# Infrared Heat Solutions > Infrared Heat Solutions Ltd designs and installs electric infrared heating for homes and commercial buildings across North West England, Yorkshire, the Midlands and North Wales. We publish honest, first-party running-cost modelling rather than marketing savings claims. - Website: https://infraredheatinginstallers.co.uk/ - Contact: info@infraredheatsolutions.com - Address: 53 Parker Street, London WC2B 5PT, UK - Coverage: North West England, Yorkshire, the Midlands and North Wales - Content reviewed by: Infrared Heat Solutions technical team (last review 2026-07) ## Core services Commercial and residential infrared heating design, supply and installation. - [Infrared heating installation UK](https://infraredheatinginstallers.co.uk/): Homepage: services, coverage and cost calculator. - [Commercial infrared heating](https://infraredheatinginstallers.co.uk/commercial-infrared-heating): Specification and installation for commercial buildings. - [Infrared heating installation process](https://infraredheatinginstallers.co.uk/infrared-heating-installation): Survey, sizing, wiring, controls and commissioning. - [Infrared heating costs](https://infraredheatinginstallers.co.uk/infrared-heating-cost): Installed prices and real running costs per m². - [Infrared heating panels](https://infraredheatinginstallers.co.uk/infrared-heating-panels): An installer's honest guide to infrared heating panels: how they work, the panel types, how to size them (watts per m²), what they cost to run, and where they beat other heating. - [Storage heater replacement](https://infraredheatinginstallers.co.uk/storage-heater-replacement): Replacing Economy 7 storage heaters with infrared. - [Contact and quotes](https://infraredheatinginstallers.co.uk/contact): Enquiries: info@infraredheatsolutions.com. 53 Parker Street, London WC2B 5PT, UK. - [About and editorial methodology](https://infraredheatinginstallers.co.uk/about): Who we are, how figures are calculated and reviewed. ## Tools and first-party data Calculators and datasets built from our own modelling — citable, with methodology stated on the page. - [Infrared running cost calculator](https://infraredheatinginstallers.co.uk/tools/running-cost-calculator): Cost per hour/year from area, insulation and local climate. - [UK off-gas-grid heating data](https://infraredheatinginstallers.co.uk/data/off-gas-grid): Estimated off-gas-grid households and grid carbon by region. - [Off-gas-grid heating: North West England](https://infraredheatinginstallers.co.uk/data/off-gas-grid/north-west-england): ~9% of homes off the gas grid; very low carbon grid electricity (nuclear (Heysham) plus solar). - [Off-gas-grid heating: North East England](https://infraredheatinginstallers.co.uk/data/off-gas-grid/north-east-england): ~9% of homes off the gas grid; very low carbon grid electricity (nuclear and imports). - [Off-gas-grid heating: Yorkshire and the Humber](https://infraredheatinginstallers.co.uk/data/off-gas-grid/yorkshire-and-the-humber): ~11% of homes off the gas grid; moderate carbon grid electricity (biomass (Drax) and solar). - [Off-gas-grid heating: West Midlands](https://infraredheatinginstallers.co.uk/data/off-gas-grid/west-midlands): ~10% of homes off the gas grid; moderate carbon grid electricity (solar and nuclear). - [Off-gas-grid heating: East Midlands](https://infraredheatinginstallers.co.uk/data/off-gas-grid/east-midlands): ~15% of homes off the gas grid; high carbon grid electricity (solar). - [Off-gas-grid heating: Wales](https://infraredheatinginstallers.co.uk/data/off-gas-grid/wales): ~23% of homes off the gas grid; moderate carbon grid electricity (solar and wind). ## Building types (vertical hubs) Heating options compared for a building type, including where infrared is not the best fit. - [warehouse](https://infraredheatinginstallers.co.uk/warehouse-heating): Independent guide to warehouse heating in the UK: radiant vs warm-air vs heat pump, real running-cost figures, sizing by ceiling height and free fixed-price quotes. - [church](https://infraredheatinginstallers.co.uk/church-heating): How to heat a church without heating the whole building. Pew-level radiant vs underfloor vs boilers, real costs, faculty considerations and free quotes from vetted UK suppliers. - [workshop](https://infraredheatinginstallers.co.uk/workshop-heating): Workshop heating compared: radiant vs blow heaters vs gas. Sizing by bay, real running costs for UK workshops and industrial units, and free quotes from vetted installers. - [factory](https://infraredheatinginstallers.co.uk/factory-heating): Factory and production-floor heating compared: radiant, warm-air and destratification. Zoning