Advanced Hybrid Inverter for High-Performance Solar Systems
The Solis S6 15kW 3 Phase Hybrid Inverter with DC - 4 MPPT for HV Batteries is a versatile and efficient energy management solution for commercial and large residential solar installations. With intelligent energy control, seamless battery integration, and a powerful 15kW output, this inverter maximises solar energy utilisation while providing robust backup power.
High Efficiency and Flexible Power Management
Designed for high-voltage battery storage systems, the Solis S6 15kW 3 Phase Hybrid Inverter with DC - 4 MPPT for HV Batteries supports up to 50A charge/discharge current and achieves a peak efficiency of 98.5%. Its four independent MPPTs (Maximum Power Point Trackers) optimise energy harvest from multiple array orientations, improving overall system performance.
Key Features and Benefits
  - 15kW rated power output for large-scale solar systems
  - 4 MPPTs for efficient power tracking across multiple solar arrays
  - 50A max charge/discharge current for fast battery cycling
  - 200% surge power backup overload capability for 10 seconds
  - Supports 6 units in parallel for scalable energy storage solutions
Seamless Backup and Grid Integration
The Solis S6 15kW 3 Phase Hybrid Inverter with DC - 4 MPPT for HV Batteries features an automatic UPS switching function, ensuring uninterrupted power supply during outages. It supports peak shaving control, reducing grid reliance by prioritising battery-stored energy when grid prices are high.
Reliable and Safe Operation
  - IP66-rated enclosure for outdoor and indoor installations
  - DC arc-fault circuit protection (AFCI) for enhanced safety
  - Supports unbalanced and half-wave loads on both grid and backup ports
  - Intelligent redundant fan cooling for temperature regulation
Smart Monitoring and Connectivity
With built-in Bluetooth, LED display, and app connectivity, the Solis S6 15kW 3 Phase Hybrid Inverter with DC - 4 MPPT for HV Batteries allows remote system management. It supports CAN, RS485, Ethernet, and optional Wi-Fi or cellular communication for real-time monitoring and control.