Showing posts with label how emergency power systems work. Show all posts
Showing posts with label how emergency power systems work. Show all posts

Thursday, 28 December 2017

Improve Your Understanding of How Emergency Power Systems Works

Electricity is something we are severely dependent upon so when the power goes out for more than a few minutes, it is easy to feel annoyed. However, with the help of an emergency power system all of this can be avoided. Here we take a look at how emergency power systems work to help you get a better understanding of what you need to meet your requirements.

Inverter or Generator
An easy way to provide emergency power to the house is by means of engine-powered generator. These are relatively inexpensive products and produce clean, 120- or 240-volt sine-wave power. The fuel consumption is also fairly low at around a gallon for every two hours. Diesel-fuel or propane-based generators are also available in the market.
Using a generator has a number of disadvantages as well, and these are highlighted as under:

  • It is a nuisance to store the fuel
  • They make a lot of noise
  • The engine has high maintenance

An inverter is an electrical device where 12-volt power is converted into 120-volt power and typically runs off a deep-cycle battery that is bought to specifically power the inverter. It is an easy and inexpensive solution for low-wattage power demands. There are two main advantages to using an inverter:
  • They operate silently
  • They don’t require any maintenance except for the deep-cycle batteries

The conclusion that can be drawn from the above discussion is that an inverter is a good choice when the power load is very small and needs to be serviced over short time frames. It may be backed up by a large and elaborate battery system but the setup can become very expensive and may not be worth the investment.