strategy, indicative costs and free quotes from UK industrial heating suppliers. - [garage](https://infraredheatinginstallers.co.uk/garage-heating): How to heat a garage, home gym or hobby workshop in the UK. Radiant panels vs blow heaters vs extending central heating, real running-cost figures and installer quotes. - [care home](https://infraredheatinginstallers.co.uk/care-home-heating): Care home heating compared: per-room control, low-surface-temperature safety, legionella risk and 24/7 comfort. Indicative costs and free quotes from vetted UK suppliers. - [school](https://infraredheatinginstallers.co.uk/school-heating): How to heat classrooms, halls and mobiles efficiently: zoning by timetable, comfort standards, indicative costs per classroom and free quotes from vetted UK suppliers. - [office](https://infraredheatinginstallers.co.uk/office-heating): Office heating compared: zoning for hybrid occupancy, per-area control, legal minimum temperatures, indicative install costs and free quotes from vetted UK suppliers. - [village hall](https://infraredheatinginstallers.co.uk/village-hall-heating): Village hall and community centre heating compared: intermittent bookings, no gas supply, running costs per session, funding routes and free quotes from vetted UK suppliers. - [marquee](https://infraredheatinginstallers.co.uk/marquee-heating): Marquee and event heating compared: indirect diesel vs electric radiant, kW sizing per guest, safety rules under fabric, hire vs buy costs and free quotes from UK suppliers. - [outdoor hospitality](https://infraredheatinginstallers.co.uk/outdoor-commercial-heating): Commercial outdoor heating compared: electric radiant vs gas patio heaters vs fire pits, cost per covered seat, running cost per hour and free quotes from vetted UK suppliers. - [listed building](https://infraredheatinginstallers.co.uk/listed-building-heating): Heating a listed or period building: reversible low-intervention systems, listed building consent, damp and fabric risk, indicative costs and free quotes from vetted UK suppliers. ## Infrared by application - [Infrared heating by application](https://infraredheatinginstallers.co.uk/infrared-heating-for): Index of use-case pages. - [Infrared heating for warehouses](https://infraredheatinginstallers.co.uk/infrared-heating-for/warehouses): Commercial. Typical load Typically zoned rather than whole-volume; radiant output sized to the occupied work area.. - [Infrared heating for churches](https://infraredheatinginstallers.co.uk/infrared-heating-for/churches): Commercial. Typical load Zoned to seating areas; radiant output matched to occupied zones rather than the full volume.. - [Infrared heating for care homes](https://infraredheatinginstallers.co.uk/infrared-heating-for/care-homes): Commercial. Typical load Around 60–100 W/m² of floor area per room depending on insulation.. - [Infrared heating for offices](https://infraredheatinginstallers.co.uk/infrared-heating-for/offices): Commercial. Typical load Around 60–90 W/m² of floor area depending on insulation and glazing.. - [Infrared heating for schools](https://infraredheatinginstallers.co.uk/infrared-heating-for/schools): Commercial. Typical load Around 60–90 W/m² in classrooms; halls are zoned by activity area.. - [Infrared heating for listed buildings](https://infraredheatinginstallers.co.uk/infrared-heating-for/listed-buildings): Commercial. Typical load Around 80–110 W/m² given typically poor solid-wall insulation.. - [Infrared heating for village halls](https://infraredheatinginstallers.co.uk/infrared-heating-for/village-halls): Commercial. Typical load Zoned to occupied areas; output matched to the main hall.. - [Infrared heating for workshops](https://infraredheatinginstallers.co.uk/infrared-heating-for/workshops): Commercial. Typical load Zoned to work areas rather than whole-volume.. - [Infrared heating for conservatories](https://infraredheatinginstallers.co.uk/infrared-heating-for/conservatories): Residential. Typical load Around 100–130 W/m² given the high glazing losses.. - [Infrared heating for bathrooms](https://infraredheatinginstallers.co.uk/infrared-heating-for/bathrooms): Residential. Typical load Around 80–100 W/m² of floor area.. - [Infrared heating for garages and home gyms](https://infraredheatinginstallers.co.uk/infrared-heating-for/garages): Residential. Typical load Around 100–130 W/m² given typically poor insulation.. - [Infrared heating for home offices](https://infraredheatinginstallers.co.uk/infrared-heating-for/home-offices): Residential. Typical load Around 60–100 W/m² depending on insulation.. ## Panel types - [Ceiling infrared heating panels](https://infraredheatinginstallers.co.uk/infrared-heating-panels/ceiling): Ceiling-mounted