FAQ

Residential: Store solar energy, self-consumption, backup power, load shifting.

Commercial & Industrial (C&I): Peak shaving, demand charge reduction, backup power, renewables integration.

Utility-Scale: Grid stabilization (frequency regulation, voltage support), renewable energy time-shifting (store excess wind/solar), transmission & distribution upgrade deferral, black start capability.

The energy storage battery is the core component that physically stores electrical energy (in chemical form) for later use. Its role is to store excess energy (e.g., from solar or off-peak grid) and release it when needed (e.g., at night, during peak times, or during outages).

The battery inverter cannot function without a battery because its main purpose is to convert the direct current from the battery into alternating current for use by the load.

Charging (AC to DC or DC to DC): Takes AC electricity (coming either from the grid or from the AC output of a separate solar inverter) and converts it to DC electricity to charge the connected batteries.Charge batteries through solar charger controller.

Discharging (DC to AC): Takes DC electricity from the connected batteries and converts it to AC electricity to power loads or feed back to the grid.

1.Enables Energy Storage: Allows you to add battery storage to an existing solar system (AC coupling).

2.Backup Power: Provides power during grid outages.

3.Load Shifting: Store grid or solar power when cheap/available, use it when expensive/needed.

4.Grid Suppport: Can potentially provide grid support functions (frequency regulation, peak shaving).

A device dedicated to controlling the charging and discharging of a battery energy storage system (BESS), converting between battery DC power and usable AC power for the load or grid.

Battery Inverter: Primarily focuses on managing the battery storage system. It typically requires an AC power source (like grid connection,DG or a separate solar inverter's AC output) to charge the batteries. It converts battery DC to AC for loads and converts incoming AC to DC to charge batteries. It doesn't directly handle DC input from solar panels itself.If it need to charge the battery using pv power, an additional solar charging controller will be required.

Hybrid Inverter:Combines the functionality of a solar inverter and a battery inverter in one unit. It can directly accept DC input from solar panels and manage a battery storage system simultaneously. It integrates both functions natively.