Conventional air conditioning of course you already know, because since the AC issued this type of an existing air conditioner or the term “his great-grandfather” AC: D. But over time and growing technological progress, various variants of AC appeared among Low wattage AC and AC Inverter.

Low wattage AC

AC electric power at low wattage largely consumed by the AC compressor. Small watt technology using a smaller compressor, so that electric power is smaller. And to achieve the same heat transfer capability (eg: 1 pk = 9000 BTU / hour), one of which is to strengthen the fan in the outdoor unit. If the volume of air is blown over a lot, then the heat is removed too much. For more details, please see how the air conditioning system …

Conventional AC 1 pk generally require power 800-880 watts.
Compared to conventional air conditioning, more efficient type of low wattage power ± 20% with a note, there are things that must be considered:

* Installation of AC pipes connecting the indoor and outdoor units <10 mtr
* Difference in height between outdoor and indoor units <3 mtr
* Outdoor louder
* The rate of cooling when first turned on more slowly

AC Inverter

Inverter technology is already commonly used in industrial production processes with the goal of “faster, more efficient and more accurate” (but of course the price is more expensive). The advantages are also applicable to AC inverter.

How AC inverter work?

AC inverter using current compressor with DC (Direct Current: direct current), such as the electric current generated by batteries. In contrast to the compressor with AC (Alternating Current: alternating current) which has a constant speed motor, DC motor compressor has a spin speed that can be regulated by how much electrical current is given. Imagine a toy car, with new batteries (electric current strength) will be speeding, while if the battery is worn out (weak electric currents), so slowly. Continue reading »