Solis S6 5KW Hybrid Generator Port

Solis S6-EH1P5K-L-PLUS 5kW Hybrid Inverter

The Solis S6-EH1P5K-L-PLUS 5kW hybrid inverter is a high-performance residential energy storage inverter designed for modern solar PV and battery systems. Engineered for reliability, safety, and scalability, it is ideal for homes requiring advanced backup power, generator support, and future expansion.

High-Power PV & Battery Compatibility

The S6-EH1P(3–8)K-L-PLUS series supports up to 32A MPPT input, making it fully compatible with today’s high-power solar panels. Integrated battery management and advanced protection functions ensure battery-friendly operation and long-term system stability.

Parallel Operation & Microgrid Capability

Multiple Solis S6 hybrid inverters can operate in parallel to form:

• Single-phase systems, or
• Three-phase microgrids

With a combined output of up to 48kW, the inverter is ideal for larger residential or light commercial applications.

Generator-Ready Backup Power

Featuring an independent generator input, the Solis S6-EH1P5K-L-PLUS allows battery charging and load support during grid outages, extending backup duration and improving energy security.

Ultra-Fast UPS Switching

With an automatic switchover time of <4ms, the inverter provides seamless transition from grid to backup power, ensuring uninterrupted supply to critical loads.

Key Features

• 200% overload capacity for 10 seconds
• Generator-compatible for extended backup operation
• Parallel inverter operation for scalable system design
• Dual backup outputs for intelligent control of critical and non-critical loads
• Excellent power stability, even with weak grid or generator fluctuations
• 6-stage timed charge and discharge scheduling

Ideal Applications

• Residential solar PV + battery systems
• Homes requiring generator-assisted backup
• Installations needing future scalability
• High-inrush or sensitive electrical loads

Why Choose the PLUS Model?

The PLUS version is designed for demanding power scenarios, offering enhanced flexibility, resilience, and long-term reliability for modern home energy systems.