Is an Air Source Heat Pump expensive to run?

A properly sized and correctly installed Air Source Heat Pump is incredibly cost-effective to run. In fact, it stands out as the most economical heating system when compared to other electric or fossil fuel alternatives. A well-installed Air Source system can generate approximately 4kWh of heat for every 1kWh of electricity it consumes. By dividing the cost of 1kWh of electricity by 4, you can calculate the running cost of the system. Here’s an interesting fact that often goes unnoticed: 100% of the heat energy produced by the Heat Pump is delivered to your property, whereas traditional boilers can lose up to 20% of their heat energy through the flue with the exhaust gases.

How many Solar Panels do I need?

The number of panels needed varies from person to person and property to property. It primarily depends on the size of the area you have available, such as your roof space. Another crucial factor is how much energy you use and when you need it. It’s not as straightforward as saying, “I use 10,000 kWh per year, so just fit a system to meet that.” Keep in mind that panels generate less energy during winter, which might coincide with when you use the most energy. To determine your requirements accurately, take a closer look at your appliances and when you use them. Do you have additional electricity-intensive devices like an electric car or hot tub? Building your solar system around your specific energy needs and considering your lifestyle adjustments can help you maximize the benefits of Solar PV.

How does home battery storage installation work?

Home battery storage installation involves integrating a battery system with your existing energy setup, allowing you to store excess energy for use during peak times.

Air Source Landing Page - Sustain Heating

Air Source Landing Page

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About Air Source Heat Pumps

We install Air Source Heat Pumps in {Locations(city_name)}

We install in {Locations(city_name)} and the surrounding areas.

{With over 20 years of combined experience in the industry|Boasting more than 20 years of industry experience|Having accumulated over two decades of combined expertise}, our team {operates as a cooperative|works as a collective|functions as a close-knit group}, {sharing a collective interest in delivering the best possible service|driven by a shared passion for exceptional service|united by a common goal to provide outstanding results}. {It’s this shared commitment that drives our success and reputation|This unity is what fuels our reputation and continued success|Our strong collaboration underpins the reputation we’ve built}. We {take pride in delivering a five-star service|are proud to offer a five-star experience|consistently strive to exceed five-star standards}, and your satisfaction is at the {core of everything we do|heart of our mission|centre of all we do}.

modern solution for heating homes

What is it?

{Heat pumps extract heat energy from the outside air|Air source heat pumps draw warmth from the external air|These systems absorb heat from the outdoor air} and {use it to warm the water circulating through your radiators or underfloor heating system|transfer it to the water in your radiators or underfloor system|then use it to heat water for radiators or underfloor heating}.

{They can also heat the water in your hot water cylinder, providing hot water for all your needs|They also supply hot water by heating your cylinder, covering everyday needs|These systems can also deliver hot water by heating your water cylinder for daily use}. {By adopting this technology, you’ll experience substantial cost savings while contributing to a greener environment and reducing your carbon footprint|Switching to this system helps lower your energy bills and supports a more sustainable, eco-friendly future|Using this technology means big savings and a smaller carbon footprint}.

{Our heat pumps are designed to operate effectively even in extremely cold temperatures as low as -15 degrees Celsius|Even in freezing conditions down to -15°C, our heat pumps maintain excellent performance|These systems are engineered to run efficiently at temperatures as low as minus 15 degrees}. {This means you can enjoy a warm and cosy home throughout the winter months without any worries|So your home stays warm and comfortable all winter long|You’ll stay cosy through the coldest months without concern}.

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