Solis S6-EH3P125K10-NV-YD-H 125kW Three-Phase Hybrid Inverter
Supports both DC and AC coupling, for flexible retrofits and system expansions;
Ensures reliable backup power across diverse scenarios through battery reserve management;
Extends supply time for critical loads with intelligent load prioritization;
Offers a versatile three-in-one interface for seamless integration of on-grid PV, wind power and diesel generators;
Achieves on- and off-grid transitions in less than 10ms, ensuring an uninterrupted power supply;
Supports multi-unit parallel operation up to 1.25MW (Solis STS cabinet recommended for systems over 6 units)
Product Description
Solis, a global leader in PV inverter technology, proudly introduces its groundbreaking 125kW Wall-Mounted Three-Phase Hybrid Inverter. Launched during Intersolar Europe 2025 to mark the company’s 20th anniversary, this powerhouse is engineered to deliver unmatched performance, intelligence, and reliability for medium to large-scale commercial and industrial (C&I) applications.
Designed for sectors with high and critical energy demands—such as manufacturing plants, data centers, hospitals, shopping malls, and large agrivoltaics setups—this inverter integrates advanced energy management into a single, robust solution. It empowers businesses to maximize solar self-consumption, ensure operational resilience during grid outages, and significantly reduce energy costs through intelligent optimization.
The Solis 125kW Hybrid Inverter is more than just a component; it is a future-proof, intelligent energy hub for the modern commercial and industrial enterprise. By combining industry-leading power density, military-grade resilience, and AI-driven optimization in a single, ruggedized package, it sets a new benchmark for what businesses can expect from their solar and storage investments.
FAQ
It integrates a PV inverter, a battery converter (PCS), a grid/generator switch (STS), and an Energy Management System (EMS) into a single unit. This simplifies system design, reduces installation time and balance-of-system costs, and ensures pre-tested compatibility and reliability between all components.
It is ideally engineered for Commercial and Industrial (C&I) applications with high and critical energy demands. Prime examples include manufacturing plants, data centers, hospitals, large retail stores, office buildings, and agricultural facilities (agrivoltaics) seeking energy independence, cost savings, and backup power resilience.
The inverter switches from grid-tied to off-grid mode in less than 10 milliseconds. This ultra-fast transition, coupled with its ability to provide high surge power (160-200% overload), ensures that sensitive equipment and critical industrial processes experience no interruption.