AOHAI has introduced its new GSA Off-Grid Inverter Series, designed for residential off-grid power applications. Available in 5–6.2kW and 10.2–12.4kW models, the series combines flexible PV input, high load-handling capability and durable design to support a range of household energy needs.

Flexible PV Input for Greater Solar Utilization

The GSA series supports up to 200% PV oversizing, allowing larger solar arrays to be configured to suit different system requirements. The 6.2kW model supports up to 12,000W of PV input, while the 12.4kW model supports up to 24,000W. This flexibility helps maximize the use of available solar resources and provides more options for system design.

Designed for Demanding Home Power Needs

To accommodate household appliances with high start-up power requirements, the GSA series supports output at twice its rated power for up to 5 seconds. This capability helps handle start-up surges from inductive loads such as refrigerators and water pumps.

The series also features a 4ms transfer time between grid and battery modes, helping maintain power continuity for connected loads during switching. In addition, it can deliver full rated output at ambient temperatures up to 40°C, supporting operation in hot-climate environments.

Durable Design, Backed by a 5-Year Warranty

Designed for long-term operation, the GSA series features IP54 protection and a modular internal structure that facilitates maintenance. The series is backed by a 5-year warranty, providing additional assurance for users.

Both standard and PRO versions are available. The standard models feature a segment display, while the PRO models offer a touchscreen interface, giving users flexibility in selecting their preferred operating experience.

With flexible PV configuration, excellent load adaptability, and a durable design, the GSA Off-Grid Inverter Series meets diverse household power needs and offers more power supply options. From powering everyday appliances to running multiple loads simultaneously, it adapts to actual household electricity demands, delivering stable and reliable power for everyday living.