Infrared and Solar heating- An irresistible combination
Why Infrared Heating + Solar Is Such a Strong Combination for UK Homes
A practical buyer’s guide to combining solar electricity with infrared heating panels, portable heaters, underfloor heating and smart thermostats for lower running costs, better control and a more future-ready home.
Pairing solar power with infrared heating is one of the most practical ways to make electric heating work harder for you. Solar panels generate electricity for your home during daylight hours, while infrared heating gives you fast, direct warmth exactly where you need it. Put those two together and you get a heating approach that can feel simple, flexible and genuinely future-friendly.
It is not just about being greener. This combination also appeals to buyers who want lower day-to-day electricity use from the grid, room-by-room heating control, minimal maintenance and more independence from traditional heating habits.
Quick Links
Infrared Heating Guide
What is Infrared Heating?
Buying Genuine Infrared Heating
Infrared Panel Heater User Guide
Electric Underfloor Heating Systems Collection Guide
Underfloor Heating Thermostats Guide
Carbon Neutral Heating Guide
Why Solar + Infrared Heating Works So Well
Infrared heating is already attractive because it is simple to install, low maintenance and easy to zone room by room. Solar adds another layer of value because it generates electricity for your home during the day, which can be used to run appliances and electric heating or be stored for later if you have a battery system.
That means this combination can be appealing in several different ways:
- Lower grid dependence: some of the electricity used by your heaters may come from your own solar generation.
- Faster comfort: infrared warms people and surfaces directly rather than relying only on heating air first.
- Flexible installation: infrared panels, towel heaters, bathroom mirrors and underfloor systems can be added where they make most sense.
- Simple controls: smart thermostats and timers let you match heating times to occupancy and solar production patterns.
- Low maintenance: infrared heaters have no moving parts, and solar PV systems are also known for relatively low ongoing maintenance requirements.
Solar helps generate the electricity. Infrared helps use that electricity more intelligently. Thermostats make sure you do not waste it.
Infrared Panels, Towel Heaters and Everyday Room Heating
Modern infrared panels can be wall mounted or ceiling mounted and are one of the easiest electric heating upgrades for homes, offices, studios and renovation projects. They are especially useful where you want clean design, quiet operation and room-by-room control.
Unlike traditional convection heaters, infrared warms people, floors, walls, furniture and surfaces directly. That often makes the comfort feel faster and more focused. It also means you do not always need to think about heating the whole air volume of the room in the same way as a conventional radiator-led system.
Bathrooms are another strong example. A stylish towel heater or mirror heater paired with smart controls can deliver comfortable warmth exactly when the room is used, rather than relying on broader central heating routines.
A design-led infrared option for buyers who want direct radiant comfort with a sleek, modern look.
A smart choice for bathrooms where warm towels, surface warmth and timed comfort all matter.
Helpful if you want more detail on sizing, panel placement, mounting and room performance.
Underfloor Heating + Solar: Another Strong Electric Match
Solar and infrared panels make a lot of sense together, but they are not the only pairing worth considering. Electric underfloor heating can also work very well with solar because it is another electric heating technology that can be timed and controlled intelligently.
The best underfloor option depends on the floor finish and room type:
- Foil and carbon film systems are often used with floating floors such as laminate and engineered wood.
- Heating mats and loose wire are often used under tile and stone floors.
- Decoupling systems are useful where tiled floors need heating plus extra movement protection.
- In-screed systems are often considered in extensions, new builds and major renovation projects.
Where solar really helps is by offsetting some of the electricity used by these systems, especially during daytime operation or when paired with a battery and smart control strategy. Underfloor heating can also be split into zones, which means you can prioritise the rooms that matter most rather than heating every floor at once.
A good starting point if you are comparing foil, carbon film, heating mats, loose wire and in-screed systems.
Ideal if your solar-friendly heating plan includes laminate, engineered wood, vinyl or carpet build-ups.
Useful if you want electric floor heating in bathrooms, kitchens or tiled spaces alongside solar generation.
Panels and underfloor heating do not have to compete. In some homes, infrared panels work best in occupied living areas, while electric underfloor heating suits bathrooms, kitchens or specific floor finishes.
Thermostats, Timers and Smart Controls Matter More Than People Think
One of the easiest ways to improve the value of any solar + electric heating setup is with better controls. Smart thermostats help you run heating only when it is needed, and floor thermostats are especially important with underfloor systems because they also help protect floor finishes.
Good controls can help you:
- schedule heating around real routines
- reduce unnecessary hours of operation
- pre-heat rooms before you use them
- set room-by-room temperatures
- match heating windows to daytime solar generation where useful
Ideal if you want better scheduling, zoning and more control over electric heating use throughout the day.
Useful if your solar-friendly setup includes electric floor heating and you want the right floor sensor and control strategy.
