SGNE(Sino Green New Energy)-A-ES Series inverter

SGNE(Sino Green New Energy)-A-ES Series

(Americas Only) 5-9.6kW | Single-phase | Hybrid Inverter | HV Battery | up to 4 MPPT

The SGNE A-ES is a single-phase hybrid inverter designed to increase self-consumption of your generated solar PV. Our A-ES is compatible with high voltage (80-495V) batteries with a power capacity ranging from 5kW to 9.6kW. With up to 4 MPPTs, the A-ES inverter seamlessly adapts to complex residential rooftops. Equipped with rapid battery charge functionality and perfectly capable of powering large loads in back-up mode (up to 9.6kW).

UPS Function

Automatic Switch Time < 10ms

Keep the lights on during outages with SGNE’s amazing UPS Level Switching, which activates automatically in 10ms, powering your home’s most important appliances without causing any damage. Additionally, when operating in backup function, the inverter provides you with 120% peak output overloading.

4 MPPT & 50% DC Input Oversizing

Up to 4 MPPTS, the A-ES (5-9.6kW) is the perfect solution to feed solar power to large residential properties, covering all the corners of your rooftop and maximizing total solar generation. With 50% DC input oversizing capability, the A-ES series is driven to its full capacity by extra reflections added to the back of bifacial panels, designed to increase power output even under low solar radiation.

AFCI & Rapid Shutdown

The A-ES has been designed to meet the safety regulations of the American market, including Arc Fault Circuit Interrupter (AFCI) and Rapid Shutdown. The inverter is embedded with the Tigo RSS Transmitter, which facilitates rapid shutdown function.

Smart Meter Integrated

A GoodWe smart meter is integrated in the lower box. Only two CTs are required, greatly reducing cost and complexity of installation, saving both time and money.

Optional AC Bypass Switch

Should the inverter stop working, by switching the AC bypass switch, the inverter can quickly switch back to the grid for power supply, avoiding power failure of critical loads.