Adapt Renewables
Air source heatpumps
At Adapt Renewables,
we are committed to providing Efficient,eco-friendly heating solutions that reduce energy costs and support a greener future. specializing in heat pumps and underfloor heating, we deliver precision-engineered in stallations tailored to each clients unique needs. with expertise in modern renewable systems, we ensure every home and business benefits from Maximum performance, Sustainability, and long term reliability
Our mission is simple: To Adapt, innovate, and lead the way in renewable heating- Creating smarter, more sustainable environments for generations to come
Underfloor Heating for Ultimate Comfort
Experience the luxury of evenly distributed warmth with our bespoke underfloor heating solutions. Designed for both new builds and renovations, our systems deliver enhanced comfort, improved energy efficiency, and a sleek, modern aesthetic.
Comprehensive Heating Solutions – Beyond Underfloor and Heat Pumps
We don’t just specialize in heat pump and underfloor heating systems—we also offer a range of other advanced heating solutions tailored to your unique needs. Our expertise extends to blown air heating systems and MVHR (Mechanical Ventilation with Heat Recovery), ensuring your home or commercial space stays warm, efficient, and comfortable all year round.
DISCOVER WHATS NEXT
The Price of Installation
Do I need to upgrade my radiators or insulation for a heat pump to work properly?
Will a heat pump save me money on my energy bills?
As of 2025, the UK’s Boiler Upgrade Scheme (BUS) offers £7,500 off the cost of installing an air or ground source heat pump. After applying the grant, typical installation costs range from £6,500 to £11,500 for air source systems and £10,500 to £27,500 for ground source systems, depending on property size and complexity. While upfront co
As of 2025, the UK’s Boiler Upgrade Scheme (BUS) offers £7,500 off the cost of installing an air or ground source heat pump. After applying the grant, typical installation costs range from £6,500 to £11,500 for air source systems and £10,500 to £27,500 for ground source systems, depending on property size and complexity. While upfront costs can be significant, heat pumps offer long-term savings through high efficiency—often delivering 3–4 times more heat energy than they consume. With rising energy prices and growing sustainability goals, heat pumps are a smart investment for future-ready home heating.
Will a heat pump save me money on my energy bills?
Do I need to upgrade my radiators or insulation for a heat pump to work properly?
Will a heat pump save me money on my energy bills?
Yes—a well-installed heat pump can significantly reduce your energy bills, especially if replacing an old gas or oil boiler. With efficiencies of 300–400%, heat pumps deliver 3–4 units of heat for every unit of electricity used. Savings are highest in well-insulated homes and when paired with smart tariffs or solar panels. While electric
Yes—a well-installed heat pump can significantly reduce your energy bills, especially if replacing an old gas or oil boiler. With efficiencies of 300–400%, heat pumps deliver 3–4 units of heat for every unit of electricity used. Savings are highest in well-insulated homes and when paired with smart tariffs or solar panels. While electricity costs more than gas, the overall efficiency often offsets this. For tailored advice and real-world examples, visit Energy Saving Trust and MoneySavingExpert’s heat pump guide.
Will a heat pump keep my home warm in winter
Do I need to upgrade my radiators or insulation for a heat pump to work properly?
Do I need to upgrade my radiators or insulation for a heat pump to work properly?
Yes—modern heat pumps are designed to keep your home warm even in freezing UK winters. Most air-to-water (A2W) heat pumps operate efficiently down to -15°C, with some models performing at -25°C. They extract ambient heat from the air and compress it to heat water for your radiators or underfloor system. For example, a household in Yorksh
Yes—modern heat pumps are designed to keep your home warm even in freezing UK winters. Most air-to-water (A2W) heat pumps operate efficiently down to -15°C, with some models performing at -25°C. They extract ambient heat from the air and compress it to heat water for your radiators or underfloor system. For example, a household in Yorkshire reported consistently warm indoor temperatures and reduced gas bills after switching to an A2W heat pump during a cold snap that dipped to -6°C. With proper installation and insulation, heat pumps are a reliable winter heating solution.
Do I need to upgrade my radiators or insulation for a heat pump to work properly?
Do I need to upgrade my radiators or insulation for a heat pump to work properly?
Do I need to upgrade my radiators or insulation for a heat pump to work properly?
Yes—upgrading radiators or insulation is often necessary when installing a heat pump. Because heat pumps operate at lower flow temperatures (typically 35–45°C), they require larger or more efficient radiators and well-insulated homes to maintain comfort. Poor insulation can lead to significant heat loss—up to one-third of total heat in s
Yes—upgrading radiators or insulation is often necessary when installing a heat pump. Because heat pumps operate at lower flow temperatures (typically 35–45°C), they require larger or more efficient radiators and well-insulated homes to maintain comfort. Poor insulation can lead to significant heat loss—up to one-third of total heat in some UK homes. A professional heat loss calculation is essential to determine radiator sizing and insulation needs. For tailored advice, speak to a member of our team or an MCS-certified installer in your area other options are architects or specialists like Your Energy Your Way, who assess your home’s requirements and recommend the right upgrades.