INSIGHTS & GUIDES
Infrared Heating for High Ceilings: What You Need to Know
Heating a building with high ceilings requires a different approach from heating a conventional room. Churches, sports halls, community centres, event venues, workshops and other tall spaces contain a large volume of air above the occupied area.
Heating all of that air can be slow and inefficient, particularly where the building is large, difficult to insulate or only occupied at certain times.
Infrared heating provides another approach by delivering radiant warmth towards people and surfaces rather than relying primarily on heating the entire volume of room air.
The result depends heavily on correct heater selection, output, mounting height, positioning and controls. This guide explains what needs to be considered when designing infrared heating for a high-ceiling space.
Quick Answer
Does Infrared Heating Work with High Ceilings?
Yes, infrared heating can be particularly useful in high-ceiling buildings because radiant energy can be directed towards occupied areas rather than relying solely on warming the large volume of air above them.
However, not every infrared heater is suitable for every ceiling height. Heater output, mounting position, orientation and the characteristics of the building all need to be considered as part of the system design.
Why Are High-Ceiling Buildings Difficult to Heat?
Conventional heating systems frequently rely on convection, where heated air circulates around the room.
Because warm air is less dense than cooler air, it tends to rise. In a tall building this can create a significant separation between the occupied area at floor level and the upper part of the building.
Large Air Volume
More internal volume can mean substantially more air needs to be heated before the whole space reaches the intended temperature.
Warm Air Rises
Heat delivered into the air can migrate towards the upper part of the building, away from occupants.
Longer Warm-Up
Large buildings can require considerable preheating when the heating strategy depends on raising overall air temperature.
Intermittent Use
Churches, halls and event spaces may only be occupied for relatively short periods.
Heat Loss
Older buildings may combine high ceilings with limited insulation, draughts and large external surface areas.
Different Occupied Zones
Only part of a large hall may be occupied at a particular time, making whole-building heating unnecessary in some situations.
How Infrared Heating Approaches Tall Spaces Differently
Infrared heaters emit radiant energy towards people and surfaces within their effective path.
This means the heating strategy does not have to depend entirely on raising the temperature of every cubic metre of air inside the building before occupants begin to experience warmth.
01
Radiant Heat Can Be Directed Towards Occupied Areas
Heater placement can be designed around the parts of the building where people actually spend time, such as seating areas, work zones, stages or congregation areas.
02
Less Dependence on Heating the Entire Air Volume
In a very tall room, the volume above occupants may represent a substantial proportion of the overall space.
A radiant heating strategy allows the system to focus more directly on the occupied zone rather than relying solely on whole-room air heating.
03
Heating Can Be Divided into Zones
Large spaces do not necessarily need to operate as one heating zone.
Where the electrical and control design allows, different areas can be controlled separately to better reflect how the building is being used.
04
Useful for Intermittently Occupied Buildings
Churches, halls and event venues are often occupied at specific times rather than throughout the entire day.
A suitably designed infrared system can therefore be scheduled around actual building use rather than automatically heating the property continuously.
Running Costs
High Ceilings Don't Tell You the Running Cost on Their Own
Electricity consumption depends on the total installed wattage and how long the heaters are actually drawing power.
In a high-ceiling building, factors including heat loss, zoning, occupancy, heater positioning and control strategy can all influence how the system operates.
For a fuller explanation of active electrical consumption and thermostatically controlled use, read our guide to how much infrared heating costs to run in the UK.
Infrared Heater Positioning for High Ceilings
Correct positioning is one of the most important parts of designing infrared heating for a tall building.
The objective is to position suitable heaters so that radiant warmth reaches the intended occupied areas while following the mounting requirements of the particular heater.
Depending on the building and heater selected, the system might use:
- Suspended infrared heaters positioned above appropriate occupied areas
- Suitable wall-mounted heaters directed towards the intended zone
- Multiple heaters distributed across a large floor area
- Separate groups of heaters for different occupied zones
Important
There is no universal mounting height that applies to every infrared heater. Always use the installation requirements of the specific product and design the layout around its output, permitted mounting position and the building itself.
Choosing an Infrared Heater for a High-Ceiling Building
Heater selection should begin with the calculated heating requirement and characteristics of the space rather than ceiling height alone.
