Air Source Heat Pumps
Expertise
We specialise in the design, installation, and maintenance of high-efficiency air source heat pump systems.
Efficient Design
Whether you’re looking to upgrade your home’s heating system, reduce your carbon footprint, or enjoy a more energy-efficient way to heat your property, our expert team is here to help.
Our Team
- Fully qualified
- Highly experienced
- Skilled and motivated
Our Mission
Experience the benefits of clean, renewable energy with an air source heat pump from Air Source Heat Pump Experts—where innovation meets efficiency.
Our Services
Air Source Heat Pump Installation
Our expert team designs and installs high-performance air source heat pumps that efficiently heat your home and provide hot water. We tailor each installation to suit your property’s size, insulation, and energy requirements, ensuring optimal performance and energy savings.
Heat Pump System Design
Every home is unique, and so are its heating needs. We offer bespoke system design services to ensure that your air source heat pump installation is perfectly matched to your property’s requirements, whether you’re heating a small flat or a large family home.
Renewable Heating Solutions
Our air source heat pumps provide a renewable heating solution that harnesses ambient air to generate heat for your home, making them a more sustainable and energy-efficient option compared to traditional gas or oil systems. By upgrading to an air source heat pump, you’ll reduce your energy bills and carbon footprint.
Heat Pump Maintenance & Repairs
Regular maintenance is key to ensuring your air source heat pump operates efficiently for years to come. Our maintenance services include annual inspections, system checks, and repairs to keep your system running smoothly and prevent any potential issues before they arise.
Air Source Heat Pump Upgrades
If you already have a heat pump system, we offer upgrades to enhance performance, increase energy efficiency, or integrate additional features such as smart controls, solar PV, or underfloor heating. Our team can optimise your system to meet your evolving energy needs.
Government Grants & Funding Advice
With the UK government offering various incentives for renewable energy systems, we can guide you through available grants and funding options for air source heat pumps. Our team will help you understand eligibility and assist with the application process to help you reduce the initial investment.
Air source heat pumps (ASHPs) are increasingly popular for residential and commercial heating and cooling due to their energy efficiency, environmental benefits, and lower operational costs.
Air Source Heat Pump Options
Air-to-Air Heat Pumps
- How They Work: These systems absorb heat from the outdoor air and transfer it directly into the indoor air for heating. For cooling, they reverse the process, expelling indoor heat to the outdoors.
- Best Use Case: Ideal for moderate climates and residential applications.
- Features:
- Typically designed as split systems with an outdoor and indoor unit.
- Effective for both heating and cooling in mild climates.
- Often come as ducted or ductless (mini-split) systems.
Air-to-Water Heat Pumps
- How They Work: These systems transfer heat from the outdoor air to water, which can then circulate through a home’s hydronic heating system (such as radiators or underfloor heating) or provide domestic hot water.
- Best Use Case: Suited for buildings with hydronic heating systems or radiant floor heating.
- Features:
- Primarily used for heating but can also support cooling if the building is equipped with the necessary infrastructure.
- Compatible with domestic hot water heating, making them a versatile choice.
- Often used in larger buildings or homes where radiant floor heating is installed.
Cold Climate Air Source Heat Pumps
- How They Work: Designed specifically for regions with colder winters, these pumps operate efficiently at lower temperatures than standard ASHPs.
- Best Use Case: Ideal for colder climates where temperatures regularly drop below freezing.
- Features:
- Advanced refrigerant and defrosting technologies allow them to operate efficiently in temperatures as low as -15°F (-26°C).
- Often come with dual-stage compressors or variable-speed technology, helping maintain efficiency in cold weather.
Ducted vs. Ductless (Mini-Split) Systems
- Ducted Heat Pumps:
- Use existing ductwork to distribute conditioned air throughout the building.
- Suitable for homes with existing ducts and those seeking a whole-home solution.
- Ductless Mini-Split Heat Pumps:
- Consist of one outdoor unit connected to one or more indoor units, each with its own thermostat.
- Ideal for homes without ducts, additions, or specific zoning needs.
- Efficient for retrofits, additions, or smaller areas without the need for extensive ductwork.
Dual-Fuel Heat Pumps (Hybrid Systems)
- How They Work: These systems pair an air source heat pump with a secondary heat source, usually a gas or oil furnace. The ASHP provides heat when outdoor temperatures are moderate, while the furnace kicks in during very cold weather when the heat pump is less efficient.
- Best Use Case: Great for areas with fluctuating temperatures or extremely cold winters.
- Features:
- Offers the efficiency of a heat pump during mild weather and the power of a furnace in extreme cold.
- Automatically switches between heat pump and furnace mode based on temperature, optimizing energy use.
Variable Refrigerant Flow (VRF) Heat Pumps
- How They Work: These are advanced commercial-grade systems that allow precise control over the amount of refrigerant delivered to each indoor unit, optimizing efficiency across multiple zones.
- Best Use Case: Suited for larger buildings, commercial applications, or multi-zone homes.
- Features:
- Can provide simultaneous heating and cooling to different zones.
- Highly efficient in controlling temperature in large, multi-room spaces.
- Often includes heat recovery technology, transferring excess heat from one zone to another.
Packaged Heat Pump Systems
- How They Work: These systems house all components in a single outdoor unit, as opposed to split systems, which have separate indoor and outdoor units.
- Best Use Case: Ideal for buildings without sufficient indoor space for a traditional split system.
- Features:
- Simplified installation as both the compressor and air handler are in one unit.
- Common in apartments or small buildings with limited space.
Heat Pump Water Heaters (Hybrid Water Heaters)
- How They Work: These units use heat pump technology to heat water instead of air, absorbing ambient heat from the surrounding environment and using it to heat water stored in a tank.
- Best Use Case: Ideal for energy-efficient water heating in mild or warm climates.
- Features:
- More energy-efficient than traditional water heaters.
- Can save substantial energy compared to electric water heaters, reducing water heating costs by up to 60%.
Facts and Figures
Air Source Heat Pumps and Efficiency
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When used for heating, ASHPs can reduce energy consumption by 50% or more compared to electric resistance heating (like baseboards or space heaters).
ASHPs usually have a Season Energy Efficiency Ratio of 15-20 or more, while many older systems or low-efficiency models fall below SEER 13. Higher SEER ratings mean greater energy savings during cooling seasons, especially in warm climates where air conditioning use is high.
Some air source heat pump models come with an integrated heat pump water heater (HPWH), which uses excess heat to produce hot water. HPWHs are 2-3 times more efficient than traditional water heaters, offering further energy savings.