A compact and versatile off-grid inverter supporting both single-phase and split-phase output for small homes, shops, and remote installations. Designed for low-voltage battery systems with stable performance, built-in protections, and easy monitoring. Ideal for users seeking dependable backup or fully off-grid power.
HFP 1β5kW Single/Split Phase Off-Grid Inverter
The HFP 1β5kW Single/Split Phase Low Voltage Off-Grid Inverter is a reliable and efficient off-grid inverter designed for small residential setups, retail shops, rural homes, cabins, and backup power applications. Its ability to operate in both single-phase and split-phase mode makes it adaptable to different electrical standards and load requirements, giving users exceptional flexibility in off-grid system design.
Engineered for low-voltage battery compatibility, the HFP inverter enhances safety, improves battery charging efficiency, and extends overall system life. Its intelligent off-grid operation ensures smooth, uninterrupted delivery of power from solar and battery sourcesβperfect for areas with unreliable or nonexistent grid access.
The inverter is equipped with a bright LCD screen that provides real-time visibility into battery status, solar charging levels, load output, system mode, and fault indicators. This makes it easy for users and technicians to monitor system performance and troubleshoot issues quickly.
Designed for long-term durability, the HFP series includes multi-layered protection features such as overload protection, short-circuit protection, reverse polarity protection, over-temperature shutdown, and surge suppression. Its metal casing and internal cooling architecture ensure stable operation even in hot climates and demanding environments.
This inverter is ideal for:
* Off-grid homes and cabins
* Small commercial shops and kiosks
* Telecom and remote power stations
* Solar backup systems for essential appliances
* Rural electrification and community mini-grids
The HFP 1β5kW Off-Grid Inverter offers dependable performance, user-friendly operation, and long-lasting energy independence for small-scale solar power users.









