GW3000-DNS-30 GOODWE 3.0KW GRID TIE INVERTER (3.0kw Low Voltage 1-phase, 230 Volts)GW3000-DNS-30

3.0 kW | Single Phase | 2 MPPTs

GoodWe is a company that specializes in the manufacturing and distribution of solar inverters and energy storage solutions. An inverter is an essential component of a solar energy system as it converts the direct current (DC) electricity generated by solar panels into alternating current (AC) electricity that can be used to power appliances and fed into the electrical grid.

Superb Safety & Reliability

Being compatible with high power modules, and allowing a maximum 16 A input current per string, the competency of this inverter is considerably improved. The 150% DC input oversizing and 110% AC output overloading capability, and 97.9% maximum efficiency drive your inverter to its full capacity to increase your power output under various solar radiation conditions.

Optional AC & DC Type II SPD & SPD failure alarm

Optional AFCI

Smart Control & Monitoring

DNS G3 Series supports dry contact connection and multiple protocols including Modbus RTU and Sunspec to realize amazing communication flexibility. In addition, users can take all-around control of energy management utilizing the featuring 24-hour load consumption monitoring enabled by GoodWe HomeKit 1000 with direct access to transparent data that quantify the system performance.

Dry contact connection

Multiple communication protocols

24-hour load consumption monitoring

Optimal Generation

The GoodWe DNS G3 series inverter is specially designed for single-phase residential applications. Integrated with high-current input and DC input oversizing capabilities, the series can bring you optimized power generation and make substantial returns. With its lighter and fanless house fit-in compact design, the DNS G3 inverter provides a reliable power supply yet runs at a super quiet operation below 25dB. The inverter also takes safety measures including optional Arc Fault Failure Interrupter (AFCI) and Type II Surge Protection Device (SPD) on both sides to protect the system from electrical fire and lightning hazards in extreme environments for guaranteed safety.