Hybrid inverter SolarEdge SE10-RWB48BFN4 10 kW three-phase, battery-ready, 48 V

SolarEdge SE10-RWB48BFN4 is a hybrid three-phase inverter with 10 kW AC output designed for residential and light-commercial PV systems that require integrated battery storage. The inverter supports 48 V battery systems and provides coordinated solar-to-storage energy management, grid interaction and backup capabilities. Built for applications that demand efficient self-consumption, load shifting and resilience during grid outages, this model combines inverter functionality with battery-ready features to enable optimized energy use.

Advantages

The unit delivers three-phase 10 kW AC output with hybrid operation allowing simultaneous solar generation and battery charging or discharging. Its 48 V battery compatibility simplifies integration with common battery banks and energy storage systems. The inverter supports grid-tied operation with backup capability, offering configurable modes for prioritizing self-consumption or grid export. The design focuses on efficient conversion, system monitoring and safe battery management to support sustained performance and reliable energy transfer.

Suitable for

• Residential PV installations with multi-phase distribution and battery storage
• Small commercial systems seeking self-consumption and load shifting
• Properties requiring backup power during outages
• Installations that use 48 V battery banks for energy storage

Key specifications

• AC output power: 10 kW three-phase
• Battery voltage support: 48 V systems
• Operating modes: grid-tied with backup and battery charging/discharging
• Application: hybrid solar inverter for PV plus storage
• Mounting: wall or dedicated panel installation (indoor/outdoor-rated per manufacturer)

How to use

Install the inverter according to local electrical codes and the manufacturer's installation manual, ensuring correct three-phase AC connection and safe DC connection to the PV array and 48 V battery system. Configure the inverter settings through the built-in or cloud-based monitoring interface to select the desired operation mode (self-consumption, time-of-use load shifting or backup). Verify battery parameters, charge/discharge limits and grid interaction settings before commissioning. Perform initial tests to confirm PV input, battery communication and three-phase output balance.

Recommendations

For reliable operation, use compatible 48 V battery systems and follow recommended wiring, protection devices and earthing practices. Schedule periodic monitoring and firmware updates, and consult a certified installer for system sizing, protection coordination and commissioning to ensure optimal performance and compliance with local regulations.