infrared panels: how they heat a room from above, where they work best, sizing rules and running costs. An honest installer's guide. - [Wall-mounted infrared heating panels](https://infraredheatinginstallers.co.uk/infrared-heating-panels/wall): Wall-mounted infrared panels: the most common home option. Where to place them, how to size them, and what they cost to run. Honest installer guidance. - [Infrared mirror heating panels](https://infraredheatinginstallers.co.uk/infrared-heating-panels/mirror): Infrared mirror panels double as a heater and a mirror, and stay demist-clear. Where they work, IP ratings for bathrooms, sizing and running costs. - [Infrared picture heating panels](https://infraredheatinginstallers.co.uk/infrared-heating-panels/picture): Infrared picture panels print an image onto the heater so it looks like framed art. Where they suit, how to size them and what they cost to run. - [Infrared bathroom heating panels](https://infraredheatinginstallers.co.uk/infrared-heating-panels/bathroom): IP-rated infrared panels for bathrooms: fast radiant warmth, less condensation and mould, and safe zone installation. Sizing and running-cost guidance. - [Infrared glass heating panels](https://infraredheatinginstallers.co.uk/infrared-heating-panels/glass): Infrared glass panels offer a premium coloured or clear glass finish. Where they suit, how they perform versus metal panels, sizing and running costs. ## Comparisons - [Infrared heating vs heat pumps](https://infraredheatinginstallers.co.uk/compare/infrared-vs-heat-pump): A heat pump uses roughly three times less electricity than infrared for the same heat (COP ~3.2 vs 1.0), so it is cheaper to run for whole-home heating. Infrared wins on upfront cost, zonal on-demand heat, zero maintenance and easy retrofit — which is why it suits single rooms, intermittent spaces and hard-to-treat buildings rather than replacing a heat pump. - [Infrared heating vs gas central heating](https://infraredheatinginstallers.co.uk/compare/infrared-vs-gas-central-heating): Gas is currently the cheaper fuel per kWh, so whole-home gas central heating usually has a lower running cost today than heating every room with infrared. Infrared avoids a boiler, flue and wet system entirely, gives per-room control, and is a genuine option where there's no gas supply or for heating individual rooms rather than the whole house. - [Infrared heating vs storage heaters](https://infraredheatinginstallers.co.uk/compare/infrared-vs-storage-heaters): Both are electric and resistive, so neither beats a heat pump on efficiency — but infrared gives instant, controllable, zonal heat, while storage heaters release heat on a fixed cycle and often waste it during the day. For most homes on old storage heaters, infrared is a more comfortable, more controllable upgrade, especially on a time-of-use tariff. - [Infrared heating vs electric radiators](https://infraredheatinginstallers.co.uk/compare/infrared-vs-electric-radiators): Electric radiators and infrared panels are both 100% efficient at turning electricity into heat, so running cost per kWh is the same. The difference is how they deliver it: electric radiators warm the air (convection), while infrared warms people and surfaces directly (radiant), which can feel warmer sooner and suits draughty or intermittently used rooms. ## Guides - [Infrared heating guides](https://infraredheatinginstallers.co.uk/guides): Index of explainer guides. - [How does infrared heating work?](https://infraredheatinginstallers.co.uk/guides/how-does-infrared-heating-work): Infrared panels emit long-wave infrared radiation that warms objects, surfaces and people directly — the same way the sun warms your skin on a cold, clear day. Because it heats mass rather than air, a room feels warm quickly and stays comfortable even with some ventilation, which is why infrared suits high, draughty or intermittently used spaces. - [Do infrared panels use a lot of electricity?](https://infraredheatinginstallers.co.uk/guides/do-infrared-panels-use-a-lot-of-electricity): A typical infrared panel draws between 300 and 900 watts, similar to any electric heater of the same output. Running a 600 W panel for four hours a day costs roughly £0.59 at the current price cap of about 24.5p per kWh. The bill depends far more on how long you run it and how well the room holds heat than on the panel itself. - [How many infrared panels do I need?](https://infraredheatinginstallers.co.uk/guides/how-many-infrared-panels-do-i-need): As a rule of thumb, allow around 60 W/m² for a well-insulated room, 90 W/m² for an average room and 130 W/m² for a poorly insulated one. A 15 m² average