Heating a home without gas starts with a plan for space heating, hot water and cooking. Each function needs a suitable solution before the gas connection can be removed. Start with the existing home and desired use, not the assumption that one technology is always the best boiler replacement.
This guide focuses on the decision sequence: demand, system, electrical capacity and implementation. We discuss infrared applications with private and business users and support installers and wholesalers. Compare alternatives too and have performance and total costs calculated for your home.
Key points
Gas-free does not automatically mean all-electric or environmentally impact-free. Compare sources for the same demand and include hot water and cooking separately. Check insulation, ventilation and electrics. Remove gas only once dependent appliances and work have been professionally coordinated.
What does gas-free mean for your home?
List all gas appliances and functions. Infrared panels alongside a working gas boiler do not make a home gas-free. District heating can replace a private boiler, while all-electric needs other provisions. Record retained, replaced or added systems and fixed costs that genuinely disappear.
Ask your municipality about local heat plans and have building conditions and current support schemes checked by responsible parties. Product selection grants no automatic permission, subsidy or obligation. Include a grant only after checking measure, applicant and terms; heat-pump schemes do not automatically cover panels. Use your own contract for comparisons, not generic gas prices or historic taxes.
Understanding heat transfer and energy performance
Infrared panels radiate to reachable people and surfaces and also heat air by convection. Ordinary radiators use both too. Comfort involves air and surface temperatures, distance, air movement, clothing and activity. Three degrees lower air temperature with equal comfort is not a general promise.
A resistance panel converts nearly all input electricity into heat locally. A heat pump moves ambient heat and can supply several heat units per electrical unit. Include this in primary-heating comparisons. Thermal mass stores heat temporarily but does not cancel building or ventilation losses.
Heating does not remove dust or treat respiratory or circulation problems. Natural air movement remains without fans. Maintain ventilation and investigate moisture at its source. Removing one combustion appliance does not remove all other indoor risks.
Comparing alternatives to a gas boiler
For a heat pump, compare source, emitters, required temperatures, space, noise and calculated seasonal performance of the exact version. Layouts differ. Existing radiators do not automatically need removal: check their capacity at the chosen flow temperature. Better insulation may also affect reuse.
For district heating assess availability, connection, contract and total fixed and variable costs. For resistance panels consider capacity, mounting, controls and electricity. A hybrid with a gas boiler still uses gas. Compare purchase, installation, annual consumption, maintenance and replacement. Keep investment, fixed and usage costs distinct and use the same comfort and period for every option.
Primary heating or an addition
Targeted supplementary heat may suit a work or seating spot without proving whole-home heating capability. Include remaining background heating in combinations and avoid unnecessary simultaneous use. Combining electric underfloor heating also needs approved floor construction and coordinated controls.
Steps towards a coordinated transition
1. Assess the home and heating needs
Collect dimensions, insulation, glazing, ventilation and actual use by room. Calculate losses for desired indoor and design outdoor temperatures. Fixed 25–45 watts per cubic metre or a label alone is insufficient. Improve the envelope where useful and coordinate ventilation; heat recovery is an option, not a universal requirement.
2. Plan heating, hot water and cooking together
Choose suitable solutions for every function and check comfort, space and capacity. Hot water needs consideration of storage, peaks and prescribed hygienic operation. Room panels do not provide hot water. Make a coordinated plan instead of discovering remaining gas uses at the end.
3. Design electrical supply and mounting
Have the installer assess simultaneous heating, cooking, hot water and other loads. Connection requirements follow the design; 3×25 amps is neither automatic requirement nor guarantee. Check wiring, protection and network options. Choose positions from support, coverage and model clearances, not a universal ceiling preference.
4. Implement and check in stages
A trial room can help assess comfort, operation and actual energy. Also measure remaining existing heating. Keep the final solution in view so a temporary purchase does not become an unsuitable default. Have authorised parties decommission gas appliances and the connection once all alternatives operate.
Including infrared products in the overall plan
Treat finish, output, controls and mounting as one combination. Metal, glass, mirror and printed panels may have different conditions. Expect neither unlimited lifespan nor maintenance-free operation; cleaning and checks remain. Ask about warranty, parts and application-specific data.
Preparing a proposal for your home
Share plan, insulation, schedules and current installation. Explain investigations already made and remaining gas functions. We discuss suitable infrared uses and information with you and, where appropriate, installer or wholesaler. The full plan should describe alternatives, costs, responsibilities and sequence.
Frequently asked questions
Do solar panels make heating free?
No. Generation and winter demand do not automatically coincide. Include grid purchases, contract terms and forgone export income and assess the annual profile. Extra solar preheating can increase losses. Annual generation alone does not prove free or climate-neutral heat.
Can every home transition in the same way?
No. Losses, space, electrical capacity, comfort and budget vary. HR++ glazing or a label alone does not establish suitability. Assess the whole plan and choose another solution or staged approach with clear follow-up where needed.