Electric Heating Systems 2026: Costs, Types & Grants
Electric heating covers storage heaters, panel heaters, infrared panels, electric boilers and heat pumps.
Electric heating covers storage heaters, panel heaters, infrared panels, electric boilers and heat pumps.
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Several distinct technologies fall under the electric heating label.
Understanding the differences matters because running costs and grant eligibility vary widely between them.
Storage heaters draw electricity overnight, when time-of-use tariffs are cheaper, and release heat during the day. Modern models with electronic controls and fan-assisted output offer better comfort than older brick-core units, though they still rely on predicting how much heat you will need the following day.
Panel heaters warm a room by heating air directly. They respond quickly but use the electricity rate applying when they operate, making them among the most expensive options to run for whole-house heating. They suit occasional-use rooms or properties where installing wet central heating is impractical.
Infrared panels radiate heat to surfaces and people rather than warming the air. They can feel comfortable at a lower thermostat setting, but whole-house coverage requires multiple panels and careful placement. Independent long-term running-cost data for UK homes remains limited.
An electric boiler heats water for radiators and taps, working much like a gas combi or system boiler but without a flue or gas supply. It converts electricity to heat at close to 100% efficiency, yet because electricity costs more per kWh than gas, running costs are typically higher than a gas equivalent. Electric boilers suit flats or homes where a gas connection is unavailable and a heat pump is not feasible. For a closer look at sizing and suitability, see our electric combi boiler guide.
Air-source and ground-source heat pumps transfer heat from outside air or the ground into your home's water circuit. Because they move heat rather than create it, they can deliver two to four units of heat for every unit of electricity consumed, depending on system design, insulation and flow temperature (Energy Saving Trust). That makes them the most energy-efficient form of electric heating available. They work best in well-insulated homes with larger radiators or underfloor heating designed for lower flow temperatures.
Upfront and running costs vary enormously by system type.
The table below uses clearly hypothetical figures to illustrate the range. Actual prices depend on your property, installer quotes and the electricity tariff you pay. These are not current market quotes.
| System type | Illustrative installed cost | Key running-cost factor |
|---|---|---|
| Modern storage heaters (whole house, 3-bed) | £3,000 to £5,000 | Off-peak tariff rate; heat retention |
| Electric panel heaters (whole house, 3-bed) | £1,500 to £3,000 | Full daytime electricity rate |
| Electric boiler + radiators | £2,500 to £5,000 | Electricity rate; similar kWh demand to gas but higher cost per kWh |
| Air-source heat pump | £8,000 to £15,000 before grants | Efficiency (COP/SCOP); insulation level; flow temperature |
| Ground-source heat pump | £15,000 to £30,000 before grants | Efficiency (COP/SCOP); ground conditions; insulation level |
Assumptions behind the illustrative figures: Costs assume a typical three-bedroom semi-detached house, professional installation and VAT. Heat pump ranges reflect the wide variation in system size and ground-work requirements. No specific supplier pricing is used.
Suppose a three-bedroom house needs 12,000 kWh of heat per year.
The heat pump uses less electricity overall, but the saving depends heavily on the tariff structure and the actual SCOP achieved in your home. These figures are illustrative only.
The answer depends on your gas supply, insulation and budget.
Electric heating makes most sense in homes that are off the gas grid, where running a gas supply would be expensive or impossible. It also suits well-insulated flats and new-builds where heat demand is low.
Before choosing a system, consider:
Several schemes may help with eligible electric heating upgrades, depending on location and household circumstances.
The BUS provides grants in England and Wales for replacing existing heating with a heat pump. The approved grant values effective 21 July 2026 are:
Replacing an eligible direct-electric heating system can qualify for BUS when the other scheme conditions are met. You must own the property, use an MCS-certified installer and have the system commissioned within 120 days of applying. Most new-builds and social housing are excluded. BUS funding is confirmed through fiscal year 2029/30 under the Warm Homes Plan.
Fossil-fuel hybrid systems do not qualify as the new installation.
ECO4 runs until 31 December 2026 and funds energy-efficiency measures including heating upgrades for eligible low-income and vulnerable households. Eligibility depends on home tenure, EPC rating, household circumstances and the measures proposed. ECO4 Flex is a council referral route, not guaranteed funding. It is not automatic for every benefit claimant.
The Warm Homes Local Grant covers private homes in England rated EPC D to G, usually where household income is at most £36,000. Qualifying benefits or postcodes can provide alternative routes. Council surveys and available funding determine which improvements are offered. Funding delivery runs to March 2028. A national application portal exists at GOV.UK.
Scotland has separate support programmes. BUS applies to England and Wales only, but Scottish homeowners may be eligible for other grants. See our Scotland energy grants guide for current routes.
Qualifying energy-saving materials installed by a professional carry zero VAT through 31 March 2027, then a scheduled rate of 5%. Supply-only materials bought for DIY installation do not automatically qualify.
Compare your actual gas and electricity tariffs and the efficiency of each system. Direct electric heating can cost more for the same heat output when its tariff is substantially above the gas rate, although off-peak rates and standing charges can change the comparison.
Heat pumps change the equation. Because they deliver more heat energy than the electrical energy they consume, a well-designed heat pump system can match or beat gas running costs, especially in an insulated home with low flow temperatures.
The table below summarises the key trade-offs.
| Factor | Direct electric (storage/panel/boiler) | Gas boiler | Heat pump |
|---|---|---|---|
| Fuel cost per kWh | Higher | Lower | Electricity rate, but less kWh needed |
| Upfront cost | Lower | Moderate | Higher (grants available) |
| Carbon emissions | Depends on grid mix | Higher (fossil fuel) | Lower |
| Maintenance | Minimal | Annual service recommended | Annual service recommended |
| Grant support | Limited | ECO4 for some replacements | BUS grants depend on technology and eligibility |
If your home already has gas central heating and it works well, switching to direct electric heating is unlikely to save money. Switching to a heat pump may save money over time, particularly with BUS grant support.
Start by understanding which schemes your property and circumstances might qualify for.
Check your eligibility on Eco's screener
Eco is an independent comparison and eligibility-screening site. It is not an official approval service. Installers and councils make final eligibility and funding decisions.
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