living room therefore needs roughly 1,350 W — two 700 W panels, or one 900 W plus one 450 W — spread across the room rather than concentrated in one spot. - [Is infrared heating good for poorly insulated homes?](https://infraredheatinginstallers.co.uk/guides/is-infrared-heating-good-for-poorly-insulated-homes): Infrared can make a poorly insulated room feel warm quickly because it heats you and the surfaces directly rather than the leaky air. But no electric heater escapes physics: a draughty room loses heat fast, so running costs will be higher than in a well-insulated home. Infrared is best used here for targeted, occupied-zone heating alongside basic insulation improvements. - [Can infrared heating replace storage heaters?](https://infraredheatinginstallers.co.uk/guides/can-infrared-heating-replace-storage-heaters): Yes — infrared panels are one of the most popular replacements for old storage heaters. They are slimmer, give instant room-by-room control instead of dumping heat on a fixed schedule, and need no servicing. The one thing to check is your tariff: storage heaters use cheap off-peak units, so to match that, pair infrared with a smart tariff or run it mainly in occupied hours. - [Infrared heating running costs explained](https://infraredheatinginstallers.co.uk/guides/infrared-heating-running-costs-explained): Infrared running cost = the room's annual heat demand × the current electricity price (about 24.5p per kWh), adjusted for the fact that infrared heats only occupied zones on demand. Heat demand depends on room size, insulation and local climate, which is why we use the degree-day method rather than a flat 'save 60%' claim. - [Is infrared heating safe?](https://infraredheatinginstallers.co.uk/guides/is-infrared-heating-safe): Yes, infrared heating is safe. Domestic panels emit long-wave (far) infrared — the same harmless radiant heat you feel from the sun on a cold day or from a warm wall. It is not UV, it is not ionising, and it does not 'cook' you. The only real considerations are ordinary ones: panel surfaces can be warm to touch, so ceiling mounting or low-surface-temperature panels are used where children or vulnerable people are present. - [What is infrared heating?](https://infraredheatinginstallers.co.uk/guides/what-is-infrared-heating): Infrared heating is a form of electric heating that warms objects, surfaces and people directly with radiant heat, instead of warming the air like a radiator or fan heater. It works the same way the sun warms your skin on a cold, clear day. It is delivered by slim wall- or ceiling-mounted panels and suits single rooms, retrofits and hard-to-heat spaces. - [Are infrared heaters cheap to run?](https://infraredheatinginstallers.co.uk/guides/are-infrared-heaters-cheap-to-run): Infrared heaters are cheap to run when you use them to heat one occupied room on demand, and expensive if you use them to heat a whole house all day. Per unit of heat they cost the same as any direct electric heater — about 24.5p per kWh — so a 600 W panel is roughly 15p an hour. They save money by cutting wasted heat, not by beating physics: a heat pump is still cheaper for continuous whole-home heating. - [Is infrared heating worth it?](https://infraredheatinginstallers.co.uk/guides/is-infrared-heating-worth-it): Infrared heating is worth it when you need low-cost, low-disruption, controllable heat for specific rooms, off-gas-grid homes, hard-to-treat buildings, or to replace old storage heaters. It is not worth it as a way to heat a whole, well-insulated home continuously — a heat pump will be cheaper to run there. The right answer depends entirely on your building and how you use it, which is why we quote real figures rather than slogans. - [Why is infrared heating not more popular?](https://infraredheatinginstallers.co.uk/guides/why-is-infrared-heating-not-popular): Infrared heating is less popular mainly because electricity costs about four times more per unit than gas, so it can't compete with mains gas for whole-home heating, and because years of exaggerated 'save 60%' marketing damaged trust. It also gets no government grant (unlike heat pumps), and awareness is low. Where it genuinely fits — rooms, retrofits, off-gas-grid and hard-to-treat buildings — it is quietly very popular. ## Locations Town pages carry real 2024 climate data (heating degree days, mean temperature) used to size systems locally. - [Infrared heating by location](https://infraredheatinginstallers.co.uk/infrared-heating): Index of town and city pages. - [Infrared heating Accrington](https://infraredheatinginstallers.co.uk/infrared-heating/accrington): Lancashire. 