak, leaving headroom within existing distribution capacity.
Energy flows, strategy execution, and equipment status are uniformly logged, enabling continuous calibration.
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