PV + ESS + X is a system-integration approach. It considers generation, storage, loads and other energy assets together, with controls that reflect the application’s operating priorities.
Start with the application
The “X” may include a factory load, EV charging, cooling or heating equipment, telecom infrastructure or another application-specific asset. The system architecture should follow the site need.
- Identify assets and critical loads
- Clarify grid-connected and backup operating requirements
Define the energy flows
PV, storage, grid and loads can exchange energy in different ways. A clear control strategy helps determine when the battery should charge, discharge or remain in reserve.
- PV priority and self-consumption
- Peak shaving, reserve and tariff response
Coordinate through system controls
BMS, EMS, inverters or PCS, meters and cloud monitoring each have a role in a coordinated energy system. Interface design and commissioning are essential project steps.
- Communications and data requirements
- Operating strategy and acceptance testing