Solar can lower the cost of the electricity you use. Thermostats lower the amount of electricity you waste. You usually want both.
Solar + Electric Heating Running Cost Calculator
Use this calculator to estimate the maximum grid cost of running an electric heater or underfloor heating zone, and then compare how the figure changes if some of that electricity is covered by your solar generation.
Planning note: this is a simplified estimate for comparing options. It assumes the selected hours are actual heating runtime and that the chosen solar percentage directly offsets part of that electricity use. Real results vary by thermostat cycling, room heat loss, solar generation pattern and whether battery storage is used.
Best Rooms and Use Cases for Solar + Infrared Heating
| Room / Situation | Best Solar + Heating Fit | Why It Works |
|---|---|---|
| Home office | Infrared panel or portable infrared heater | Fast comfort in one room without heating the whole house |
| Bathroom | Towel heater, heated mirror, or tiled underfloor heating | Targeted warmth and smart timing around morning and evening routines |
| Kitchen / diner | Ceiling or wall panel, or underfloor heating depending on floor build-up | Good for occupied zones and mixed-use family spaces |
| Renovation project | Panels plus selected underfloor zones | Flexible electric solution without forcing one system everywhere |
| Older property | Room-by-room infrared panels | Simple retrofit and easy zoning |
| New extension | Underfloor heating or zoned panel heating | Easy to integrate while planning insulation, layout and controls properly |
Compare Solar-Friendly Electric Heating Options
| Heating Option | Best For | Main Benefit | Watch Out For |
|---|---|---|---|
| Infrared panels | Living rooms, bedrooms, offices, kitchens | Low-maintenance direct radiant comfort | Needs correct sizing and placement |
| Portable infrared heaters | Flexible single-room use | Easy to move and ideal for occasional-use spaces | Less discreet than fixed panels |
| Bathroom infrared | Bathrooms, ensuites | Good comfort in short-use spaces with timed control | Need to check product suitability and placement |
| Electric underfloor heating | Bathrooms, kitchens, renovations, new floors | Warm floor comfort and invisible heat source | Build-up and floor compatibility matter a lot |
| Solar + battery + electric heating | Buyers wanting more self-use of generated electricity | Can extend the value of solar beyond the middle of the day | Higher upfront complexity and cost |
Products and Guides to Compare
A strong starting point if solar-backed room heating is your main goal.
Essential for matching heating to routine, zoning and solar-friendly operation.
Useful if you want the solar conversation to include floors as well as wall or ceiling heating.
Future-Proofing the Home Without Overcomplicating It
One of the nicest things about this combination is that it can grow with you. Some buyers start with solar first and then add infrared room by room. Others already use infrared panels and then install solar later to offset more of the electricity cost. Some add battery storage. Some add electric underfloor heating in a bathroom or renovation phase.
That flexibility matters. You do not have to solve the whole property in one dramatic leap. A practical staged approach often works better and feels far less stressful on the budget.
Start with the rooms you use most, add smart controls early, and choose heating types that match the floor finish and the way the room is actually lived in.
Frequently Asked Questions
Can solar panels power infrared heating?
Yes. Solar panels generate electricity that can be used by your home, including electric heating. The exact benefit depends on when you use the heating, how much solar you generate and whether you have battery storage.
Does solar make infrared heating cheaper to run?
It can, because part of the electricity used by the heaters may come from your own solar generation instead of the grid. Smart controls and timing usually improve that benefit further.
Is infrared heating better than underfloor heating with solar?
Not necessarily. They often suit different rooms and floor types. Panels are great for flexible room-by-room heating, while underfloor heating is often ideal where warm floors and invisible heat are priorities.
Do I need a thermostat with solar-powered electric heating?
For best comfort and efficiency, yes. Thermostats, floor sensors and smart scheduling are some of the most valuable parts of the overall system.
Can I use solar with bathroom infrared heaters and towel rails?
Yes. Bathrooms are a strong example of where timed electric heating, direct comfort and targeted use can work very well together.
Is battery storage worth considering with solar and electric heating?
It can be useful because it may let you use more of your self-generated electricity later in the day rather than relying only on daytime solar production.
Can electric underfloor heating work well with solar panels?
Yes. Electric underfloor heating is another electric heating technology that can benefit from solar generation, especially when zoning and timing are planned properly.
What is the easiest way to start with solar-friendly heating?
Many buyers start with one or two infrared-heated rooms and good thermostat control, then expand into more zones or add underfloor heating where it makes sense.
Ready to Go Greener?
If you want a practical low-carbon upgrade, start by comparing the right infrared heaters, underfloor systems and smart controls for the rooms you use most. Solar can then make those electric systems even more attractive by offsetting some of the electricity used.
Quick Quote
Fill out the form below and we'll get back to you as soon as we can.