What if switching to electric heating turns out not to be your biggest expense, but actually your smartest saving of 2026? We understand that the fear of unpredictable electricity costs and the uncertainty regarding the…

What if the switch to electric heating becomes not your biggest expense, but actually your smartest saving of 2026? We understand that the fear of unpredictable electricity costs and the uncertainty regarding the required wattage can hold you back from taking the step towards gas-free living. You are certainly not the only one wondering whether that healthy radiant heat will remain affordable when the outdoor temperature drops below freezing in January.

In this guide, you will discover how smart infrared heating significantly reduces your energy bill while you enjoy an optimal and healthy indoor climate. We provide an honest overview of the monthly costs based on expected rates averaging €0.32 per kWh. You will learn exactly how combining it with solar panels and smart thermostats increases your return by at least 20%, so you know exactly what investment is required for a sustainable, maintenance-free, and above all, warm future in your home.

What determines the consumption of infrared heating in your home?

When considering infrared heating consumption , it is all about the balance between technology and your personal living environment. Consumption is simply the sum of the wattage of the panels, the duration they are active, and the thermal quality of your home. A common misconception is that a high-power panel is always more expensive to operate. In practice, the opposite is often true. A higher-wattage panel heats the mass in a room faster, causing the thermostat to reach the desired temperature sooner and switch off the system. To fully understand how infrared heating works , you need to know that the radiation heats objects and people directly rather than relying on air circulation. This ensures efficient heat transfer that provides you with immediate comfort.

Insulation and the impact on kilowatt-hours

The construction period of your home plays a crucial role in your total energy requirements. In an average home from the 1970s with moderate cavity wall insulation, the heat demand is often 40% higher than in a modern new-build from 2026. A poorly insulated wall has a high U-value, which means that radiant heat leaks out more quickly. Nevertheless, infrared often performs better here than traditional systems. Because the heat is stored in the walls and floors, you suffer less from heat loss due to natural ventilation. Whereas a radiator immediately loses all warm air when a door is opened, the thermal mass in your room is retained with infrared radiation. This results in a more stable climate and fewer unnecessary heating cycles.

Good insulation doesn't stop at the walls; the quality of your windows is just as crucial to prevent heat loss. Modern frames play a key role in this. If you are curious about the technical specifications of high-quality, insulating windows, learn more about MAD Fenster .

The correct wattage calculation for your space

Selecting the right power output is the most important step towards a low energy bill. For a well-insulated living room, we usually use a guideline of 25 to 35 Watts per square meter. In a bathroom, where the heat demand is often short-lived but intense, this rises to 60 to 100 Watts per square meter. A major pitfall is undersizing. If you install a panel with insufficient power, the system must constantly run at 100% capacity without ever reaching the desired temperature. This unnecessarily drives infrared heating consumption and shortens the lifespan of your equipment. For optimal efficiency and honest advice, you can hire a specialist for a free in-home calculation . This way, you know exactly how many panels you need for a warm and affordable home.

How do you calculate the running costs of infrared panels?

To get a clear picture of infrared heating consumption , you don't need to be a mathematician. The calculation is simple and transparent. You use the following formula: (Total Wattage / 1000) x number of operating hours x the current electricity price per kWh. Suppose you have an 800-Watt panel and the electricity price in 2026 is around €0.35 per kWh. For one hour of intensive heating, you would then pay only €0.28. Because infrared panels heat the objects and people in the room directly, rather than the air, they often remain on for a shorter time than a traditional radiator to achieve the same level of comfort.

This principle is supported by an independent study into the efficiency of infrared heating , which shows that targeted radiant heat leads to lower energy requirements in many households. This is because the heat lingers longer in the walls and furniture, causing the thermostat to switch off sooner.

Consumption per room type: Living room vs. Bathroom

Consumption varies significantly by room due to how we use the space. In the bathroom, bathroom heating often a very economical choice. You usually use the panel there for only 20 to 30 minutes a day, precisely when you step into the shower or brush your teeth. In the living room, the panels are indeed on for longer, but thanks to smart zone control, you only heat the seating area where you are actually spending time.

Below you can see the average hourly costs for different power levels (based on €0.35/kWh):

• 600W panel: €0.21 per hour
• 800W panel: €0.28 per hour
• 1000W panel: €0.35 per hour

Infrared vs. Gas: The financial balance in 2026

In 2026, the fixed costs for a gas connection and associated transport will have risen significantly. While you spend an average of €180 annually on mandatory maintenance and burner inspections for a traditional central heating boiler, an infrared panel is completely maintenance-free. There are no moving parts to wear out and no filters to replace. This saving on maintenance costs, combined with the absence of a monthly fixed charge for gas, makes the switch financially attractive. Would you like to know the best way to approach this transition? Then consult our Electric Heating guide for a complete overview.

Ultimately, your own behavior is the biggest factor for your wallet. Every degree you turn the thermostat down saves an average of 6% on annual infrared heating consumption . Because the radiant heat acts directly on your skin, a room at 19 degrees often feels just as comfortable as a room at 21 degrees with air heating. Do you want to know exactly what your home needs? You can always have a no-obligation calculation made by one of our advisors.

