Buying a 220 volt Power Inverter - What You Need to Know to Get the Right Inverter
Inverters are no more part of the luxury list, they have
moved into the list of necessities. With work and personal like depending a lot
on the availability of power, it makes sense to go in for a power inverter. Choosing
one may sometimes not appear as easy as the decision to go in for one. However,
with the right selection criteria you can zero in on one in the shortest
possible time. Here is how you can home in on the right 220 volt
inverter.
Wattage
considerations
You do not have to be a geek to figure out the requirements.
Take into consideration the number of appliances that you want to be powered by
the inverter. Each appliance would have a rated amperage. Add the amperage of all
the desired appliance and multiply the total into 120. This will give you a
number. And the ideal wattage of the inverter that you need to install in your
residence should be more than the number.
This is the simplest way of calculating the wattage.
Signal output –
sinusoidal waves
This could appear a little technical for those who may not
be technically sound. However, it is a very simple requirement. The signal
output of inverters may either be sinusoidal, or square. Insist on a sinusoidal
waveform, which may actually be slightly more expensive than a square waveform
model. However, the benefits of a sine wave model far outstrip the difference
in pricing. The results can be seen in more efficiency, and lesser consumption
of power. Ideally sine wave inverters are more reliable and suitable for
sensitive equipment.
Battery capacity
The soul of the invertor, the battery capacity determines
the efficacy of the inverter. Look for the Ah value in an inverter. Ah in other
words is Ampere Hours and this will tell you how long the battery is expected
to last, considering the wattage requirement. The total wattage requirement
needs to be multiplied by the number of hours you may need the inverter to
support you with power and this value needs to be divided by the voltage of the
battery. The figure that you see at the end of the calculation should be the
minimum Ah of the inverter.
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