Why Air Conditioning Auckland Is Essential to Your Home

Air conditioning Auckland is a key component of maintaining a comfortable climate in your home. Having it installed by the right people will ensure your heat pump works at its peak.

Cooling demands are increasing at more than 3% a year (Climate Change Research Group 2016), 8 times faster than demand for heating in the last 30 years.


The cost of air conditioning Auckland is largely dependent on the size and design of the unit. As a rule of thumb, air conditioners cost between $3,500 and $7,500 to purchase and install.

Alternatively, homeowners may be eligible for government subsides to help with the upfront costs of the system. However, even if you’re paying cash for the air con, it still makes sense to consider energy-efficient options.

A heat pump can save a family of four more than a dollar a day in electricity costs, according to Consumer NZ. It’s also a very clean way to heat a home, producing far less carbon emissions than coal fires, fan heaters or underfloor heating.

A policy change could reduce the reliance on air-conditioning by creating clear energy metrics for cooling, reducing solar gain and using mixed-mode ventilation. If adopted, such policies and codes would reduce energy demand in NZ and improve building energy security. This would improve productivity and efficiency and reduce greenhouse gas emissions.

Energy Efficiency

The energy efficiency of air conditioning Auckland units depends on the type of unit and how it is installed. For example, ducted systems circulate hot air throughout the home via ductwork, which lowers the temperature of the air and keeps it cool.

This is an energy efficient option that requires less electricity and can provide more comfortable temperatures than a standard air conditioner. However, it is important to ensure your home is well insulated before installing a heat pump system.

Another way to increase the efficiency of your air conditioning Auckland is by using an evaporative system. This uses evaporation to cool the air and requires less electricity than other options.

While most New Zealanders prefer to use air conditioning, many also have heat pumps. These are a cost-effective way to heat your home and can be installed into a refurbished house or new build. They are a great alternative to coal fires, fan heaters and underfloor heating and produce far fewer carbon emissions than traditional heating.


One of the most important things you can do to ensure your air conditioning Auckland system is performing at its best is to have it maintained. Not only will this keep your equipment running at its best, it will also help to extend the life of the unit. Regular maintenance is essential for any piece of equipment, but heat pumps and air conditioners in particular need to be maintained on a more frequent basis to ensure that they operate at their best for as long as possible.

Air con experts will have all the training, tools and experience to do this correctly for you. They will also be able to draw up a maintenance plan that is right for you and your budget. The air conditioning system they recommend for you should be able to perform at the most efficient level and will not draw unnecessary power, meaning you will save money on your electricity bill every year!


Air conditioning Auckland can make all the difference to your energy bill and comfort. A quality system can reduce the amount of electricity you use in your home, and can even help you save money on fuel bills by reducing the temperature of your appliances to their optimal operating temperatures. If you’re looking for a new heat pump or air conditioner in your home, get in touch with us today for a free quote!

Air conditioning has become a necessity in many commercial buildings in NZ. This is driven by a culture of energy demand and an absence of policy, codes or standards to reduce the dependency on cooling. Reductions in energy demand can be achieved through a range of measures such as improving the design of buildings, reducing solar gain and encouraging natural ventilation. These improvements can help to improve the overall energy security of buildings, which in turn will also help reduce greenhouse gas emissions.

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