How does an Inverter Work?
An Inverter takes DC power and converts them into AC. It is done with help of electronic circuits
that convert DC voltage into AC and amplying it to grid voltage of 220-240 v.
In the time of power cut, the inverter identifies the loss
of main power and starts generating backup Ac Power. This allows an electronic
device to function normal during power cut.
When grid power is restored, the inverter stops generating
AC power from mains supply.
Components of Home Inverter System
- Inverter Unit – The inverter unit is the brain of the system.
- Battery – Battery provides the back-up DC power to inverter.
- Trolley – Trolley is used to house the inverter unit and battery and to move them around.
Depending upon the type of AC waveform generated by inverter it is classified as
- Pure Sine Wave – It is the purest waveform that an inverter can generate
- Digital Sine Wave – It is not a pure sine form. But have a digital approximation of it.
- Square Wave - As name suggests waveform generated here is a pure square wave.
There are several batteries available in the market. They are
following.
- Tubular batteries – These batteries are specifically designed for inverter batteries and have several applications.
- Sealed maintenance free batteries – These batteries have thicker electrode plates to provide high current for long intervals.
- Flat plate batteries – These are a type of traditional lead batteries and used in market for a long time.
For details visit here : www.oriontechnologies.co.in
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