2280 heating degree days (colder than the UK average), mean 9.4°C. - [Infrared heating Barrow-in-Furness](https://infraredheatinginstallers.co.uk/infrared-heating/barrow-in-furness): Cumbria. 1909 heating degree days (close to the UK average), mean 10.4°C. - [Infrared heating Birkenhead](https://infraredheatinginstallers.co.uk/infrared-heating/birkenhead): Merseyside. 1725 heating degree days (milder than the UK average), mean 11°C. - [Infrared heating Blackburn](https://infraredheatinginstallers.co.uk/infrared-heating/blackburn): Lancashire. 2280 heating degree days (colder than the UK average), mean 9.4°C. - [Infrared heating Blackpool](https://infraredheatinginstallers.co.uk/infrared-heating/blackpool): Lancashire. 1856 heating degree days (milder than the UK average), mean 10.6°C. - [Infrared heating Bolton](https://infraredheatinginstallers.co.uk/infrared-heating/bolton): Greater Manchester. 2256 heating degree days (colder than the UK average), mean 9.5°C. - [Infrared heating Burnley](https://infraredheatinginstallers.co.uk/infrared-heating/burnley): Lancashire. 2392 heating degree days (colder than the UK average), mean 9°C. - [Infrared heating Carlisle](https://infraredheatinginstallers.co.uk/infrared-heating/carlisle): Cumbria. 2098 heating degree days (close to the UK average), mean 9.9°C. - [Infrared heating Chester](https://infraredheatinginstallers.co.uk/infrared-heating/chester): Cheshire. 1846 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Chorley](https://infraredheatinginstallers.co.uk/infrared-heating/chorley): Lancashire. 2123 heating degree days (colder than the UK average), mean 9.8°C. - [Infrared heating Crewe](https://infraredheatinginstallers.co.uk/infrared-heating/crewe): Cheshire. 1928 heating degree days (close to the UK average), mean 10.5°C. - [Infrared heating Kendal](https://infraredheatinginstallers.co.uk/infrared-heating/kendal): Cumbria. 2149 heating degree days (colder than the UK average), mean 9.7°C. - [Infrared heating Lancaster](https://infraredheatinginstallers.co.uk/infrared-heating/lancaster): Lancashire. 2079 heating degree days (close to the UK average), mean 9.9°C. - [Infrared heating Liverpool](https://infraredheatinginstallers.co.uk/infrared-heating/liverpool): Merseyside. 1799 heating degree days (milder than the UK average), mean 10.8°C. - [Infrared heating Macclesfield](https://infraredheatinginstallers.co.uk/infrared-heating/macclesfield): Cheshire. 2136 heating degree days (colder than the UK average), mean 9.8°C. - [Infrared heating Manchester](https://infraredheatinginstallers.co.uk/infrared-heating/manchester): Greater Manchester. 1875 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Nantwich](https://infraredheatinginstallers.co.uk/infrared-heating/nantwich): Cheshire. 1957 heating degree days (close to the UK average), mean 10.4°C. - [Infrared heating Oldham](https://infraredheatinginstallers.co.uk/infrared-heating/oldham): Greater Manchester. 2298 heating degree days (colder than the UK average), mean 9.4°C. - [Infrared heating Penrith](https://infraredheatinginstallers.co.uk/infrared-heating/penrith): Cumbria. 2439 heating degree days (colder than the UK average), mean 8.9°C. - [Infrared heating Preston](https://infraredheatinginstallers.co.uk/infrared-heating/preston): Lancashire. 1896 heating degree days (milder than the UK average), mean 10.5°C. - [Infrared heating Rochdale](https://infraredheatinginstallers.co.uk/infrared-heating/rochdale): Greater Manchester. 2299 heating degree days (colder than the UK average), mean 9.3°C. - [Infrared heating Salford](https://infraredheatinginstallers.co.uk/infrared-heating/salford): Greater Manchester. 1875 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Southport](https://infraredheatinginstallers.co.uk/infrared-heating/southport): Merseyside. 1794 heating degree days (milder than the UK average), mean 10.8°C. - [Infrared heating St Helens](https://infraredheatinginstallers.co.uk/infrared-heating/st-helens): Merseyside. 1899 heating degree days (milder than the UK average), mean 10.5°C. - [Infrared heating Stockport](https://infraredheatinginstallers.co.uk/infrared-heating/stockport): Greater Manchester. 1870 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Warrington](https://infraredheatinginstallers.co.uk/infrared-heating/warrington): Cheshire. 1876 heating degree days (milder than the UK average), mean 10.6°C. - [Infrared heating Widnes](https://infraredheatinginstallers.co.uk/infrared-heating/widnes): Cheshire. 1851 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Wigan](https://infraredheatinginstallers.co.uk/infrared-heating/wigan): Greater Manchester. 2048 heating degree days (close to the UK average), mean 10.1°C. - [Infrared heating Workington](https://infraredheatinginstallers.co.uk/infrared-heating/workington): Cumbria. 