Integrated 6kW inverter, 16kWh LiFePO4 battery, BMS, EMS, LCD display and WiFi monitoring in a single IP20 indoor cabinet — one unit, one install, full home energy independence.
Everything residential energy storage needs — battery, inverter, BMS, EMS, display, WiFi — pre-integrated in a single indoor-rated cabinet.
Inverter, LiFePO4 battery, BMS, and EMS pre-integrated in one IP20 indoor enclosure — no external inverter, no field wiring between modules.
Plug-and-play commissioning cuts install time versus a battery + inverter pairing. Fewer SKUs, fewer cables, fewer compatibility checks.
Multi-layer BMS protection with thermal management, overcurrent and short-circuit safeguards, designed for residential indoor environments.
Handles motor-start and high-inrush appliances (AC compressors, water pumps) without external soft-start equipment.
On-board LCD display and WiFi monitoring app give homeowners real-time SOC, load, and PV-yield visibility out of the box.
≥6,000 cycles at 80% SOH — Grade A LiFePO4 cells deliver decade-plus service life in daily self-consumption use.
Store excess solar energy during the day and power your home in the evening — maximize self-consumption and reduce grid dependence.
Automatic switchover with 12kVA surge capacity provides reliable backup power during grid outages for all household loads.
Charge during off-peak hours and discharge during peak tariff periods to minimize your electricity bills.
Self-consumption maximisation, time-of-use arbitrage, and backup power for homes with rooftop solar.
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PV + battery + diesel coordination for off-grid villas, rural properties, and areas with unreliable grid supply.
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This page groups the available Hua Power All-in-One Residential Battery ESS options and links to individual model pages for detailed review.
The page links to these listed model pages: HC-UPSRAP16I. Review the individual product page when comparing configurations.
The page identifies these uses or related solution areas: Home Self-Consumption; Emergency Backup; TOU Optimization. Review the page context and project requirements when assessing a use case.
Review required power, energy duration, electrical interface, installation location, operating profile, and applicable project requirements before finalizing a configuration.
Share your household consumption, solar array size, and backup requirements. Our team will recommend the right configuration.
Intelligent energy storage systems deployed across 30 + countries since 2015.
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