The inverter and battery should be selected together. Inverter power determines how much load the system can supply, while usable battery capacity helps determine how long that supply can last. Battery voltage, current capability and BMS communication must also match.

GSL ENERGY supports inverter and LiFePO4 battery matching for residential and commercial energy storage projects. Share your load requirements, preferred inverter model and storage capacity to request a suitable configuration.

Residential Solar and Battery Storage

Combine a compatible home solar hybrid inverter with wall-mounted, floor-standing or stackable battery storage. Size the system around daytime solar generation, evening electricity consumption and essential backup loads. For future expansion, review both inverter capability and battery connection limits at the initial design stage.

Commercial Solar and Battery Storage

For shops, offices, farms and other business premises, evaluate inverter power, battery capacity and control functions against the site’s operating schedule. Projects with three-phase loads or higher energy demand require coordinated equipment selection, electrical protection and system controls.

Home Solar Self-Consumption

Use solar generation to supply household loads and charge a compatible battery with available surplus energy. Stored electricity can then support evening consumption or other scheduled periods, helping households make better use of their own solar power.

Commercial Energy Management

Coordinate solar generation and battery operation with business hours, electricity tariffs and site demand. Where the selected equipment supports it, scheduled charging and discharging can help manage grid electricity purchases. Savings depend on the tariff structure, load profile and system design.

Backup Power for Essential Loads

Plan backup supply for selected lighting, refrigeration, communications and other priority equipment. Check the inverter’s backup output, transfer performance and load limits, then size battery storage around the required operating time.

Off-Grid and Remote Power

For farms, cabins and facilities without reliable grid access, select an off-grid solar inverter or a hybrid inverter with confirmed off-grid capability. Solar generation, battery capacity and any generator support should be designed around daily demand and seasonal operating conditions.