1893 heating degree days (milder than the UK average), mean 10.4°C. - [Infrared heating Berwick-upon-Tweed](https://infraredheatinginstallers.co.uk/infrared-heating/berwick-upon-tweed): Northumberland. 2056 heating degree days (close to the UK average), mean 10°C. - [Infrared heating Bishop Auckland](https://infraredheatinginstallers.co.uk/infrared-heating/bishop-auckland): County Durham. 2177 heating degree days (colder than the UK average), mean 9.7°C. - [Infrared heating Darlington](https://infraredheatinginstallers.co.uk/infrared-heating/darlington): County Durham. 2045 heating degree days (close to the UK average), mean 10.1°C. - [Infrared heating Durham](https://infraredheatinginstallers.co.uk/infrared-heating/durham): County Durham. 2024 heating degree days (close to the UK average), mean 10.2°C. - [Infrared heating Gateshead](https://infraredheatinginstallers.co.uk/infrared-heating/gateshead): Tyne and Wear. 2065 heating degree days (close to the UK average), mean 10.1°C. - [Infrared heating Hexham](https://infraredheatinginstallers.co.uk/infrared-heating/hexham): Northumberland. 2101 heating degree days (colder than the UK average), mean 9.9°C. - [Infrared heating Middlesbrough](https://infraredheatinginstallers.co.uk/infrared-heating/middlesbrough): North Yorkshire. 1947 heating degree days (close to the UK average), mean 10.4°C. - [Infrared heating Morpeth](https://infraredheatinginstallers.co.uk/infrared-heating/morpeth): Northumberland. 2067 heating degree days (close to the UK average), mean 10°C. - [Infrared heating Newcastle upon Tyne](https://infraredheatinginstallers.co.uk/infrared-heating/newcastle-upon-tyne): Tyne and Wear. 2037 heating degree days (close to the UK average), mean 10.1°C. - [Infrared heating Stockton-on-Tees](https://infraredheatinginstallers.co.uk/infrared-heating/stockton-on-tees): County Durham. 1947 heating degree days (close to the UK average), mean 10.4°C. - [Infrared heating Sunderland](https://infraredheatinginstallers.co.uk/infrared-heating/sunderland): Tyne and Wear. 2031 heating degree days (close to the UK average), mean 10.1°C. - [Infrared heating Barnsley](https://infraredheatinginstallers.co.uk/infrared-heating/barnsley): South Yorkshire. 2114 heating degree days (colder than the UK average), mean 10°C. - [Infrared heating Beverley](https://infraredheatinginstallers.co.uk/infrared-heating/beverley): East Riding of Yorkshire. 1877 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Bradford](https://infraredheatinginstallers.co.uk/infrared-heating/bradford): West Yorkshire. 2158 heating degree days (colder than the UK average), mean 9.8°C. - [Infrared heating Doncaster](https://infraredheatinginstallers.co.uk/infrared-heating/doncaster): South Yorkshire. 1864 heating degree days (milder than the UK average), mean 10.8°C. - [Infrared heating Grimsby](https://infraredheatinginstallers.co.uk/infrared-heating/grimsby): Lincolnshire. 1768 heating degree days (milder than the UK average), mean 11.1°C. - [Infrared heating Halifax](https://infraredheatinginstallers.co.uk/infrared-heating/halifax): West Yorkshire. 2176 heating degree days (colder than the UK average), mean 9.7°C. - [Infrared heating Harrogate](https://infraredheatinginstallers.co.uk/infrared-heating/harrogate): North Yorkshire. 2098 heating degree days (close to the UK average), mean 10°C. - [Infrared heating Huddersfield](https://infraredheatinginstallers.co.uk/infrared-heating/huddersfield): West Yorkshire. 2101 heating degree days (colder than the UK average), mean 10°C. - [Infrared heating Keighley](https://infraredheatinginstallers.co.uk/infrared-heating/keighley): West Yorkshire. 2120 heating degree days (colder than the UK average), mean 9.9°C. - [Infrared heating Kingston upon Hull](https://infraredheatinginstallers.co.uk/infrared-heating/hull): East Riding of Yorkshire. 1884 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Leeds](https://infraredheatinginstallers.co.uk/infrared-heating/leeds): West Yorkshire. 2038 heating degree days (close to the UK average), mean 10.2°C. - [Infrared heating Ripon](https://infraredheatinginstallers.co.uk/infrared-heating/ripon): North Yorkshire. 2045 heating degree days (close to the UK average), mean 10.1°C. - [Infrared heating Rotherham](https://infraredheatinginstallers.co.uk/infrared-heating/rotherham): South Yorkshire. 1947 heating degree days (close to the UK average), mean 10.5°C. - [Infrared heating Scarborough](https://infraredheatinginstallers.co.uk/infrared-heating/scarborough): North Yorkshire. 