Why Galaxy 261L+80kW Hybrid Inverter？
Galaxy 261L+80kW Hybrid Inverter System feature an intelligent fire protection system, combining the RS311 smoke-temperature detector, QRR0.15G/S-PFK thermochemical aerosol extinguisher, and audible-visual alarm for early, precise fire detection, instant warning, and rapid, efficient suppression. Compact, fast-acting, low-maintenance, and highly adaptable, this system ensures comprehensive safety and stable operation of the energy storage system.
Galaxy 261L+80kW Hybrid Inverter System integrates FFD POWER’s proprietary ANY PORT SCADA system, enabling a parallel communication architecture between local and remote control units. By connecting the Siemens PLC, PCS, BMS, and TSO (Transmission System Operator) interface to a unified gateway, the system can simultaneously support local control logic and remote dispatch. Meanwhile, the Siemens PLC ensures local safety interlocks and control logic remain fully functional and secure. This architecture guarantees both fast external responsiveness and robust local reliability.
Galaxy 261L System supports seamless integration of an external hybrid inverter, offering a plug-and-play connection to the all-in-one energy storage cabinet. The modular external inverter design avoids complex on-site wiring, reduces installation time, and allows flexible placement to adapt to site constraints. This configuration minimizes space occupation, simplifies deployment, and ensures quick commissioning while maintaining system reliability and performance.
Galaxy 261L+80kW Hybrid Inverter System supports seamless switching between grid-connected and off-grid modes, ensuring stable and uninterrupted power supply. It can be AC-coupled to retrofit existing solar systems, enabling efficient upgrades without replacing current PV infrastructure. With 100% unbalanced output capability, it ensures reliable performance even under uneven load conditions. The system supports up to 10 units in parallel for both on-grid and off-grid operation, as well as multiple battery packs in parallel, offering high scalability. Additionally, it can store energy from diesel generators, making it ideal for microgrids, hybrid renewable systems, and off-grid sites requiring versatile power sources.
