6kW Solar Inverter for 48V Battery Systems with 120A PV and AC Charging

Flexible 48V Battery Integration for Solar Backup Systems

This 6kW solar inverter is designed around a 48V battery platform and supports compatible lithium and lead-acid battery systems. It integrates photovoltaic charging, AC charging, pure sine wave output and energy-management interfaces in one unit.

The formal specification lists a maximum photovoltaic charge current of 120A and a maximum AC charge current of 120A. When photovoltaic and AC charging are used together, the listed combined maximum remains 120A rather than increasing to 240A.

This version is positioned for battery distributors, solar installers and system integrators requiring a higher-output inverter for 48V battery banks, with CT/Meter access, dry-contact control and optional WiFi monitoring.

Battery Compatibility and Charging Functions

Battery Capacity and Charging-Current Planning

The maximum inverter charging current should not automatically be applied to every battery. The selected value must remain within the battery manufacturer’s permitted charge rate, BMS or protection limit, cable capacity and DC protection rating.

The formal parameter table lists a floating-charge voltage of 56V and an overcharge-protection voltage of 60V. Final settings must match the selected battery chemistry and supplier instructions.

Battery capacity determines expected operating duration, while the inverter rating determines the maximum continuous load. A larger battery reserve can extend backup time but does not increase the 6kW continuous output.

Battery and Charging Specifications

48V Battery Solar Inverter FAQ

Does the inverter support lithium and lead-acid batteries?

Yes. Both battery types are listed, but the charging voltages and current settings must match the selected battery system.

Does 120A PV plus 120A AC provide 240A charging?

No. The formal table lists a maximum combined photovoltaic and AC charging current of 120A.

Can every 48V battery accept 120A charging?

No. The permitted current depends on battery capacity, chemistry, BMS or protection rating, cable size and DC protection equipment.

What are the listed battery charging voltages?

The specification lists 56V for floating charge and 60V for overcharge protection. Final settings must follow the battery supplier’s instructions.

What is the purpose of the CT/Meter interface?

The interface can support compatible energy measurement and system-control functions when the required external devices and settings are used.

48V Battery Inverter Project Support

This solar inverter is suitable for battery distributors, solar installers and system integrators requiring a 48V platform with high-current photovoltaic and AC charging.