1958 heating degree days (close to the UK average), mean 10.4°C. - [Infrared heating Sheffield](https://infraredheatinginstallers.co.uk/infrared-heating/sheffield): South Yorkshire. 1948 heating degree days (close to the UK average), mean 10.5°C. - [Infrared heating Skipton](https://infraredheatinginstallers.co.uk/infrared-heating/skipton): North Yorkshire. 2348 heating degree days (colder than the UK average), mean 9.2°C. - [Infrared heating Wakefield](https://infraredheatinginstallers.co.uk/infrared-heating/wakefield): West Yorkshire. 1913 heating degree days (close to the UK average), mean 10.6°C. - [Infrared heating York](https://infraredheatinginstallers.co.uk/infrared-heating/york): North Yorkshire. 1896 heating degree days (milder than the UK average), mean 10.6°C. - [Infrared heating Birmingham](https://infraredheatinginstallers.co.uk/infrared-heating/birmingham): West Midlands. 1995 heating degree days (close to the UK average), mean 10.4°C. - [Infrared heating Burton upon Trent](https://infraredheatinginstallers.co.uk/infrared-heating/burton-upon-trent): Staffordshire. 1937 heating degree days (close to the UK average), mean 10.5°C. - [Infrared heating Cannock](https://infraredheatinginstallers.co.uk/infrared-heating/cannock): Staffordshire. 2027 heating degree days (close to the UK average), mean 10.2°C. - [Infrared heating Coventry](https://infraredheatinginstallers.co.uk/infrared-heating/coventry): West Midlands. 1899 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Dudley](https://infraredheatinginstallers.co.uk/infrared-heating/dudley): West Midlands. 2038 heating degree days (close to the UK average), mean 10.2°C. - [Infrared heating Hereford](https://infraredheatinginstallers.co.uk/infrared-heating/hereford): Herefordshire. 1875 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Kidderminster](https://infraredheatinginstallers.co.uk/infrared-heating/kidderminster): Worcestershire. 1928 heating degree days (close to the UK average), mean 10.6°C. - [Infrared heating Lichfield](https://infraredheatinginstallers.co.uk/infrared-heating/lichfield): Staffordshire. 1963 heating degree days (close to the UK average), mean 10.4°C. - [Infrared heating Oswestry](https://infraredheatinginstallers.co.uk/infrared-heating/oswestry): Shropshire. 2010 heating degree days (close to the UK average), mean 10.2°C. - [Infrared heating Shrewsbury](https://infraredheatinginstallers.co.uk/infrared-heating/shrewsbury): Shropshire. 1930 heating degree days (close to the UK average), mean 10.5°C. - [Infrared heating Stafford](https://infraredheatinginstallers.co.uk/infrared-heating/stafford): Staffordshire. 2030 heating degree days (close to the UK average), mean 10.2°C. - [Infrared heating Stoke-on-Trent](https://infraredheatinginstallers.co.uk/infrared-heating/stoke-on-trent): Staffordshire. 2107 heating degree days (colder than the UK average), mean 9.9°C. - [Infrared heating Tamworth](https://infraredheatinginstallers.co.uk/infrared-heating/tamworth): Staffordshire. 1887 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Telford](https://infraredheatinginstallers.co.uk/infrared-heating/telford): Shropshire. 1879 heating degree days (milder than the UK average), mean 10.6°C. - [Infrared heating Walsall](https://infraredheatinginstallers.co.uk/infrared-heating/walsall): West Midlands. 2021 heating degree days (close to the UK average), mean 10.2°C. - [Infrared heating Wolverhampton](https://infraredheatinginstallers.co.uk/infrared-heating/wolverhampton): West Midlands. 1988 heating degree days (close to the UK average), mean 10.3°C. - [Infrared heating Worcester](https://infraredheatinginstallers.co.uk/infrared-heating/worcester): Worcestershire. 1773 heating degree days (milder than the UK average), mean 11.1°C. - [Infrared heating Boston](https://infraredheatinginstallers.co.uk/infrared-heating/boston): Lincolnshire. 1753 heating degree days (milder than the UK average), mean 11.2°C. - [Infrared heating Buxton](https://infraredheatinginstallers.co.uk/infrared-heating/buxton): Derbyshire. 2596 heating degree days (colder than the UK average), mean 8.5°C. - [Infrared heating Chesterfield](https://infraredheatinginstallers.co.uk/infrared-heating/chesterfield): Derbyshire. 2057 heating degree days (close to the UK average), mean 10.1°C. - [Infrared heating Corby](https://infraredheatinginstallers.co.uk/infrared-heating/corby): Northamptonshire. 1876 heating degree days (milder than the UK average), mean 10.8°C. - [Infrared heating Derby](https://infraredheatinginstallers.co.uk/infrared-heating/derby): Derbyshire. 1934 heating degree days (close to the UK average), mean 10.5°C. - [Infrared heating Grantham](https://infraredheatinginstallers.co.uk/infrared-heating/grantham): Lincolnshire. 