Why infrared is often more energy-efficient than convection heating

The biggest secret behind the economical use of infrared heating lies in the way the heat moves through the room. With a classic radiator, you heat the air, which then rises. This creates a layer of warm air against the ceiling that is of little use, while your feet on the floor often remain cold. Infrared panels work fundamentally differently; they emit radiant heat that directly warms objects and people in the room. This means that the energy goes exactly where you need it.

Because you feel the heat directly on your skin, you often experience the same comfort at an air temperature of 18 or 19 degrees Celsius as at 21 degrees with a traditional central heating system. This difference may seem small, but the impact on your wallet is significant. Every degree you can lower the thermostat reduces your energy consumption by approximately 6 percent. In an average home, you can easily save 12 to 18 percent on heating costs simply by not having to heat the air as intensively.

In addition, the condition of your walls plays a crucial role in efficiency. Infrared radiation penetrates the masonry and displaces any moisture present there. This is a huge advantage, as a dry wall has a much higher insulation value than a damp wall. By keeping the walls dry from the inside, heat stays in the home better and the panels do not have to work as hard to maintain the desired temperature.

The magic of thermal mass

When you heat a room with infrared, your furniture, the floor, and the walls turn into a kind of natural battery. These objects store the heat and slowly release it back into the environment. Once this thermal mass is saturated, the panels only need to switch on briefly every now and then to maintain the temperature. Ceiling heating an excellent choice for optimal and even distribution of this radiation. From the ceiling, the rays have an unobstructed reach to all objects in the room, ensuring highly efficient heat transfer without cold spots.

Health and efficiency hand in hand

Another advantage of this technique is the absence of strong air currents. Because the air does not constantly circulate, significantly less dust and pollen swirl through your home. This ensures stable humidity and a healthier indoor climate. Healthy humidity feels more comfortable, making you less inclined to turn up the heating. Would you like to know more about the specific figures for the near future? Then also read our analysis of what infrared really costs in 2026 for a complete picture of long-term infrared heating consumption

Smart tips to reduce your energy consumption by 30%

Naturally, you want a comfortably warm home without your energy bill skyrocketing. In 2026, smart technology is the key to success. By strategically controlling your panels, you significantly reduce infrared heating consumption . This starts with the realization that you don't need to keep the entire house at a constant 21 degrees. Heating an unused guest room or the hallway all day is simply a waste of money and energy.

The power of zone control

With zone control, you only heat the place where you are actually present. While you enjoy a comfortable 20 degrees in the living room, the bedroom remains at a healthy 16 degrees. Modern app-controlled systems give you immediate insight into how many watts each panel is consuming at that moment. Add motion sensors to this in rooms you use infrequently, such as the bathroom or utility room. The heating only switches on when you enter the room and automatically switches off again 5 minutes after you leave.

For optimal efficiency, professional installation crucial. An expert positions the panels at the exact height and angle, ensuring the radiation reaches the objects in the room optimally. Incidentally, forget about that old-fashioned reflective foil behind your panels. With a high-quality installation featuring a well-insulated back, this is completely pointless and merely ruins the sleek design of your interior.

Synergy with renewable energy

Infrared panels are the ideal partner for your solar panels and any home battery. A smart strategy is to "charge" your walls during the day, when the sun is shining and your own power production is high. The mass of your home retains this radiant heat for hours. As a result, your system hardly needs to kick in during the expensive peak hours in the evening.

You can also reduce your infrared heating consumption by lowering the base temperature by just 1 degree. Because the direct radiant heat warms your body immediately, 19 degrees with infrared often feels just as comfortable as 21 degrees with a traditional radiator. This small adjustment immediately saves 6% on your annual energy costs. By timing and controlling smartly, you turn your home into an efficient heat buffer that is ready for the future.

Choose the expertise of Warmteshop for an energy-efficient home

Optimal efficiency starts with a well-thought-out plan. At Warmteshop, we understand that infrared heating consumption in your specific situation depends on factors such as the insulation value of your walls and your desired room temperature. Installing a standard panel is simple, but creating an energy-efficient system requires a custom approach. Our advisors calculate exactly how many watts per square meter you need. This prevents panels from working too hard or drawing unnecessary amounts of power.

In our showrooms spread across the Benelux, you can experience the unique radiant heat for yourself. There, you can also see how we use sustainable materials such as high-quality ceramics and specially tempered glass. These materials increase heat output by up to 15 percent compared to cheaper metal alternatives. We guide you through the entire process. This starts with honest advice and continues through to expert installation by our own technicians, who have completed more than 50,000 installations.

• Custom calculation: Avoid overdimensioning and keep your energy bill low.
• High-quality materials: Maximum heat storage for a longer residual effect.
• Full-service approach: From technical design to the last screw during installation.

Personal advice pays off

No two homes are identical. A terraced house in the center of Antwerp requires a completely different approach than a detached new-build in Limburg. With our 18 years of experience in the sector, we know exactly which solutions work for your specific living situation. We look beyond just the panel; we analyze the complete thermal balance of your space. Would you like immediate insight into the possibilities for your renovation or new-build project? Request a no-obligation consultation and discover how to minimize your infrared heating consumption .

