Our busy schedule comes to a halt during a power outage. But the good news is that in today’s technological era, inverters are always at your rescue whenever you face a power cut. Depending on their capacity, they can run almost all the devices, from fans to sensitive, high-power equipment.
But before you pick an inverter, you should know about the technical difference between the different types of inverters available.
Different types of inverters
1. Pure sine wave inverter
These inverters produce wave output that mimics the grid’s power supply. So the outcome produced is smooth and stable, unlike their counterparts. Though these inverters are a bit expensive, they are the most efficient of all the available inverters.
They can power all the appliances, from domestic to heavy industrial equipment.
2. Modified sine wave inverter
These inverters produce a modified output that combines square and sine waves. While using a modified sine wave inverter, the voltages often fluctuate, failing to operate heavy industrial appliances.
3. Square wave
Square wave inverters produce output in square waveform and are much simpler in design than other inverters. They create higher harmonic distortions and are unfit to power specific electromechanical devices.
What equipment can you operate on a sine wave inverter?
You can operate most alliances with these inverters, from fans, lights, heaters to TV, Ac, etc. But there are specific devices that specifically work only with these high-power inverters. For example,
- Laser printers
- Medical equipment
- Photographic strobes
- Pellet stoves
- Induction cookers
- Digital timers
So if you own any of these appliances, you necessarily need high-power inverters.
5 Reasons to choose sine wave inverters
Before you purchase any inverter, you need to know the reasons that make these inverters the best choice for you. Here are five reasons for choosing them over other inverters:
1. Output wave
These inverters produce waves that mimic grid supply and have fewer harmonic distortions. So the inverter provides a stable and smooth power supply during outages. As a result, you can safely run sensitive appliances like AC, TV, microwave, etc., on these industrial power inverters.
However, it is not the case with other inverters, and their output is distorted and can cause damage to appliances.
2. Minimum power loss
These inverters are more efficient than their counterparts. So the conversion losses are less in these inverters, leading to less electricity consumption. At the same time, square waves and other inverters are less efficient and cause conversion losses, thereby consuming more electricity.
3. Quick charging
They charge pretty rapidly compared to other inverters, thus saving you more electricity. And in commercial establishments too, quick charging is essential for the smooth operation of equipment like lifts, elevators, etc.
4. Reduced noise and glitches
Other inverters produce electrical noise while operating appliances like fans, TV, fax machines, etc. Also, they cause glitches in printers, computers, and other devices. These inverters do not produce that much noise and glitches
These inverters ensure the smooth functioning of your equipment and prolong their life.
5. Reasonable price
Comparing the prices of the sine wave and other inverters, initially, their price may seem high. But in the long term, sine wave inverters prove to be a boon because of their efficiency and extended power supply. Moreover, they do not cause wear and tear to your sensitive appliances.
So you save a lot of money on repairs and replacement.
With so many benefits, it is now clear that purchasing sine wave inverters would be a wise decision. And buying them from a leading inverter manufacturer company like Exeltech makes your investment worth it.
Call our toll-free number 800-866-4683 if you need any assistance choosing the best industrial power inverter. Our experts will help you bring home the inverter with advanced technology, higher efficiency, and maximum output.