Reverse Cycle Air Conditioning Installation
Reverse cycle air conditioning installations is a must-have system for Australian homes, particularly in Sydney since we have such drastic and unpredictable weather. Discover if reverse cycle air conditioning is ideal for your commercial property or residential home by contacting Gold Class Air today!
What is a Reverse Cycle Air Conditioning Installation?
A reverse cycle air conditioner is an energy-efficient system that produces both cool and warm air. These systems utilise two units, one interior unit in the roof space and an outdoor unit. Without a doubt, reverse cycle air conditioning is the most energy-efficient way to control the climate in your property.
Installing a reverse cycle system has the added benefit of paying once for a unit that serves two purposes. This is accomplished by inverting the refrigeration cycle, allowing the system to heat in the winter and cool in the summer, resulting in a thoroughly efficient, adaptive, and versatile system.
All you must do is alter the unit’s setting to go between cooling in the summer and heating in the winter to warm/cool your house swiftly. Reverse cycle air conditioning is a versatile heating and cooling solution ideal for various dwellings and climates. In some circumstances, ductwork zoning can be installed, allowing airflow to be regulated for each room.
Are All Air Conditioners Reverse Cycle?
Reverse cycle air conditioners are not all the same. Most modern air conditioners – including split system aircon installations and ducted air conditioning installations – are reverse cycle but ask our experts at Gold Class Air if you’re unsure. If you live in a hotter region and don’t need heating, an eco-friendly system that merely cools, such as an evaporative air conditioner, is an option.
Do Reverse Cycle Air Conditioning Installations Require Much Maintenance?
People frequently believe they don’t have to maintain the system after aircon installation, but that couldn’t be further from the truth. As every air conditioner requires annual maintenance and regular cleaning, including split system aircon installations and ducted air conditioning installations.
Due to their year-round use, dust accumulates in filters, components deteriorate, and vents get clogged. As a result, reverse cycle air conditioners require the most aircon servicing, as the functioning of your system will deteriorate if it is not adequately serviced or cleaned.
We recommend having your aircon installation serviced once a year, preferably in the spring. But don’t worry if spring doesn’t suit you. The air conditioning experts at Gold Class Air are operational all year, so we can assist no matter what time of year it is!
How Much Does a Reverse Cycle Air Conditioning Cost?
Due to the intricacies of a reverse cycle air conditioning installation and the tubing you’ll require, this system is costly. However, the cost of reverse cycle air conditioning installation is dependent on a whole host of variables, including:
- The specific size and kind of unit – do you want a split system aircon installation or a ducted air conditioning installation? Simple split systems may be installed in one day, but more complicated units and ducted systems might take two or more days to install. plumbing, and ducting required.
- The quantity of wiring, plumbing, and ducting required.
- Brand
- Size of your property and the number of occupants.
- The zone set up, as the more zones added, the higher the system will cost.
- Kilowatt capacity
- Inverter or non-inverter technology.
- And other factors, aircon installation is not a one-size-fits-all answer, so it’s always a good idea to prepare ahead.
For everyday operation costs, the answer will constantly vary depending on your intended temperature and use. However, to figure out how much it costs to run, consider these figures:
- Look for the unit’s kilowatt use per hour, or kWh.
- Locate a recent energy bill that shows how much you pay per kWh for electricity.
- Add the two values together to obtain a rough idea of how much ducting could cost per hour.