Skip to content

Public Area Heating

Public & Heritage Infrared Heating

Infrared heating for shared spaces.

Heating solutions designed around churches, heritage buildings and community spaces where scale, architecture and occupancy all matter.

From historic churches and village halls to community buildings and public venues, infrared heating provides radiant warmth without relying primarily on heating large volumes of air. Systems can be designed around occupied areas, scheduled use and the character of the building, with wall, ceiling and heritage-specific heating options available.

Churches Heritage Community halls Public venues
Approved Parish Buying Supplier Supporting churches with infrared heating specification, supply and project guidance.

Explore specialist heating solutions

Churches
Churches
Schools & Universities
Schools & Universities
Hospitals
Hospitals
Care Homes
Care Homes
Village Halls & Community Centres
Village Halls & Community Centres

Why Choose Infrared Heating?

Infrared heating delivers comfortable, even warmth by heating people and surfaces directly rather than warming the surrounding air. This approach improves comfort, reduces heat loss and supports more efficient energy use across a wide range of environments.

Effortless warmth. Long-term efficiency.
Learn how infrared heating works and where it performs best
Energy Efficient
Eco Friendly
Health Benefits
Zone Heating
Fast Warm-Up
Reduces Damp

Technical considerations

A well-designed infrared heating system depends on more than simply choosing a heater. Building characteristics, heat demand, occupancy and control strategy all influence the output, positioning and zoning required for effective heating.
01

Ceiling height & space volume

Room dimensions, ceiling height and the thermal characteristics of the building all influence heat demand. Correct sizing helps ensure sufficient output is provided for the space without unnecessary oversizing.

02

Zoning & system layout

Infrared systems can be divided into independently controlled zones, allowing individual rooms or areas to be heated according to their own requirements rather than operating the entire system at once.

03

Usage patterns

How frequently a space is occupied and how quickly heat is required should be considered during system design. Intermittently used areas may require a different heating strategy from spaces occupied throughout the day.

04

Retrofit vs new build

Infrared heating can be incorporated into both retrofit projects and new developments. As an electric system, it does not require boilers or wet heating pipework, which can simplify installation in many applications.

05

Controls & thermostats

Appropriate thermostatic and zoning controls allow temperatures and operating schedules to be managed independently, helping the system provide heat only where and when it is required.

06

Heat-loss calculation & sizing

Heater output should be matched to the calculated heat requirement of the space. Insulation, glazing, external walls, room dimensions and intended temperature all need to be considered before selecting the required wattage.

Related heating applications

Infrared heating can be specified across a wide range of buildings and environments. Explore other application areas to see how different spaces can be approached.

Common questions about infrared heating

Where is infrared heating most effective?
Infrared heating can be used across homes, offices, retail environments, industrial buildings, public spaces and specialist settings such as animal facilities. It is particularly useful where heating needs to be controlled by individual areas or where spaces are occupied intermittently. Radiant heating can also be advantageous in larger or higher spaces because warmth is delivered directly to people and surfaces rather than relying solely on heating and circulating the surrounding air.
How does infrared heating differ from traditional systems?
Many conventional heating systems primarily warm the surrounding air and rely on convection to distribute heat around a room. Infrared heating transfers radiant energy to people, objects and building surfaces, which then absorb and release warmth. This creates a different heating pattern and makes room-by-room zoning and targeted heating possible.
Is infrared heating suitable for both retrofit and new projects?
Yes. Infrared heating can be specified for both existing buildings and new developments. As an electric heating system, it does not require boilers or wet heating pipework, while the range of wall, ceiling and other mounting options provides flexibility when designing a system around the building.

Next steps

Planning an infrared heating system? Calculate the output you need, speak to our team about your project or explore the heater ranges available for different applications.
01

Calculate your heating requirements

Enter your room dimensions and building type to estimate the infrared heating output required for your space.

Use the wattage calculator
02

Speak to our technical team

Need help with heater selection, positioning, zoning or controls? Send us your project details and our team can help you plan the system.

Contact our technical team
03

Explore infrared heater ranges

Browse infrared panels, ceiling heaters, bar heaters and specialist heating solutions for different spaces and applications.

Browse infrared heating products
Or speak to us directly on 01204 520544 or email info@infraredheatingsupplies.com