Using a DC to AC inverter

Using a DC to AC inverter is a great way to help you get power no matter where you are. So long as you have a battery in which you can plug your DC power inverter, you will be able to have the power you need in order to use the electronic device. Of course, you need to make certain you have purchased the DC/AC inverter that provides you with the proper watts and voltage as well as other special needs that you might have. To gain a better understanding of how DC/AC inverters work, it is a good idea to understand what the various terms mean.

Understanding Watts And How They Relate To DC To AC Inverters

In short, the watts are a measurement of how much power an electronic device uses when it is turned on. In mathematical terms, it is determined by multiplying the voltage times the amps. In the case of a DC inverter, the watts are a measurement of how much power it can supply. You might hear the term "watts per day" while looking for an power inverter, but this is really a misleading term and is much like saying that something moves at a speed of so many miles per hour per day.

Rather than considering the watts per day when purchasing a DC to AC inverter, you should concern yourself simply with the wattage the inverter can supply. You might also concern yourself with the watt-hours, or KWH. This number refers to the number of watts the appliance pulls during a specific number of hours of use. With a light that pulls 100 watts, for example, it would use 900 watt-hours during a 9 hour period because 9 times 100 is equal to 900. This is the figure that is used by the power company to determine how much you owe on your bill each month.

Understanding Amps And How They Relate To DC To AC Inverters

A DC/AC inverter also has an amp reading. Amps are a measurement of the electrical current. The thickness of the wiring used with the DC/AC inverter is determined by the amps, with hire amp amounts needing thicker wires because the amps create more heat. If the wires used with power inverter are too thin, they become overheated and voltage drops may occur.

Amps can also be measures in amp-hour, or AH. The AH is more important when talking about DC/AC inverters because this determines the battery capacity. In turn, this determines how long the DC to AC power inverter can run.

When deciding on the DC to AC inverter that is right for you, you need to make certain your battery amp rating is sufficient for your power needs. In addition, you should only look at DC inverters that are big enough to provide power to all of the appliances you may wish to use at any given time.