• The average household dedicates more than 25% of its energy consumption to heating water for the bathroom, kitchen, and laundry. In some households, this percentage can be even higher.
• Hot water systems can be powered by gas, electricity, or solar energy, and there are numerous options available.
• Choosing an efficient hot water system that fits your household's size and climate can result in significant energy and cost savings.
• Although heat pump systems and advanced solar hot water systems come with higher upfront costs, they are economical to operate and produce minimal greenhouse gas emissions. There are often incentives to help reduce the initial purchase cost.
• For solar hot water systems, it’s crucial to position the rooftop collectors correctly to ensure they receive maximum sunlight.
• On the other hand, heat pumps don’t need rooftop collectors, making them a good choice for homes with limited solar access. When powered by electricity from a solar photovoltaic system or GreenPower, heat pumps can operate with virtually no greenhouse gas emissions.
• You can also cut down on energy and costs by using less hot water. Installing low-flow shower heads, selecting water-efficient appliances, taking shorter showers, and using eco-friendly settings on appliances can all contribute to reducing hot water usage.

7 Most Common Reasons to Upgrade Your Current Hot Water Tank to a Heat Pump Hot Water System

Upgrade to our market-leading heat pump, boasting a COP of 4.8—4.8 times more efficient than outdated electric resistance systems. Invest wisely: for every $4.8 spent on the old tank, spend only $1 on our efficient heat pumps. Reasons to choose our upgrade:

• Replace ageing or failing tanks.
• Enhance efficiency for relatively new but inefficient tanks.
• Contribute to environmental sustainability.
• Ensure consistently hot water.
• Opt for a top-tier warranty and efficiency.
• Get a complimentary system worth $5030. Elevate efficiency and savings with our superior heat pump technology.

How does a heat pump work?

A heat pump transfers heat from the surrounding air to the water in the tank. Here’s a detailed breakdown of the process:

• The system uses a fan or blower to draw in air from the surrounding environment, which contains heat energy even if the air temperature feels cool.
• Inside the heat pump, a refrigerant circulates within a closed-loop system. This refrigerant absorbs the heat from the incoming air and changes into a warm gas.
• Next, we compress the warm gas to increase its pressure. As the pressure increases, the gas molecules become more concentrated, causing a significant rise in temperature.