Imagine not worrying about switching between different cooling and heating devices as the seasons change. With Daikin reverse cycle air conditioners, you can enjoy year-round comfort with just one system.

These systems work by changing the direction of the refrigerant, which transfers heat energy from one coil to the other. They also use far less power than plugin electric heaters in heating mode.

Efficient and Affordable

If you're looking for an all-in-one climate control solution that satisfies both cooling and heating needs, there's no better choice than the reverse cycle air conditioner. Not only do they provide year-round comfort, but they also offer optimum energy efficiency and great value for money.

By absorbing heat from the air and expelling it outside, reverse cycle systems consume far less energy than conventional heaters. This is because they do not rely on burning fuel to create heat from scratch, which results in significant cost savings for the homeowner.

However, choosing an appropriately sized system for your space is essential. An undersized air conditioning unit will require more power and cannot effectively cool your space. Alternatively, an oversized unit will waste electricity and shorten its lifespan through frequent switching on and off. It is best to consult a professional to determine your living space's correct air conditioner size.

Versatile

If you're looking for a system that can cool your home in summer and warm it in winter, you must look at reverse cycle air conditioning systems. These work by absorbing heat from the air and transferring it back into your home, saving you money on two different heating and cooling systems.

Daikin reverse cycle air conditioners are also more efficient than electric heaters. This is because they use a natural process to transfer heat and don't burn fuel to create the heat. This makes them better for the environment and more cost-effective for homeowners.

Energy Efficient

Forget paying for separate cooling and heating systems - a reverse cycle air conditioner can handle both functions. Using the heat pump principle, reverse cycle air conditioning extracts the heat energy from the ambient air and transfers it into your home. The refrigerant gas then switches from a liquid to a gas state and absorbs the heat, creating cool summer and warm winter air.

Your reverse cycle air conditioner must be correctly sized for your space. An air con that's too big for your home will overcool and reduce efficiency. Conversely, a unit that's too small will struggle to heat the space effectively and consume more electricity than it should.

Environmentally Friendly

If you are conscious of the environment, a reverse cycle air conditioner will help you reduce your carbon footprint. Heat pumps make them less energy-consuming than conventional cooling and heating systems.

Reverse cycle air conditioning systems use a heat pump system that transforms the refrigerant from a liquid to a gas and back again. This refrigerant absorbs thermal energy from the air in your home and then transfers it back to the outdoor unit.

Aside from the reduced electrical usage, a reverse cycle air conditioner also filters and cleans the air in your home. This is especially important for people with respiratory problems.

It is important to have a licensed professional assess your needs and recommend the correct size unit for your space. An air con that is too small will overwork and diminish its efficiency, whilst an oversized one will consume more electricity than it should and increase your energy costs. With proper sizing, your new air con will save you money from the day of installation.

Comfortable

Aside from perfect climate control, which can help your family stay healthy and happy, Daikin reverse cycle air conditioners are also quiet. This is especially important in homes with children or elderly family members living with you.

In cooling mode, a reverse cycle air conditioner uses a heat pump to absorb heat from the air outside and then use it to cool your home. It then recycles this refrigerant back through the evaporator to cool it down before releasing it into the air.