AEP 6kW Single/Split Phase Off-Grid Inverter

The AEP 6kW Single/Split Phase Low Voltage Off-Grid Inverter is a compact yet powerful solution engineered for homes, small businesses, and remote installations requiring clean, reliable off-grid energy. With support for both single-phase and split-phase output, this inverter offers flexible deployment in a wide range of electrical setups, making it especially suitable for regions with diverse wiring standards and varying power needs.

Designed for low-voltage battery systems, the AEP inverter enhances safety, improves energy efficiency, and extends battery lifespan—ideal for users seeking long-term energy independence. Its intelligent off-grid operation ensures stable power delivery from solar and battery sources, providing uninterrupted electricity for lighting, appliances, pumps, and essential equipment.

A bright, full-color LCD display delivers real-time insights into system performance, including battery status, load levels, solar input, and operational modes. Multiple built-in protection mechanisms—such as overload protection, reverse polarity defense, short-circuit protection, over-temperature control, and surge suppression—ensure safe and reliable operation in harsh or remote environments.

Engineered with a durable metal casing, high-grade components, and optimized cooling pathways, the AEP 6kW Off-Grid Inverter is ideal for:
* Homes in off-grid or unstable-grid areas
* Small workshops and retail shops
* Farms, cabins, and rural installations
* Telecom and remote equipment stations
* Backup systems for critical appliances

With strong performance, robust engineering, and excellent flexibility, this inverter delivers dependable off-grid power for modern energy needs.

A versatile 6kW off-grid inverter supporting both single-phase and split-phase output for flexible home and small-business installations. Designed with low-voltage battery compatibility, advanced protections, and a high-visibility display for easy monitoring. Ideal for independent solar systems in remote or unreliable-grid environments.