TG series solar power inverter with mppt

Inverters are roughly divided into sine waves and correction waves. In the industrial field, sine waves are generally used, and sine waves are divided into high frequency and power frequency.

The principle of choosing an inverter is based on the power consumption characteristics of the load. Resistive loads (such as incandescent bulbs) use correction waves, and inductive loads (such as motors) use sine wave inverters. The prices of the two inverters vary widely.

If 1000VA on the inverter is its power standard value, the inverter with this standard value belongs to the industrial grade inverter, which can be used in the communication base station and equipment room. The stable type is relatively high, but the efficiency is not high frequency reverse The sine wave inverter is high, its maximum output power is 1000VA (the efficiency is 800W), but its instantaneous pulse can withstand the impact of more than 1600 watts.

The power frequency inverter is one of the inverters, and its basic function is also DC to AC. But it also has its own characteristics. The work of the power frequency inverter is generally to invert the DC power into the power frequency low-voltage AC power, and then boost it into 220V, 50HZ AC power for the load through the power frequency transformer.

pure sine wave hybrid solar inverter