Important factors include:
- Room dimensions
- Ceiling height
- Building construction
- Insulation level
- Required heating output
- Mounting position
- Occupied areas
- Electrical supply
- Control and zoning requirements
In taller and larger spaces, higher-output infrared bar heaters may be appropriate where their installation requirements suit the project.
High-Output Heritage Heating Options
For appropriate church and heritage projects, our Heritage range includes higher-output heaters designed for these specialist environments.
4800W
4800W Heritage Infrared Heater
A high-output Heritage heating option for appropriate churches and other large heritage interiors. Final quantity and positioning should be based on the calculated requirement and project layout.
7800W
7800W Heritage Infrared Heater
Our higher-output Heritage option for appropriate large-volume applications where the project requires greater installed heating capacity.
Rather than selecting a heater from a generic ceiling-height rule, use our Wattage Calculator to estimate the output required for the building.
Zoning and Controls in Large Spaces
Controls are particularly useful in buildings where occupancy changes throughout the day or week.
Depending on the heaters and control system selected, the installation may incorporate:
- Thermostatic control
- Scheduled heating periods
- Wi-Fi control where supported
- Separate control of different heating zones
For example, a large hall could be designed with different groups of heaters serving different areas rather than requiring every heater to operate together.
Each independently controlled zone requires an appropriate control arrangement. One thermostat should not be assumed to provide independent control of several separate zones.
Where Is High-Ceiling Infrared Heating Used?
Churches & Places of Worship
Large volumes, vaulted ceilings and intermittent services can make targeted radiant heating particularly relevant.
Village & Community Halls
Event-based occupancy can make scheduling and zoning important parts of the heating design.
Sports & Activity Spaces
Large floor areas and high mounting positions require careful heater selection and system design.
Workshops & Commercial Buildings
Radiant heating can be considered where warmth needs to be directed towards particular working areas.
Historic Buildings
Heater positioning can be planned around architectural features and the practical restrictions of the building.
Event Venues
Variable occupancy and changing layouts make flexible zoning and control particularly useful.
Infrared Heating for High Ceilings FAQs
Does infrared heating work in buildings with high ceilings?
Yes. Infrared heating can be used in high-ceiling buildings because radiant energy can be directed towards occupied areas. The correct heater, output and positioning still need to be selected for the individual space.
What type of infrared heater is best for high ceilings?
It depends on the building and required output. Larger and taller spaces may require higher-output heaters rather than standard domestic panels, but heater selection should be based on the full project requirements.
How high can an infrared heater be mounted?
There is no single mounting height for all infrared heaters. Each product has its own installation requirements, and the correct position depends on output, heater design and the area being heated.
Can infrared heaters be suspended from a high ceiling?
Certain infrared heaters are suitable for suspended installation where specified by the manufacturer. The mounting arrangement and height must follow the requirements of the particular product.
Can different parts of a large hall be heated separately?
Yes, where the heating and electrical controls are designed as separate zones. This can be useful when only part of a large building is occupied.
How do I calculate the wattage needed for a high-ceiling room?
The calculation should consider more than floor area. Room dimensions, ceiling height, construction and insulation all affect the requirement. Use our Wattage Calculator as the starting point.
High-Ceiling Heating
Need Help Heating a Tall or Large Space?
High-ceiling projects need the right combination of output, heater type, positioning and control. Start by calculating the heating requirement before selecting the final heater layout.
- Calculate your requirement: Use our Wattage Calculator.
- Explore high-output options: Explore our range of high-power infrared heaters.
- Discuss your layout: Contact us for tailored layout and placement advice.
Don't Let Ceiling Height Dictate Comfort
High ceilings change the way a building needs to be heated, but they do not rule out an effective electric heating system.
Infrared heating provides the opportunity to direct radiant warmth towards the areas where it is needed rather than relying solely on heating the entire volume of air inside a tall building.
The key is correct design. Heater output, mounting height, positioning, zoning and controls all need to work together.
By calculating the heating requirement first and selecting suitable heaters around the characteristics of the building, infrared can provide a practical heating approach for churches, halls, workshops, event venues and many other high-ceiling spaces.
NEED HELP WITH YOUR PROJECT?
Find the right infrared heating setup for your space.
Use our wattage calculator to estimate your heating requirement, or speak to our team for product and project guidance.