Inverter Sigenergy SigenStor EC 12.0 TP, 12kW/13,2kVA, hybrid, three phase, 2 MPPT - 10 years warranty

The Sigenergy SigenStor EC 12.0 TP 12 kW / 13.2 kVA three-phase hybrid inverter is an intelligent and scalable solution designed for high-capacity residential photovoltaic installations and commercial projects requiring balanced management of solar production, battery storage and self-consumption on a three-phase grid. Intended for professional installers, this energy controller integrates into the SigenStor ecosystem to manage power flows between photovoltaic panels, compatible battery storage, the electrical grid and building loads. With a nominal power of 12 kW and an apparent power of 13.2 kVA, it is particularly suitable for high-consumption three-phase homes, buildings equipped with heat pumps, EV chargers or electrical equipment distributed across several phases. Equipped with 2 MPPT trackers, it can manage two solar panel orientations or two separate roof sections, optimizing production when modules are installed on different roof planes or exposed to varying sunlight conditions. Its hybrid technology allows surplus solar energy to be stored and used later when production decreases, especially in the evening or during peak consumption periods. The SigenStor EC 12.0 TP stands out for its modular architecture, designed to support changing building energy needs and simplify progressive battery storage integration. Its three-phase output ensures more balanced energy distribution, an important advantage for sites equipped with technical loads or high-power appliances. Its modern design, high efficiency, integrated communication and advanced protection features help secure the photovoltaic installation and simplify daily operation. Compact and suitable for both residential and commercial environments, it simplifies on-site installation and enables clear supervision through Sigenergy connected solutions. Backed by a 10-year warranty, the Sigenergy SigenStor EC 12.0 TP is a reliable, efficient and durable solution for modern three-phase hybrid photovoltaic installations.