Choosing a heating system is about more than the appliance on the wall. It affects how comfortable your home feels, how quickly a room warms up, how much control you have and what you spend on energy. Infrared heating panels have become an option for homeowners who want a simple, electric way to heat selected rooms. But are they really a better choice than traditional radiators or other heating systems?
The honest answer depends on the home and how it is used. Infrared panels can be convenient for targeted warmth and room-by-room control. They do not automatically heat a whole home more cheaply, and they are not the same as a heat pump. This guide explains how infrared heating works, where it can make sense and what to check before choosing it.
What are infrared heating panels?
Infrared heating panels are electric heaters designed to warm people and surfaces directly. Many conventional radiators mainly warm the surrounding air. That warm air circulates around the room through convection. An infrared panel instead sends radiant heat towards surfaces and people in its line of sight. The warmth can feel similar to sitting in sunlight, even if the air around you is not being heated in exactly the same way.
Panels are usually mounted on a wall or ceiling. Depending on the product, they can be used as a room’s main heat source, as supplementary heating or as a way to warm a particular part of a home. They do not need a boiler, water pipes or a flue, but they do need a suitable electrical supply and correctly designed controls.
1. Get warmth where you need it
One of the clearest advantages of infrared heating is its potential for focused comfort. If you spend most of the evening in one room, a panel can provide warmth in that occupied space without requiring the same heating schedule throughout the house. A home office, a frequently used living room or a chilly room that is not well served by the existing heating system may benefit from an independent heat source.
This does not mean every infrared panel will heat every corner evenly. The warmth is directional, so panel position, room layout and the distance between the panel and people matter. Furniture or other obstructions can affect how the heat reaches a seating area. A proper assessment should consider where you sit or work, not just the room’s floor area.
2. Control rooms individually
Infrared panels can be operated by room, which can be useful when different rooms are used at different times. Instead of heating the whole home to the same schedule, a homeowner may set a panel to run only when a particular room is occupied. Programmable thermostats or smart controls can help manage those schedules.
Room-by-room control can reduce wasted heating only if it changes how much energy is used. Leaving several panels running for long periods, or setting them to maintain high temperatures in empty rooms, can still use substantial electricity. The potential saving comes from matching heat to occupancy and comfort—not from the infrared technology making electricity free or inherently low-cost.
3. Consider a simpler installation
Because infrared panels heat directly from electricity, they do not need the pipework and water-based distribution system used by a conventional boiler and radiators. A panel may be easier to install in a single room or in a property where extending heating pipes would be disruptive. If a whole-home heating system is being installed from scratch, infrared panels may also have a lower initial installation cost than some systems involving a boiler or heat pump and radiators. The actual price depends on the number and rating of panels, electrical work, controls and the condition of the home.
A lower purchase or installation price is only one part of the comparison. Before choosing a system for the whole home, compare the total cost of ownership, including the expected electricity use, the existing heating system, maintenance and the energy tariff you will pay.
4. Enjoy quiet operation and a low-profile design
Infrared panels do not need a fan to distribute warmth, so they can operate quietly. Wall- or ceiling-mounted panels can also keep floor space clear, which may appeal in smaller rooms or homes where a portable heater would get in the way. Some panels are designed to blend into a room, but appearance should not be the only consideration. Placement must allow the panel to work effectively and remain safely clear of items that could cover it.
5. Avoid combustion inside the room
An electrically powered infrared panel does not burn gas, oil or wood in the room where it operates. That means it does not produce combustion fumes or require a flue for that room. This can be a practical advantage in locations where installing a flue or extending a fuel supply is difficult. It is still important to use a suitable product, have fixed wiring and installation work carried out appropriately, and follow the manufacturer’s safety instructions.
The panel’s carbon impact depends on how the electricity is generated. Electric heating has no combustion emissions at the point of use, but the wider environmental benefit depends on the electricity supply and how much power the home consumes.
6. Pairing with solar electricity may help
If a home has solar photovoltaic (PV) panels, some of the electricity used by infrared heating may be supplied by the home’s own solar generation when it is available. A battery can store some daytime generation for later use. However, solar output varies with the season and weather, while heating demand is often highest during colder, darker months. Solar panels therefore do not guarantee that infrared heating will be free to run or eliminate the need to buy electricity from the grid.
LVP Renewables lists domestic solar PV, battery storage and thermodynamic hot water systems among its renewable energy services. Its current product pages do not list infrared heating panels, so homeowners should confirm that any installer they contact provides the specific heating equipment and service they need.
