Heating System Design & Installation
We understand that every facility is unique, and our approach to heating system design reflects that. Whether you’re constructing a new building or upgrading your existing system, we offer comprehensive design and installation services to create heating systems that work for you:
We assess your building’s layout, insulation, and usage patterns to develop a heating solution that ensures optimal comfort and efficiency
Our technicians are highly trained to install a range of heating systems, from boilers and furnaces to radiant heating and heat pumps, ensuring compliance with industry standards.
We incorporate the latest in energy-saving technology, helping reduce utility costs and lowering your carbon footprint.
FAQs
The most efficient heating system in the UK is generally considered to be a heat pump, particularly an air source heat pump (ASHP) or ground source heat pump (GSHP).
Yes, Central Heating Is Worth It due to:
Improved comfort: Even, controllable heat throughout the home instead of relying on individual heaters.
Lower running costs: More efficient than electric or portable heaters, especially if you install a modern boiler or heat pump.
Adds property value: Homes with central heating are generally more attractive to buyers and tenants.
Better energy efficiency: Modern systems can significantly reduce heat loss and energy waste.
Health benefits: Helps prevent damp and condensation, which can lead to mould.
Improved comfort: Even, controllable heat throughout the home instead of relying on individual heaters.
Lower running costs: More efficient than electric or portable heaters, especially if you install a modern boiler or heat pump.
Adds property value: Homes with central heating are generally more attractive to buyers and tenants.
Better energy efficiency: Modern systems can significantly reduce heat loss and energy waste.
Health benefits: Helps prevent damp and condensation, which can lead to mould.
Heating System Lifespans (UK)
Gas boiler
10–15 years
Modern condensing boilers often last closer to 12–15 years with annual servicing.
Oil boiler
15–20 years
Generally robust, but requires regular maintenance and tank care.
Electric boiler
10–15 years
Fewer moving parts than gas boilers, so breakdowns are less common.
Air source heat pump (ASHP)
15–20 years
The indoor components can last longer; the outdoor unit may need replacement first.
Ground source heat pump (GSHP)
20–25 years (or more)
Ground loops can last 40–50+ years, making this one of the longest-lasting systems.
Storage heaters
15–20 years
Older models may be inefficient; modern high-heat-retention units last longer.
Direct electric heaters
8–12 years
Shorter lifespan, but low upfront cost and easy replacement.
Biomass boiler
15–25 years
Longevity depends heavily on fuel quality and maintenance.
Underfloor heating
Water-based systems: 25–50 years (pipes often outlast boilers/heat pumps)
Electric systems: 20–25 years
Gas boiler
10–15 years
Modern condensing boilers often last closer to 12–15 years with annual servicing.
Oil boiler
15–20 years
Generally robust, but requires regular maintenance and tank care.
Electric boiler
10–15 years
Fewer moving parts than gas boilers, so breakdowns are less common.
Air source heat pump (ASHP)
15–20 years
The indoor components can last longer; the outdoor unit may need replacement first.
Ground source heat pump (GSHP)
20–25 years (or more)
Ground loops can last 40–50+ years, making this one of the longest-lasting systems.
Storage heaters
15–20 years
Older models may be inefficient; modern high-heat-retention units last longer.
Direct electric heaters
8–12 years
Shorter lifespan, but low upfront cost and easy replacement.
Biomass boiler
15–25 years
Longevity depends heavily on fuel quality and maintenance.
Underfloor heating
Water-based systems: 25–50 years (pipes often outlast boilers/heat pumps)
Electric systems: 20–25 years