Inverters are standard in every household and commercial platform with multiple uses ranging from powering home appliances to heavy industrial equipment. 

But when it comes to investing in suitable industrial power inverters, it’s difficult to choose because of the many associated myths. Let us now debunk all these myths revolving around sine wave inverters, their working, and their benefits:

Why inverters? 

We need inverters as a power backup when there is a power outrage. The electricity gets stored in the inverter batteries, and whenever there is a power cut, inverters supply this stored electricity to power appliances. We can use as many devices as we need with the power provided by inverters. 

These are the three most common types of inverters and their features:

  1. Square wave
  • Square waveform
  • Inexpensive
  • Creates noise due to harmonic distortion
  • Pure sine wave
  • Pure waveform
  • A bit expensive, but the overall cost is low
  • Noiseless and does not produce any distortions
  • Modified sine wave
  • The waveform in between square and sine waves
  • Price similar to square wave inverters
  • Produces fewer distortions than square waves 

Facts and myths surrounding pure sine wave inverters

Pure sine wave inverters are astonishing devices changing their battery’s direct current DC into alternating current to match the grid’s AC supply. Their design gives us the maximum output. 

But they are often misunderstood in terms of their functioning. We will discuss the myths and facts surrounding typical true sine wave inverters

Myth 1: They are expensive

False! Though their initial prices may be high, their total cost is pretty economical. In fact, by using true sine wave inverters, we save much more than we have invested. Here is how:

  • These inverters keep the appliances safe, thereby prolonging their life. 
  • Since they produce pure sine waves, they consume less power. Thus we save a lot on our electricity bills. 

Myth 2: You do not require them to power all home appliances

False. You need pure sine wave inverters to run all the devices. Some retailers might fool you into purchasing modified sine wave inverters instead. And you may also get convinced because of their lower cost. 

But remember that modified inverters have a higher THD (Total harmonic distortion) than sine waves which can harm your appliances. 

Electronic appliances like television, microwave, motors, etc., are delicate and can operate safely on pure sine wave inverters. On the contrary, the distortions of other inverters can damage them. 

Myth 3: They are not readily procurable

Again, it’s just a myth. With their increased use in homes and industries, pure sine wave inverters are manufactured on a large scale. So there’s no chance of their unavailability. 

They are available at any trusted manufacturer. Keep in mind to know your needs to make an intelligent choice. 

What are the benefits of using pure sine wave inverters

1. Provide clean power

It provides power similar to what we receive from the powerhouse. 

2. Noiseless and consume less power. 

Inverters produce harmonic distortions like a square wave and modified square wave. Though these distortions are useless and wasted in heat energy, we also end up paying for them. 

However, the same is not true for sine wave inverters. 

They consume less power because they do not produce any such distortions. 

3. Provide consistent current and voltage

Homes and offices receive constant power of 230V from power stations. But the voltage tends to fluctuate with square wave inverters, which is detrimental to appliances, thus reducing their life. 

However, sine wave inverters do not fluctuate and maintain a constant voltage around 230V.

So, if you want to make an informed choice and are looking for any reliable inverter retailer, you can turn to an inverter manufacturer like Exeltech for help. We have a wide range of economically priced modular inverters. 

Our technicians will take note of your requirements and let you pick the best sine wave inverter as per your requirement.