The Regency Manor is a symbol of historical elegance in the UK countryside, a legacy worth preserving. This Grade II listed building has been thoughtfully transformed by Quantum Group through the lens of sustainability.
The Sustainable Regency Project by Quantum Group showcases how heritage and innovation can coexist, integrating heat pump technology and Invisible Air Comfort. This project reflects Quantum’s ongoing commitment to pioneering low-carbon solutions while building a greener future.
Merging Heritage with Sustainability
Heating historic homes efficiently presents a unique challenge: balancing performance with preservation. The objective was clear: modernise the comfort systems of the manor without compromising its historic charm.
Upgrading a Grade II listed building requires more than technical expertise and a high-level understanding of heritage. Quantum Group met this challenge with a clear vision, delivering a discreet, high-performance solution through Daikin heat pump technology and the Invisible Air Comfort system which integrates seamlessly into the building’s original fabric.
This approach reflects Daikin’s philosophy of creating sustainable, low-carbon solutions that protect the integrity of historic properties.
Sustainable Comfort in Every Corner
Each room within the Regency Manor has been thoughtfully designed to demonstrate how sustainable innovation can elevate comfort, all while preserving the building’s historic charm and visual integrity.
Kitchen – Smart Air Delivery
The Invisible Air Comfort system, integrated in the kitchen, provides seamless climate control with efficient heating, cooling, and ventilation. High-velocity mini-ducts circulate air through slim, flexible channels, with airflow released through discreet linear slots and round outlets.
These outlets integrate effortlessly into traditional and contemporary interiors, removing the need for bulky wall units or radiators and preserving the room’s original design aesthetic.
Bedrooms – Zoned Control & Reduced Humidity
Advanced zoning climate control enables precise temperature settings in every bedroom, enhancing personalised comfort throughout the home. The system also removes up to 30% more relative humidity than standard solutions.
This allows for higher temperature settings during cooling periods, reducing overall energy consumption while improving comfort, particularly during the warmer months.
Attic – Compact Technology, Big Impact
The compact air-handling unit is designed to fit discreetly within roof voids or cupboards, an ideal solution for heritage properties where space and structural preservation are key. This made it possible to retrofit the system without altering the building’s layout or appearance.
The result is a consistent temperature distribution across the manor, without any visual or structural intrusion. It minimises cold spots and improves energy efficiency, which is particularly valuable in older, thermally inefficient buildings.
Coach House – Underfloor Heating for Heritage Spaces
The nearby coach house was upgraded with underfloor heating, powered by a Daikin air-source heat pump. This smart, sustainable solution is ideal for older or harder-to-heat spaces, delivering efficient warmth while preserving the building’s original layout.
The system works by extracting heat from the air and supplying it to water-based or air-based systems, offering a low-carbon alternative to traditional gas or oil boilers. This room-by-room approach highlights how thoughtful design can integrate future-ready technology into historic settings.
Even the outdoor hot tub benefits from the heat pump’s efficiency, showcasing the system’s versatility across different applications.
Technology Behind the Comfort – Discreet, Quiet, and Powerful
At the heart of the Sustainable Regency Project is Daikin’s advanced heat pump technology, a low-energy system delivering heating, cooling, and instant hot water while significantly reducing reliance on fossil fuels.
Depending on the building’s needs, either air-to-air or air-to-water systems can be used. Air-to-air models circulate conditioned air, while air-to-water heat pumps connect to underfloor heating or radiators. Both extract heat from the outside air and help to cut emissions and lower running costs.
These systems provide year-round comfort and energy efficiency, making them ideal for heritage and modern properties seeking to reduce their carbon footprint without compromising on performance or design. It’s a clear example of how low-carbon technology can support the UK’s transition to net zero, aligned with the government’s targets of 600,000 heat pump installations per year by 2028.
The Invisible Air Comfort system takes this further, proving that form never has to compromise function. With outlets just 25mm wide and operating at ultra-low noise levels — down to NR20 — it’s suitable for bedrooms, offices, and luxury spaces where discretion matters.
Behind the scenes, acoustic insulation, smooth-running equipment, and low-turbulence airflow ensure whisper-quiet operation. It’s advanced comfort — almost invisible to the eye and ear.
Building Skills for a Greener Tomorrow
Meeting the growing demand for heat pumps also requires expanding the workforce. Industry estimates suggest that 17,000 new installers will be needed in the coming years.
Quantum’s goal is clear: ensure every heat pump is installed to a high standard, helping the industry scale efficiently.
Final Thoughts
The Sustainable Regency Project is more than just a case study; it sets a new benchmark for how the UK’s housing stock, particularly its historic buildings, can be future-proofed for the low-carbon transition.
This project demonstrates that energy efficiency and aesthetic integrity can coexist, blending near-invisible design with high-performance climate systems. Every detail, from discreet airflow solutions to seamless heat pump integration, reflects purposeful innovation.
As the UK progresses towards net zero, projects like this highlight the immense potential of sustainable retrofits, even in the most sensitive settings. Quantum Group invites architects, installers, and property owners to explore partnerships, adopt proven technologies, and join us in building a smarter, greener future, one home at a time.