Stylish and energy-efficient heating

Heating no longer needs to be a disruptive element in your interior. Our panels integrate seamlessly into your design, for example as an elegant infrared mirror in the bathroom or as a beautiful work of art on the wall. In addition to the aesthetic aspect, you are choosing a maintenance-free future. This saves you an average of 150 euros annually on inspection and maintenance costs that you would incur with a traditional gas boiler. Switch today to a gas-free system that increases both your comfort and the value of your home. It is the smartest path to a healthy and sustainable future.

Take the step towards a sustainable and warm future today

Lowering your fixed costs starts with a smart approach to your heating system. By 2026, the transition to gas-free living will be in full swing, and IR panels play a crucial role in this. By switching from traditional convection to targeted radiant heat, you can reduce your energy consumption by 30%. Infrared heating consumption in your home is optimized down to the last detail through the use of smart thermostats and top-quality German products with extensive warranties.

Warmteshop offers you the assurance of more than 18 years of experience in infrared technology. With over 30 showrooms spread across the Benelux, you always receive personalized advice that perfectly matches your interior and insulation values. You are not just choosing a lower bill; you are also choosing a healthier indoor climate without air circulation. Our experts are happy to help you make the right calculation for your specific living situation.

Request your free, no-obligation quote from Warmteshop now

We would be happy to visit you to discuss how we can heat your home stylishly and energy-efficiently.

Frequently asked questions about infrared heating consumption

How much power does a 1000-watt infrared panel consume per hour?

A 1000-watt infrared panel consumes exactly 1 kilowatt-hour (kWh) of electricity if it is switched on continuously at full power for one hour. However, in a well-insulated room, a smart thermostat switches the panel off regularly as soon as the desired temperature is reached. As a result, the actual infrared heating consumption in practice is often between 0.4 and 0.6 kWh per hour. At an average electricity price of 30 cents per kWh, you therefore pay only 12 to 18 cents per hour for a wonderfully warm room.

Is infrared heating cheaper than a heat pump in terms of consumption?

In terms of pure power consumption, a heat pump is more efficient due to its high average COP value of 4.0, but infrared panels perform better in terms of targeted heat and lower purchase costs. While a heat pump heats the air in the entire home all day long, you use infrared only in the rooms where you are actually present. For many households, this results in a lower energy bill because no unnecessary rooms are heated. In an average home, you can save up to 25% on your total energy needs compared to central air heating.

Can I use infrared panels as my primary heating without exorbitant costs?

You can use infrared panels perfectly well as primary heating, provided your home has solid insulation with at least an energy label A or B. The direct radiant heat ensures that a set temperature of 19 degrees Celsius already feels like 21 degrees on a traditional radiator. Every degree you lower the thermostat immediately reduces your energy consumption by approximately 6%. In a modern terraced house from 2022, this keeps monthly costs very manageable, especially if you control the panels smartly per zone via an app.

How many panels do I need for a 30m2 living room?

For a 30-square-meter living room, you typically need a total power output of 2,250 to 3,000 watts to heat the space comfortably. This means you usually choose three or four 750-watt panels, strategically distributed for even heat distribution. In a new-build home with excellent insulation, 60 watts per square meter is often sufficient, while a home from 1995 would require closer to 100 watts per meter. This way, you enjoy a healthy indoor climate throughout the room without leaving any cold corners.

Does the color or material of the panel affect consumption?

The material of the panel determines how quickly heat is released and how long it is retained by the surface. A ceramic panel, for example, retains heat 15% longer than a metal variant, meaning the panel needs to reheat less frequently. Technically, the color has little influence on infrared heating consumption, although dark surfaces radiate heat slightly more intensely than white panels. Above all, choose a design that suits your personal taste, as proper placement in the room is much more important for efficiency.

What is the ideal thermostat setting for low consumption?

The ideal setting for low consumption is between 18 and 19 degrees Celsius for optimal comfort. Because the radiation directly heats your body and the objects in the room, you will perceive this lower setting as just as warm as traditional heating at 21 degrees. By setting the thermostat 2 degrees lower by default, you immediately reduce power consumption by 12%. Use a programmable thermostat that switches on the panels 15 minutes before your arrival, so that the room reaches the right temperature exactly on time.

Do I really save money by combining infrared with solar panels?

You save significantly on your energy costs by combining infrared with solar panels, because you can use your own generated electricity directly for heating. With an installation of 12 solar panels, you often generate enough energy annually to fully cover a large part of your infrared heating consumption. This makes you virtually independent of fluctuating energy prices on the market. It is a smart, sustainable investment that fully pays for itself in the current market within 7 to 9 years through lower monthly costs.

What percentage can I save on my gas bill with infrared supplementary heating?

With infrared as supplementary heating, you save an average of 30% to 50% on your total annual gas consumption. By keeping the central heating throughout the house at 15 degrees and only heating the room you are in, you consume significantly fewer fossil fuels. This is particularly effective in spring and autumn, as the large gas boiler does not need to start up at all for just an hour of warmth. By doing so, you not only lower your costs but also contribute directly to a carbon-neutral future.

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