Your typical dehumidification appliance will draw in about seven or eight amps. If you multiply that by 120 volts, you can use that to calculate the power your unit uses up (P=EI).  So for example if your unit is using about 8 amps, it would mean that your energy consumption is about 960 watts. OK now use that and compare it with another household electrical appliance such as a toaster for example. An average toaster would use about 1000 watts (assuming it is a small toaster). Therefore, if you were to run a dehumidifier in your room, what you will be doing is basically generating heat which is the equivalent of a small toaster, which would explain why you feel uncomfortable.

Still, look on the bright side, at least your unit is removing the moisture from the air around your home. According to the Temperature-Humidity Index numbers, the moisture that is on your skin evaporates a lot easier when you are exposed to a lower humidity level. If you want to know what is really going on though, there is no better way for you to do it than to actually test it out yourself, only then will you be able to tell.

Although an air conditioner is similar to that of a dehumidifier, the major difference between them is that in the dehumidifier, what happens is the air passes over a series of cooling units and immediately then over a heating coils before the air is eventually sent back into your room as dryer air. In an air conditioner however, the air does not pass over the heating coils, it comes directly into your room after it passes over the cooling units.

In an air conditioner, the Freon that has been heated will make its way through a tube which is located on the outside of your home and into the heating coils. The outside air will merely pass over it but not come into your home, instead it will go out directly into the environment. The water then condenses in the air conditioner and runs through a duct which will then fall onto the condenser coils before it evaporates and becomes steam outside the home.

To put it simply, you might as well get an air conditioner during the summer months since it has a dual purpose of removing all traces of moisture from the air and cooling your home at the same time. You’ll save a bundle on electricity bills!

Should I Buy An Air Conditioner With Dehumidifier Or Not?

If you are one of those people that ever wondered if you should run your dehumidifier during the hot summer months in the rooms around your home aswell as your air-con, you are not alone. The answer to this could be either yes or no.

The thing is to understand how a dehumidifier works. A dehumidifier extracts the humidity from the air around your home (hence the name dehumidifier), and the result is that you feel much more comfortable around your home because the relative humidity in the air has been reduced. Unfortunately, there is a downside to this because while the relative humidity may have decreased, what increases in its place is the temperature that could cause you to feel a tad uncomfortable. Confused? Try picturing this scenario if it helps make more sense:

The Air Conditioner With Dehumidifier Conundrum

Your typical dehumidification appliance will draw in about seven or eight amps. If you multiply that by 120 volts, you can use that to calculate the power your unit uses up (P=EI).  So for example if your unit is using about 8 amps, it would mean that your energy consumption is about 960 watts. OK now use that and compare it with another household electrical appliance such as a toaster for example. An average toaster would use about 1000 watts (assuming it is a small toaster). Therefore, if you were to run a dehumidifier in your room, what you will be doing is basically generating heat which is the equivalent of a small toaster, which would explain why you feel uncomfortable.

Still, look on the bright side, at least your unit is removing the moisture from the air around your home. According to the Temperature-Humidity Index numbers, the moisture that is on your skin evaporates a lot easier when you are exposed to a lower humidity level. If you want to know what is really going on though, there is no better way for you to do it than to actually test it out yourself, only then will you be able to tell.

Although an air conditioner is similar to that of a dehumidifier, the major difference between them is that in the dehumidifier, what happens is the air passes over a series of cooling units and immediately then over a heating coils before the air is eventually sent back into your room as dryer air. In an air conditioner however, the air does not pass over the heating coils, it comes directly into your room after it passes over the cooling units.

In an air conditioner, the Freon that has been heated will make its way through a tube which is located on the outside of your home and into the heating coils. The outside air will merely pass over it but not come into your home, instead it will go out directly into the environment. The water than which has condensed in the air conditioner will run through a duct which will then fall onto the condenser coils before it evaporates and becomes steam outside the home.

To put it simply, you might as well get an air conditioner during the summer months since it has a dual purpose of removing all traces of moisture from the air and cooling your home at the same time. You’ll save a bundle on electricity bills too. therefore there is no nede to buy and air conditioner with dehumidifier.