How infrared panels compare with traditional heating
Infrared panels and traditional radiators deliver heat differently. Radiators mainly heat the air around them, while infrared panels transfer more of their heat directly to people and surrounding surfaces. That difference may make infrared appealing for intermittent, local heating. However, claims that infrared panels always use much less energy than conventional heaters are not supported by strong evidence for every home. The UK government’s review found that reliable real-world evidence on domestic infrared systems remains limited. Its controlled comfort tests did not show a consistent overall comfort advantage, and participants’ experience could depend on their position relative to the heaters.
Running cost is especially important. Infrared panels are direct-electric heaters. They turn electricity into heat at the point of use, but the cost of that heat depends on the electricity tariff and how many kilowatt-hours the panels consume. Energy Saving Trust advises that replacing an existing gas central-heating system with infrared throughout a home is unlikely to save money in its UK context, because electricity costs more per unit of energy than gas. It also notes that heat pumps typically use two to four times less electricity than infrared heating to produce the same amount of heat. Tariffs in Ireland differ and change, so homeowners should use their own current unit rates when comparing options.
A heat pump is not simply another electric panel: it transfers heat from the air, ground or water into the home. For this reason, anyone planning to replace a whole-house heating system should compare infrared with a heat pump and other suitable options, rather than assuming that direct-electric heating will be the lowest-cost choice.
Important considerations before you install
Insulation and draughts matter. A poorly insulated home loses heat quickly. Any heating system may need to run longer to keep it comfortable, which can increase costs. Consider addressing insulation and draughts as part of a wider home-energy plan.
Check the panel layout. Ask an installer to assess room size, ceiling height, insulation, window placement and how the room is used. The right output and mounting position matter. A panel that is hidden behind furniture or does not face the occupied area may not deliver the comfort you expect.
Plan safe controls and use. Confirm whether each room needs its own thermostat or timer. Do not cover a panel. Follow the product’s clearance and mounting instructions, and ask the installer about safe use overnight, particularly around children and pets. Portable heaters should be switched off when unattended and at night.
Watch for cold spots and moisture. If infrared heat warms occupants while the rest of a room stays cooler, some surfaces may remain cold. Energy Saving Trust cautions that lower background air temperatures and cold areas away from the direct heat can contribute to condensation, damp or mould risk. Maintain good ventilation and address any signs of damp promptly.
Compare written quotes. Ask what the installation includes, the expected electricity use, panel warranties, control options and aftercare. If you are considering infrared as your main heating system, seek advice from an independent heating professional and compare the likely whole-home running costs with other systems.
Is infrared heating the right choice for your home?
Infrared panels may be worth considering when you want quick, targeted warmth in a room used at particular times, when extending water-based heating would be difficult, or when you need supplementary heating for a specific space. Their quiet operation, wall- or ceiling-mounted design and individual room controls can be useful in these situations.
They may be less suitable as a blanket replacement for an existing gas or oil central-heating system if running cost is the main priority. They are direct-electric heaters, and a well-designed heat pump can deliver more heat from each unit of electricity. The best choice depends on the property, insulation, how each room is occupied, installation costs and local energy tariffs.
Before deciding, ask for a room-by-room assessment and compare more than the upfront price. A well-matched system should deliver the comfort you want without promising savings that cannot be guaranteed. LVP Renewables can discuss its listed solar PV, battery and thermodynamic hot-water options with homeowners exploring renewable energy improvements; confirm product availability and suitability directly with the company.
FAQs
Are infrared heating panels cheaper to run than radiators?
Not automatically. Infrared panels use electricity, and running costs depend on your electricity tariff, room insulation, heating controls and how long the panels operate. They may be economical for targeted heating in an occupied room, but replacing a whole-home gas system with direct-electric heating can cost more. Compare expected energy use and current tariffs before deciding.
How are infrared heating panels different from traditional radiators?
Traditional radiators mainly warm the air around them, which circulates through the room. Infrared panels transfer more heat directly to people and surfaces in their line of sight. This can create a different feeling of warmth, but panel position and room layout affect comfort.
Can infrared panels heat an entire house?
Yes, a home can be heated with multiple infrared panels, but the system needs to be designed for each room and the home's heat loss. Whole-home suitability and running costs should be assessed by an independent heating professional. A heat pump may be a more efficient option for whole-home electric heating.
