FISHER & PAYKEL HOME SOLUTIONS
Heating and cooling makes up around 40% of your home's energy use – with homes in colder regions spending an even greater share.
Rethinking how you heat and cool your home is one of the most impactful steps you can take – not only for comfort, but to reduce carbon emissions and put money back in your pocket.
Our team can assist you with coordinated and energy-optimised single room, multi-room or whole-of-home home heating and cooling solutions.
Ducted air conditioning within a home by Jack McKinney Architects. Image: Simon Wilson
Ducted air conditioning within a home by Jack McKinney Architects. Image: Simon Wilson
Under-floor ducted air conditioning has been integrated throughout the home. Quiet and cost-effective, it maintains consistent temperatures year-round. Image: Simon Wilson
McDonald Street Office by RTA Studio featuring ducted air conditioning by Home Solutions. Image: Patrick Reynolds
Project: Living House featuring a wall-mounted split system. Designed in partnership with RTA Studio and The Lever Room.
A smarter way to heat and cool home
Heat pump air conditioning systems deliver three to five times more heating power than the electricity they consume, making them dramatically more energy efficient than gas or electric resistance alternatives.*
When integrated with solar and smart scheduling, you can pre-heat or pre-cool your home during peak solar hours, reducing your reliance on the grid when prices are highest.
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Reduce your carbon footprint
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Lower your power bills
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Make the most of your solar
Learn more about the green energy transition with valuable tips and insights, plus keep up to date with our solutions.
DESIGNING FOR COMFORT
How does a heat pump heating and cooling system work?
A heat pump doesn't generate heat – it moves it. In winter, it extracts warmth from the outside air and transfers it inside; in summer, it reverses the process to cool your home. Because it's transferring heat rather than creating it, a heat pump can deliver three to five units of heating or cooling for every one unit of electricity it uses. The result is a single system that keeps your home at exactly the right temperature year-round, for a fraction of the running cost of gas.
A whole-of-home energy design solution
Achieve a warmer, drier, cooler and more energy efficient home through a combination of solar with innovative heat pump hot water, air conditioning and heating and energy efficient appliances, all through one provider. We'll deliver an integrated home energy solution design to accomplish your Energy Efficient, Carbon Zero or Carbon Positive energy goals.
Our in-house design support coordinates designs across categories, ensuring systems work together.
- 1. Solar PV panels |
- 2. Battery storage |
- 3. Back to the grid |
- 4. Solar monitoring |
- 5. Heat pump water heater |
- 6. Air conditioning & heating
- 1. Solar PV panels |
- 2. Solar inverter |
- 3. Battery storage |
- 4. Back to the grid |
- 5. EV Charging |
- 6. Heat pump water heater |
- 7. Solar monitoring |
- 8. Kitchen |
- 9. Air conditioning & heating |
- 10. Laundry
*The coefficient of performance (COP) of heat pump HVAC systems range from around 2.0–4.0 per unit of energy consumed compared to traditional systems which typically have a COP of 1.0. Source: IEA (n.d.). The Future of Heat Pumps: How a heat pump works. https://www.iea.org/reports/the-future-of-heat-pumps/how-a-heat-pump-works