Shore Power Energy: LFP Energy Storage Systems, Outdoor Cabinets & Single-Phase Inverter Manufacturer

Shore Power Energy offers high-density LFP battery storage systems (LiFePO4 chemistry) from 10kWh to 1MWh+ with modular racks, intelligent BMS, and remote monitoring. Perfect for commercial peak shaving, industrial backup, mining operations, and solar self-consumption. Scalable architecture with CAN/RS485, IP65 protection, and 10+ years design life.

All-in-one outdoor cabinet combining LFP battery, hybrid inverter (up to 6 MPPT), PCS, and cloud-based EMS. IP55 rated for harsh environments, ideal for microgrids, EV fast charging, telecom sites, and remote industrial facilities. Available in 50kW/100kWh to 250kW/500kWh configurations with pre-wired plug-and-play design.

High-efficiency single-phase hybrid inverters (3kW–12kW) with dual MPPT, anti-islanding, and self-consumption optimization. Integrated smart energy management enables time-of-use shifting, backup power, and remote firmware updates. Perfect for residential, light commercial, and small business solar+storage installations.

Turnkey 20ft/40ft containerized BESS solutions with liquid cooling, multi-MPPT, and advanced EMS. Capacities from 500kWh to 5MWh per unit, designed for utility-scale, mining, and industrial parks. Features include grid-forming capability, black start, and compatibility with floating PV systems. CE, IEC, and SABS compliant.

Modular battery cabinets (up to 200kWh per cabinet) with intelligent BMS featuring cell balancing, thermal runaway prevention, and predictive analytics. Paired with cloud-based EMS offering real-time visualization, load forecasting, and automated demand response. Ideal for expanding existing PV plants and distributed storage networks.

Complete distributed energy storage solutions with floating PV systems, load controllers, and SCADA-ready data acquisition. High conversion efficiency inverters (up to 98.6%), anti-islanding protection, weak-light performance modules, and expandable battery racks. Supports self-consumption, grid services, and hybrid microgrid architectures.