The high-frequency inverter converts the low-voltage direct current into high-frequency low-voltage alternating current through high-frequency DC/AC conversion technology, and then is boosted by a high-frequency transformer, and then rectified into a high voltage of 300V or more through a high-frequency rectification and filtering circuit. DC power, and finally through the power frequency inverter circuit to get 220V power frequency AC power for load use. Advantages and Disadvantages of High-Frequency Inverter: The high-frequency inverter uses a small-sized, lightweight, high-frequency magnetic core material, which greatly increases the power density of the circuit, making the no-load loss of the inverter power supply small. The efficiency has been improved. Generally, the high-frequency inverter peak conversion efficiency is over 90%.

1. Sine wave discharge technology, "green" without pollution
2. Any number of different power modules can be connected in parallel for easy expansion.
3. A variety of discharge modes, free and convenient
4.RS232/RS485 communication interface
5. Vector Control Technology
6. Users can customize to increase the fast charging function under the condition that the hardware is unchanged.
7. Pulse width modulation, vector control, maximum power point tracking technology
8. It is suitable for grid-connected operation of photovoltaic power plants or variable-speed wind turbines. It can also be operated in parallel through multiple units. The grid-connected power of a single power station can reach more than 3000KW.