1930 heating degree days (close to the UK average), mean 10.6°C. - [Infrared heating Kettering](https://infraredheatinginstallers.co.uk/infrared-heating/kettering): Northamptonshire. 1863 heating degree days (milder than the UK average), mean 10.8°C. - [Infrared heating Leicester](https://infraredheatinginstallers.co.uk/infrared-heating/leicester): Leicestershire. 1938 heating degree days (close to the UK average), mean 10.6°C. - [Infrared heating Lincoln](https://infraredheatinginstallers.co.uk/infrared-heating/lincoln): Lincolnshire. 1821 heating degree days (milder than the UK average), mean 11°C. - [Infrared heating Loughborough](https://infraredheatinginstallers.co.uk/infrared-heating/loughborough): Leicestershire. 1908 heating degree days (close to the UK average), mean 10.7°C. - [Infrared heating Mansfield](https://infraredheatinginstallers.co.uk/infrared-heating/mansfield): Nottinghamshire. 2022 heating degree days (close to the UK average), mean 10.3°C. - [Infrared heating Matlock](https://infraredheatinginstallers.co.uk/infrared-heating/matlock): Derbyshire. 2217 heating degree days (colder than the UK average), mean 9.6°C. - [Infrared heating Newark-on-Trent](https://infraredheatinginstallers.co.uk/infrared-heating/newark-on-trent): Nottinghamshire. 1822 heating degree days (milder than the UK average), mean 11°C. - [Infrared heating Northampton](https://infraredheatinginstallers.co.uk/infrared-heating/northampton): Northamptonshire. 1861 heating degree days (milder than the UK average), mean 10.8°C. - [Infrared heating Nottingham](https://infraredheatinginstallers.co.uk/infrared-heating/nottingham): Nottinghamshire. 1894 heating degree days (milder than the UK average), mean 10.7°C. - [Infrared heating Skegness](https://infraredheatinginstallers.co.uk/infrared-heating/skegness): Lincolnshire. 1712 heating degree days (milder than the UK average), mean 11.3°C. - [Infrared heating Wellingborough](https://infraredheatinginstallers.co.uk/infrared-heating/wellingborough): Northamptonshire. 1850 heating degree days (milder than the UK average), mean 10.9°C. - [Infrared heating Aberystwyth](https://infraredheatinginstallers.co.uk/infrared-heating/aberystwyth): Ceredigion. 1676 heating degree days (milder than the UK average), mean 11.1°C. - [Infrared heating Bangor](https://infraredheatinginstallers.co.uk/infrared-heating/bangor): Gwynedd. 1834 heating degree days (milder than the UK average), mean 10.5°C. - [Infrared heating Caernarfon](https://infraredheatinginstallers.co.uk/infrared-heating/caernarfon): Gwynedd. 1796 heating degree days (milder than the UK average), mean 10.8°C. - [Infrared heating Colwyn Bay](https://infraredheatinginstallers.co.uk/infrared-heating/colwyn-bay): Conwy. 1714 heating degree days (milder than the UK average), mean 11°C. - [Infrared heating Denbigh](https://infraredheatinginstallers.co.uk/infrared-heating/denbigh): Denbighshire. 1942 heating degree days (close to the UK average), mean 10.4°C. - [Infrared heating Dolgellau](https://infraredheatinginstallers.co.uk/infrared-heating/dolgellau): Gwynedd. 1900 heating degree days (milder than the UK average), mean 10.5°C. - [Infrared heating Holyhead](https://infraredheatinginstallers.co.uk/infrared-heating/holyhead): Isle of Anglesey. 1703 heating degree days (milder than the UK average), mean 11°C. - [Infrared heating Llandudno](https://infraredheatinginstallers.co.uk/infrared-heating/llandudno): Conwy. 1675 heating degree days (milder than the UK average), mean 11.1°C. - [Infrared heating Machynlleth](https://infraredheatinginstallers.co.uk/infrared-heating/machynlleth): Powys. 1880 heating degree days (milder than the UK average), mean 10.6°C. - [Infrared heating Mold](https://infraredheatinginstallers.co.uk/infrared-heating/mold): Flintshire. 1969 heating degree days (close to the UK average), mean 10.3°C. - [Infrared heating Newtown](https://infraredheatinginstallers.co.uk/infrared-heating/newtown): Powys. 1988 heating degree days (close to the UK average), mean 10.3°C. - [Infrared heating Rhyl](https://infraredheatinginstallers.co.uk/infrared-heating/rhyl): Denbighshire. 1732 heating degree days (milder than the UK average), mean 10.9°C. - [Infrared heating Ruthin](https://infraredheatinginstallers.co.uk/infrared-heating/ruthin): Denbighshire. 1888 heating degree days (milder than the UK average), mean 10.5°C. - [Infrared heating Welshpool](https://infraredheatinginstallers.co.uk/infrared-heating/welshpool): Powys. 2021 heating degree days (close to the UK average), mean 10.2°C. - [Infrared heating Wrexham](https://infraredheatinginstallers.co.uk/infrared-heating/wrexham): Wrexham. 2091 heating degree days (close to the UK average), mean 9.9°C.