RCT Power Residential - Three Phase

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RCT Power has partnered with global inverter specialist Solinteg to deliver a fully compatible three-phase hybrid inverter solution for the RCT Power battery energy storage system. This partnership enables homes and businesses with three-phase electrical connections to access the full performance, reliability, and flexibility of the RCT battery platform, without compromise.

At the core of the solution is seamless integration between the Solinteg three-phase hybrid inverter and RCT’s modular lithium battery stacks. Together, they operate as a unified system—intelligently managing solar generation, battery charging and discharging, and grid interaction in real time. This ensures optimal use of available energy, reduced reliance on the grid, and improved protection against rising energy costs and outages.

Solinteg is a rapidly growing renewable energy technology company specialising in advanced hybrid inverter systems. With deployments across Europe, Africa, South America, Asia, and Australia, Solinteg has built a strong global reputation for reliability, intelligent energy management, and robust performance in demanding environments. Their hybrid inverter technology is designed specifically to support modern battery storage applications, enabling precise control of energy flows and seamless operation across all three phases.

When combined with the proven performance of RCT Power’s battery technology—engineered and manufactured in Germany—the result is a highly capable and scalable three-phase battery energy storage solution. The system is ideally suited to larger residential properties, commercial facilities, and sites with higher energy demands, where balanced three-phase supply and intelligent energy control are essential.

This dual-branded solution brings together the strengths of two specialist manufacturers: RCT Power’s industry-leading battery technology and Solinteg’s advanced hybrid inverter platform. The result is a complete, integrated energy storage system designed to maximise self-consumption, improve energy independence, and provide long-term performance you can rely on