The people of Australia are habitual of the scorching summer season and restless nights in the winter. This is why they rely upon high-quality reverse cycle air conditioning Hoxton Park systems to prevent these seasons from influencing their daily routine significantly. However, it has been observed that people have different ideas and misconceptions about the expenses related to air conditioning systems. In this post, we have come up with some top myths that people have, along with the facts associated with them.
RUNNING YOUR AIR CONDITIONER AT A HIGHER LEVEL WILL SPEED UP THE PROCESS OF COOLING YOUR HOME
If you believe that your reverse cycle air conditioning Hoxton Park will cool the interiors quickly if run at a higher speed, you are wrong. In fact, running the AC system at the lowest temperature will only increase energy consumption while not influencing the time needed for cooling the interiors. This is why you will find an average AC system coming with a preset ideal temperature setting that should be maintained in any case.
THE COST OF RUNNING AIR CONDITIONERS IS TOO HIGH
Yes, it will be high if you follow your limited knowledge regarding the temperature setting and go with pointer number 1. However, if you rely upon the recommendations made by the manufacturer and use the AC system at an optimum temperature level, you will find that the cost is not at all high. In some cases, it has also been observed that older AC systems consume a significant amount of electricity, and if this is happening with you, it's time to upgrade to a new AC system.
THE LARGER, THE BETTER
This size of the AC needed by you will rely upon various factors like the size of the area to be cooled, the number of rooms in your home and also the design. Before installing the AC system, it would be the task of the AC technician to consider all these variables and recommend to you the right residential & commercial air conditioning Sydney. Installing a bigger AC system in a smaller room increases upfront expenditures and results in greater energy consumption.
