- hisolar@cnhisolar.com
- +86-13905874507
Modified sine wave inverters can convert DC into AC, and its output waveform is corrected to be close to sine wave. It is mainly used in some occasions where the power quality is not high, such as lighting, small power motors, electric heating equipment, etc. It is widely used in the fields of household solar power generation, mobile power supply, emergency power supply, etc.
The output waveform of the modified sine wave inverters is somewhat different from the standard sine wave and contains more harmonic components. This may interfere with some precision electronic equipment and shorten their service life. In addition, the conversion efficiency of the modified sine wave inverter is lower than that of the pure sine wave inverter, and the heat generated is large, which may cause failures if it works for a long time.
Check the terminals regularly to ensure reliable connections without looseness or oxidation.
Keep the environment around the inverter clean and dry to avoid dust and moisture.
If not used for a long time, the inverter should be stored in a dry and cool place and powered on every 2-3 months to extend its service life.
In case of a fault, do not disassemble and repair it by yourself, but send it to a professional to avoid greater losses.
When a fault occurs, do not disassemble and repair it by yourself, but send it to professionals to handle it to avoid greater losses.
Regular inspection, reasonable use, avoiding overload, maintaining heat dissipation and moisture-proof are the keys to preventing potential faults of modified sine wave inverters. Once a problem occurs, ask professionals to repair it in time, and do not operate blindly.
Some key measures to prevent potential faults of modified sine wave inverters include:
A leading manufacturer of high-quality inverters and energy storage devices, our company has been providing reliable and innovative solutions for sustainable energy management for three decades.
