FAQ

FREQUENTLY ASKED QUESTIONS:

*WHAT IS AN INVERTER AIR CONDITIONER?

An inverter uses compressors that have what’s called a “variable-frequency drive.” This allows the compressor to work at multiple speeds to meet the optimal temperature a person sets. After the set temperature is reached, less cooling power is required to maintain the temperature, and thus less energy is consumed. 

The efficient system of inverters allows energy savings of up to 69%, depending on the manufacturer.  They also use an eco-friendly refrigerant called R410A that eliminates harmful CO2 emissions. Inverters can handle greater extremes in temperature, are smoother and more stable in operation, and can achieve efficiency without compromising comfort.

* INVERTER VS NON-INVERTER

A conventional air conditioner uses compressors that have two settings-on or off. This system can only operate at a constant speed which is too powerful to maintain a set temperature. In order for conventional air conditioners to achieve the set temperature, it repeatedly switches the compressor to “on” or “off.” This frequent action in the compressor causes it to use more electricity, wears down parts more quickly, creates a lot of noise, and causes your room temperature to fluctuate up and down around the set temperature as the system continuously corrects itself.

On the other hand, inverter air conditioners use compressors with a variable-frequency drive. This allows the compressor to work at multiple speeds besides the on or off function. Inverter systems then meet the temperature set by either speeding up or slowing down the compressor to reach the optimal temperature thereby achieving efficiency by eliminating the abrupt start and stops of traditional systems. The precise method of maintaining the set temperature efficiently allows the system to consume less energy, providing you with accumulated savings especially for long term usage.

*HOW TO COMPUTE YOUR ROOM'S COOLING CAPACITY

Cooling capacity determines the rate of how much heat can be removed from a given space. Generally, the cooling capacity is directly related to the size of the room being cooled. However, there are several other factors you must take into consideration in helping you determine a better estimate of the cooling capacity your space requires. We call these other factors as heat loads. Basically, these are the elements in your room that give off heat like electronic appliances, lighting, glass walls or windows, and even the people occupying the room. 

To help you calculate for the cooling capacity you need, use the table below. For the Room Area, choose whether you’re using an Inverter or a Non-Inverter Air Conditioner.

*HOW TO COMPUTE BTU/HR TO HP TO TR

Cooling capacity is measured in British Thermal Units per Hour (BTU/H), Horse Power (HP), or Tonner (TR). Manufacturers may use one over the other. To help you keep up with these three different measurements, use the table below: