Why do you need a Pure sine wave inverter?
Homes, retail outlets, offices, restaurants, hotels- what’s common between all of them? Every establishment needs power backup. Despite being connected to the main power grid there is always a chance for the power grid to have a black out. Without electricity, homes cannot run their refrigerators, office computers will shut down and hotel air-conditioning units won’t work. Earlier the choice was merely between a generator and an inverter. Today, the choice has expanded to pure sine wave inverters and modified sine wave inverters. Here’s what you need to know about them. What are pure sine wave inverters? An inverter provides electricity by converting DC power in the battery to AC power. The main difference between modified sine wave inverters and pure sine wave inverters is the way they make this conversion. Modified sine wave inverters convert DC to AC power in blocky signals. On the other hand, pure sine inverters make the conversion smoothly in the form of uninterrupted wa