- Circuit topology
- full bridge
- Output voltage waveform
- sine wave
- Input voltage range
- 45-90V(V)
- Output voltage
- 185-265V(V)
- Output power
- 2000(W
- Inverter efficiency
- 92(%)
- Voltage regulation rate
- 5(%)
- Load adjustment rate
- 5(%)
- Output frequency
- 50-60(HZ)
- Maximum output power
- 2000(W)
- Continuous output power
- 1800(W)
45-90V/230V
Size Information
- Dimensions
- 450*196*88mm
Introduction
Small solar grid connected inverter can directly connect the electric energy generated by the solar panel to the mains through its output cable without additional equipment. The installation is very convenient and reliable. Instructions (required)
- Connect the output cable of the solar panel to the DC input terminal of the grid connected inverter to ensure that the polarity is correct, that is, the positive pole of the solar panel output is connected to the positive pole of the grid connected inverter, and the negative pole is connected to the negative pole. The recommended maximum output DC cable size is 8AWG, which can allow 30A current. If the length is less than 8 meters, the longer cable will lead to higher voltage drop. The output power of the solar panel ranges from 20W to 250W (TEG-250W).
- Select the specifications of grid connected inverter correctly according to your grid AC voltage, and turn the voltage selection switch in the inverter to the correct position.
- Insert the plug of the output AC power line of the grid connected inverter into the socket of the household power grid.
- When the grid connected inverter detects that the solar panel and the power grid are normal, the grid connected inverter starts to work and incorporates the energy of the battery panel into the power grid. The three green LED indicators will start to display cyclically from left to right. The faster the cycle display speed is, the more power is connected to the grid.
- If the grid connected inverter cannot detect the existence of mains power when the power grid is cut off, it will automatically stop supplying power to the grid to ensure safety. This function is called "anti islanding protection"
