
Home Use Off Grid Solar Kit 5kW 10kW 230V
Typical Applications:
Off-grid residences, Backup power for outages, Remote telecom stations,
Agricultural water pumps.
N-Type Bifacial Solar Panels – 22.8% Efficiency
All in One Off Grid Inverter – Silent Operation
Wall-Mounted Lithium Battery – 6000+ Cycles
Customized Roof Mounts – Easy Installation
Product Description
Off grid solar kit delivers a complete off-grid energy solution for homes, cabins, and small businesses. At its core are N-Type bifacial solar panels, which generate power from both sides for up to 30% more output than conventional modules, even in low-light conditions. The system includes single phase hybrid inverter that integrates MPPT charge control, a pure sine wave inverter, and automatic generator start functionality – all in one compact unit for seamless 24/7 power.
Energy storage is handled by a wall-mounted lithium iron phosphate (LFP) battery with 6,000+ deep-cycle capacity and built-in battery management (BMS). Its slim design saves space while providing stable performance from -20°C to 50°C. The kit’s customizable roof mounting system features corrosion-resistant aluminum alloy brackets, pre-drilled holes for fast assembly, and withstands 2400Pa wind loads and heavy snow.
Installation is simplified with PV cables, pre-configured connectors and detailed manuals. The modular design allows scaling from 5kW to 30kW by adding more panels and batteries.
Key Advantages:
Higher ROI – N-Type panels degrade slower (0.4%/year vs. PERC’s 0.8%);
Quiet & Fuel-Free – No generator noise/smoke; pure sine wave protects electronics;
All-Weather Ready – IP65-rated components for harsh climates.
Support Included:
Free layout design
Worry-free Warranty
Note: Specs can be adjusted for regional AC voltage and local certifications (UL, CE, IEC).


FAQ
5kW off-grid system typically powers:
Essential home appliances: Refrigerator, lights, fans, TV (8–10kWh/day).
Limited heavy loads: Washing machine (1–2h/day) or water pump (1hp).
Small offices: 2–3 computers + router for 8 hours.
Solar panels: 8–10 x 590W panels (5kW array, considering 4–5 peak sun hours).
Batteries: 2 x 10kWh LiFePO4 batteries (20kWh total, 2-day autonomy).
Key factors: Location (sunlight), load profile, and days of autonomy required.
Monthly: Clean panels, check battery terminals.
Annual: Inspect wiring, update firmware (if smart inverter).
Batteries: LiFePO4 needs no maintenance; lead-acid requires water top-ups.