SolisStorage EverCore 125kW Hybrid Inverter + 261.24kWh LiFePO₄ C&I Energy Stora

SolisStorage EverCore 125kW Hybrid Inverter with 261.24kWh Commercial and Industrial Energy Storage System (C&I ESS) is an advanced high-voltage battery energy storage solution designed for industrial facilities, factories, commercial buildings, large solar installations and high-demand electrical applications. The system integrates a 125kW three-phase hybrid solar inverter with a 261.24kWh lithium iron phosphate (LiFePO4) battery energy storage cabinet, providing solar generation integration, battery charging, grid interaction, backup power and intelligent energy management. The EverCore 261.24kWh battery cabinet features 314Ah LFP battery cells configured in a 1P260S high-voltage arrangement, providing a rated battery voltage of 832V DC and an operating voltage range of 754–936V DC. The battery cabinet incorporates 13 modular battery packs, each rated at 20.09kWh, delivering a total nominal energy storage capacity of 261.24kWh. The system operates at a maximum battery cycle rate of 0.5P and uses battery cells with a manufacturer-stated cycle life exceeding 8,000 cycles under specified test conditions. The integrated Solis S6-EH3P125K10-NV-YD-H hybrid inverter provides 125kW rated three-phase AC output and supports up to 250kW of usable solar photovoltaic input power. Its advanced PV input architecture features 10 independent MPPT trackers and supports up to 20 PV strings, enabling flexible integration with compatible large-scale commercial and industrial solar arrays. The hybrid inverter supports direct DC-coupled solar input and compatible AC-coupled solar systems, making EverCore suitable for new energy storage projects and expansion of existing solar installations. The system supports grid-connected and off-grid operation with a backup switching response of less than 10 milliseconds, helping maintain power continuity for appropriately designed critical electrical loads. Its separated AC and DC architecture simplifies electrical integration and supports modular system expansion. The EverCore platform supports compatible battery-side DC expansion and inverter-side AC expansion according to manufacturer system design requirements. The IP55-rated battery cabinet and IP66-rated hybrid inverter provide environmental protection for compatible demanding industrial and commercial applications. An advanced thermal management system combines industrial-grade cabinet air conditioning, battery pack air cooling and intelligent inverter fan cooling to support reliable operation across varying environmental conditions. Integrated safety features include electrical fault protection, battery monitoring, temperature monitoring, aerosol fire suppression, explosion relief provisions, firefighting water inlet and audible and visual alarm systems. Optional safety functions include flammable gas detection, explosion relief panels and explosion-proof exhaust fans, depending on project requirements and ordered configuration. The system supports SolisCloud remote monitoring and energy management, with standard WiFi, LAN, Bluetooth, CAN and RS485 communication interfaces for system integration and operational supervision. With an operating temperature range of -25°C to +55°C, a maximum operating altitude of 4,000 meters and optional C5 battery cabinet anti-corrosion protection, the EverCore platform is designed for deployment in demanding commercial and industrial environments. The SolisStorage EverCore 125kW + 261.24kWh ESS is suitable for industrial peak shaving, load shifting, solar self-consumption, time-of-use energy management, backup power and compatible commercial energy storage applications. For larger projects, compatible EverCore systems can be expanded according to manufacturer-supported AC and DC system configurations, allowing increased energy storage capacity and inverter output. The SolisStorage EverCore 125kW Hybrid Inverter with 261.24kWh Battery Energy Storage System combines high-capacity LiFePO4 storage, advanced hybrid inverter technology, intelligent monitoring, integrated protection and expandable system architecture for modern commercial and industrial energy management. Actual system backup duration, usable energy capacity, PV array design, parallel configuration and operating performance must be determined according to project load requirements, site conditions and the manufacturer's detailed engineering specifications.

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