Easy Guide About Reverse Cycle Split System & Its Benefits
What is a Reverse Cycle Split System & What Are Its Benefits?
Gone are the days when you needed to switch between a heater in winter and a separate cooler in winter. Now you can get both of these functions in one appliance; sounds exciting? Let us tell you the details.
A reverse cycle splits system saves you from the hassle of managing multiple devices since it can keep your home warm in winter and cool in summer. It’s especially useful for the residents of Adelaide, where the weather is quite unpredictable.
We at ABA Air Conditioning provide smart heating and cooling solutions that fit well into your lifestyle and budget. Scroll down to learn more!
How Does Reverse Cycle Air Conditioning Work?
The working procedure of this smart appliance is pretty simple; it reverses how the heat moves to perform multiple functions.
- In cooling mode, it takes heat from inside your home and pushes it to the outside.
- While during heating mode, it pulls heat from the outside air even in cold weather and pumps it indoors.
Shortly, a reverse air conditioner transfers existing heat using a compressor and refrigerant, which is far more energy-efficient and quick at heating spaces.
Advantages & Benefits of Reverse Cycle Split Systems
Here are the advantages of installing this advanced system:
Lower Energy Bills
A reverse cycle heater recycles the existing heat instead of creating it from scratch. This makes it highly efficient in reducing energy consumption and billing costs.
What’s more? You can further control which rooms to heat or cool so you are not wasting electricity on spaces you are not using.
All-Season Comfort
Since reverse cycle air con is multi-functional, you don’t need to switch between separate appliances.
Just get a good reverse cycle unit and you will get relaxing cool air when it’s hot and warmth when winter comes.
Environmental Impact
Do you remain concerned about your carbon footprint? Then, here is some good news for you.
The air conditioner reverse cycle now uses refrigerants like R32, which have lower global warming potential than older types.
Since they don’t burn fuel like gas heaters or draw large amounts of electricity, they release fewer greenhouse gases. Since one system handles the two jobs, fewer resources are used.
How Can You Choose the Right Reverse Cycle Split System for Your Home?
Consider the following factors to choose the best reverse cycle heating and cooling system for your home:
- Room size: Select the suitable appliance according to your room size since a device that is too large will waste energy and one that is too small will not be efficient in controlling the temperature.
- Insulation: Well-insulated homes can better hold the temperature.
- Zoning options: Some systems let you control different rooms individually.
If you are unsure, then contact a professional like ABA Air Conditioning for a home assessment so they can recommend the right fit for your layout.
Why You Should Choose ABA Air Conditioning Service?
Our expert team members make your home and business as comfortable as possible. Here are our salient features:
- Experienced local technicians
- Pricing by the job, not the hour
- $0 deposit interest-free payment plans
- Customised heating & cooling solutions
- Comprehensive services (repair, maintenance, or installation)
Ready for Year-Round Comfort? Contact Us Today!
Choosing the right system can be overwhelming, especially if you are unsure about your space, insulation, or budget. However, hiring an expert can make a huge difference.
So, what are you waiting for? Contact the ABA Air Conditioning today, and let us handle the rest!
FAQ’s
- What are the benefits of reverse cycle?
The reverse cycle air conditioners are energy-efficient and multifunctional, provide clean air, and emit fewer greenhouse gases.
- What is the difference between a split system and a reverse cycle?
A reverse cycle split system means it can both cool and heat your home using one unit. In contrast, a split system refers to how the unity is structured, split between indoor and outdoor components.
