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Your refrigerators have been using heat pump technology for years, and it's amazing to see how that same principle is applied to air source heat pumps. It's interesting to note that air source heat pumps can "convert" electrical energy into heat energy, essentially harvesting the free energy from the air, which is replenished by the sun each day. An air source heat pump is essentially a compact, outdoor unit that uses a fan to draw in air, which is then passed through refrigerant piping to extract and upgrade the heat energy, making it a convenient and efficient way to generate warmth. The heat pump can multiply the electrical energy it consumes, producing up to 4 times more heat energy, making it a highly efficient and effective way to generate warmth. And the best part is that the "free" energy taken from the air is replenished daily by the sun, making it a renewable energy source.

The air source heat pump's ability to operate efficiently even in cold temperatures, down to -10C and potentially beyond -20C, ensures a reliable and consistent supply of warmth to your home, even on the chilliest of winter days.

There are a number of factors that will affect this, however for a new-build home, the installation of an air source heat pump can be done in just a couple of days, making it a convenient and efficient option for homeowners. For a refurbishment installation would require more planning and consideration, as it would depend on various factors such as the condition of existing radiators and water cylinders, as well as the location of the outdoor unit. The installation process can also be influenced by the desired approach to integration with the existing heating system. A hybrid solution, which combines the new heat pump with the existing heating system, can be a more straightforward and cost-effective option, allowing homeowners to benefit from renewable energy while minimizing the necessary work.

The average lifespan of a heat pump is typically around 15 to 20 years, but with proper maintenance and monitoring, it can be extended to ensure optimal performance and reliability.

A standard heat pump does not provide hot water on demand like a combi boiler, so it requires a storage tank to hold hot water for when it's needed. The size of the hot water cylinder needed depends on the household's hot water usage, but a typical cylinder can be fitted in a cupboard measuring around 80x80cm. If space is limited, there are alternative solutions to consider. Hybrid systems combine heat pump heating with a boiler providing hot water on demand, while heat batteries are a compact option that can store hot water. Additionally, instantaneous hot water heaters can be installed under the kitchen sink to provide a smaller amount of hot water.