1. The output waveform is different
Pure sine wave inverters generally use PWM to invert, and some even add multi-step inverters. The structure is complex, but the output waveform is good, and it is suitable for inductive loads and capacitive loads. Modified wave inverters generally use square wave inverters, and a few add ladder inverters. The structure is simple, but the output waveform is poor, so it is not suitable for inductive loads and capacitive loads.
2. There is a gap in efficiency
Compared with the modified wave inverter, the pure sine wave inverter has higher efficiency, stable sine wave output, high frequency technology, and is suitable for various loads.
3. Different applicability
The pure sine wave inverter is suitable for inductive loads, capacitive loads and resistive loads, and the modified wave inverter is only suitable for resistive loads. If the modified wave inverter is used on inductive appliances, it will emit a lot of noise, and The loss of electrical appliances is also very large.
pure sine wave
The output waveform of the pure sine wave inverter is good, the degree of distortion is very low, and its output waveform is basically consistent with the AC waveform of the mains grid. In fact, the quality of the AC power provided by the excellent pure sine wave inverter is higher than that of the grid.
The pure sine wave inverter has little interference to radio, communication equipment and precision equipment, low noise, strong load adaptability, can meet the application of all AC loads, and the overall efficiency is high.
All HTKbattery products use pure sine wave inverter output, although this makes our cost very high, but this is our rigorous performance of the product, we hope that our products will bring everyone a better experience. Looking for portable power station Manufacturer please click the website: www.htkbattery.com
Post time: Mar-21-2023
