During the conversion of a former chapel into a residential property, the owners sought an efficient and sustainable alternative to traditional heating systems.
Global Energy Systems supplied and installed an 18kW Caernarfon air source heat pump, providing heating via radiators along with full domestic hot water supply.
The system delivers reliable, low-carbon performance while significantly reducing running costs. The installation is expected to achieve annual savings of £1,713, including income from the Renewable Heat Incentive (RHI).
This project highlights how air source heat pumps can be effectively integrated into unique residential conversions, offering both environmental and financial benefits.
As part of the development of 12 luxury new-build homes, the developer sought a future-proof, energy-efficient heating solution that would appeal to buyers while reducing long-term running costs and environmental impact.
Global Energy Systems installed a Caernarfon air source heat pump in each property, providing heating via underfloor heating alongside full domestic hot water supply. The systems were designed to deliver efficient, low-carbon performance across all homes, with running costs significantly lower than traditional alternatives such as oil.
In addition, Global Energy Systems continues to support the development through its Eco Watch remote monitoring service, allowing real-time access to each system. This enables proactive management, performance optimisation, and rapid response should any adjustments be required.
This project demonstrates how renewable heating technology can enhance the value, efficiency and sustainability of modern residential developments.
During the renovation of a traditional farm building into a residential property in an off-grid location, the owner sought an efficient and sustainable alternative to oil heating.
Global Energy Systems supplied and installed an 18kW Caernarfon air source heat pump, providing full heating and domestic hot water for the property.
The system delivers reliable, low-carbon performance and is expected to achieve annual savings of £1,881 compared to oil. This figure includes income from the Renewable Heat Incentive (RHI), for which the installation is accredited.
This project highlights how air source heat pumps can offer a cost-effective and environmentally friendly solution for off-grid rural properties.
The owner of this large barn conversion was previously reliant on an oil boiler to heat the entire property. With rising oil prices, they sought a more efficient and cost-effective alternative.
Global Energy Systems supplied and installed a 15kW air source heat pump, operating alongside the existing oil boiler in a hybrid (bi-valent) system. The installation provides heating via radiators and underfloor heating, as well as meeting the property’s full domestic hot water demand.
This approach significantly reduces reliance on oil while maintaining reliable performance. The system is delivering annual savings of £2,550 compared to the previous setup, including income from the Renewable Heat Incentive (RHI), for which the installation is accredited.
This project demonstrates how hybrid heat pump systems can provide a practical and efficient upgrade for larger properties transitioning away from traditional fuel sources.
This 190 m² renovated property was designed with a full underfloor heating system across both floors, enabling it to operate at low flow temperatures and achieve excellent energy efficiency.
The system delivers consistent and reliable heating, maintaining a comfortable indoor environment even during extreme weather conditions. During periods of temperatures as low as -10°C, the heat pump’s built-in booster heater ensured uninterrupted warmth throughout the property.
To maximise efficiency, low-loss underground pipework was installed, allowing heat to be transferred effectively into the building with minimal energy loss.
Having previously relied on oil heating, the owners have seen significant reductions in running costs and have been highly impressed with both the performance and savings delivered by the system.
This project demonstrates how underfloor heating combined with heat pump technology can provide an efficient, reliable, and cost-effective solution for modernised residential properties.
Global Energy Systems installed a 9kW air source heat pump to provide heating for an indoor swimming pool in Lytham, along with underfloor heating to maintain a comfortable surrounding environment.
The system delivers efficient, low-carbon performance, ensuring consistent pool temperatures while reducing reliance on traditional fuels. Compared to oil heating, the installation achieves annual savings of £902, helping to lower running costs and protect the owners from rising fuel prices.
This project highlights how air source heat pumps can provide an effective and economical solution for swimming pool heating applications.
A recreational accommodation provider was facing high running costs due to reliance on electric storage heaters across two accommodation blocks. To improve efficiency and reduce energy expenditure, the company turned to air source heat pump technology.
Global Energy Systems installed four 18kW Caernarfon air source heat pumps – two serving each block – to provide both heating via radiators and domestic hot water.
The new system has significantly reduced operating costs, delivering annual savings of £7,428 compared to the previous setup. This figure includes income from the non-domestic Renewable Heat Incentive (RHI), for which the installation is accredited, further enhancing the financial return.
Global Energy Systems installed two 18kW Caernarfon air source heat pumps to support the heating of an indoor, tropically heated swimming pool at Talacre Beach Holiday Home Park. The system was designed as a bi-valent setup, integrating with an existing oil boiler to ensure reliable, year-round performance.
The park’s owners were seeking to reduce the high costs associated with oil-based heating for the large swimming pool. Following a detailed site survey, Global Energy Systems recommended a hybrid solution where the heat pumps act as the primary heat source, significantly reducing reliance on oil while maintaining consistent water temperatures.
The installation is accredited under the non-domestic Renewable Heat Incentive (RHI) scheme, providing additional financial returns. As a result, the system is delivering predicted annual savings of £10,207, with an estimated payback period of just 2.9 years.
This project demonstrates how air source heat pumps can provide an efficient, cost-effective solution for high-demand applications such as swimming pool heating, while substantially reducing fuel consumption and operating costs.
During the retrofit of this rural detached property, the owners chose to replace their expensive oil boiler with a more efficient, renewable heating solution, particularly as the property is located off the gas grid.
Global Energy Systems installed an 18kW Caernarfon air source heat pump, providing full heating and domestic hot water for the home. The system delivers reliable, on-demand performance without the need for any additional heat source.
As a result, the owners benefit from reduced running costs, improved energy efficiency, and a lower carbon footprint, demonstrating the effectiveness of heat pump technology in retrofit applications.
Global Energy Systems provided a complete heating solution for this self-build cottage, delivering underfloor heating and radiators throughout the property, along with full domestic hot water supply.
The system was designed to ensure high levels of comfort and efficiency, combining modern renewable technology with flexible heat distribution across the home.
Compared to oil heating, the installation is expected to achieve annual savings of £1,110. In addition, the homeowners qualified for the Renewable Heat Incentive (RHI) at the time of installation, receiving government-backed payments based on the property’s EPC demand.
This project demonstrates how air source heat pumps can provide an efficient, cost-effective, and sustainable solution for self-build homes.