Here’s a Comprehensive Guide to Understand How a Power Inverter Works

An inverter is an auxiliary power unit responsible for supplying uninterrupted power during an electricity outage. While that is just a basic way of defining it, there’s a lot more that happens behind the scenes once the inverter kicks into action.

In this article we will understand the inner working of a power inverter to give you a glimpse into this wonderful piece of technology that has made our lives easier and helped us stay productive even during the longest of power cuts.

Source: Luminous

How Does a Power Inverter Work?

A power inverter converts DC voltage to AC voltage by converting the energy stored inside a battery. This conversion is important for the functioning of your home appliances, since the energy stored inside of batteries is direct current, whereas all our household appliances make use of alternating current to operate. Therefore, in short you can say an inverter is a standalone piece of hardware converting DC to AC voltage and supplies the power during an outage to keep our home appliances up and running.

Now that we have covered the basics of how a power inverter works, let’s look at a few types of power inverter technology that you can find in the market!

Pure Sine Wave Form

A pure sine wave form inverter is the latest technology being used by major brands as the power it supplies is clean, reliable, and consistent. It’s referred to as a pure sine wave because the current that is released from the power inverter resembles a sine waveform that is like the power being supplied by the grid. This makes these types of inverters reliable when it comes to supplying backup power to our home appliances with a higher power requirement. Moreover, the highly efficient nature of the pure sine wave ensures that adequate power supply can be maintained to power multiple devices at the same time without any dip in performance.

Modified Sine Wave

They too work great with multiple devices running at the same time, however there is a lag when it comes to the transition, meaning the time it takes for the power inverter to kick in once the is an outage. They are considered best for appliances that have resistive load and do not need a surge of power to start up. On the plus side, they are budget-friendly, making it suitable for customers who consider price to be a dominant factor.

Square Wave

Unlike the pure sine wave and the modified sine wave, they generate a square-shaped waveform. It’s ideal for running very few appliances at the same time, i.e., a few basic like a fan, or a light. They are economical, being placed on the lower side of the price-range. If budget is a constraint for customers, and they are looking for a basic inverter technology that supplies power to meet their basic power requirement, a square wave inverter is the ideal choice.

Final Thoughts

There you go, now that you are aware of the basics of a power inverter and the various technologies powering it, we hope that you will be able to make an informed decision when buying a new power inverter for your home or offer. Meanwhile, you can check out a few of the best power inverters by Luminous. They are market leaders, and well-known for manufacturing a few of the most stunning, efficient, and longest performing power inverters in the industry. So, if you are looking for an inverter powered by the latest hardware and technology, then don’t forget to check out their complete product catalogue!

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