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Flexible Solar Panels UK: Types, Pros, Cons and Best Uses
Flexible solar panels weigh 2 to 4 kg per m² against about 11 for glass, but convert 13 to 18 % and carry 3 to 10 year warranties. Types, uses, prices, fixing.
Key facts
- In the manufacturer data we compared, the crystalline and CIGS flexible panels weigh 2.0 to 4.1 kg per square metre, against 10.5 to 11 kg for framed glass panels from the same retailer.
- Measured over the whole panel area, the flexible panels convert about 13 to 18 percent of sunlight, the glass panels about 20.5 to 20.7 percent.
- Warranties on the flexible panels range from 3 to 10 years for the product, against 10 years product and 25 years power output on the glass panels.
- On 4 November 2026 a 200 W flexible panel cost £169.99 at Renogy UK, about 85p per watt, while a pair of 400 W glass panels cost £399.99, about 50p per watt.
- PVGIS models about 3 percent less annual output in London for panels with no ventilation behind them than for freely ventilated panels.
- The UK plug-in solar specification bans mounting that relies only on cable ties, adhesive tape or straps, so a flexible panel is legal for plug-in use only as part of a complete listed kit with its own mounting system.
Flexible solar panels trade power and lifespan for low weight. In the manufacturer data we compared, they weigh 2 to 4 kg per square metre against about 11 kg for framed glass, but convert 13 to 18 percent of sunlight instead of about 20.5, carry 3 to 10 year product warranties and cost 85p to £1.17 per watt in November 2026. They suit vans, boats and curved or fragile surfaces.
For a house roof or a grid-connected system meant to run for 25 years, glass panels are almost always the better buy. This guide explains the panel types, what the data sheets say, how heat and fixing affect output and warranty, where flexible solar power makes sense, and how the UK plug-in solar rules treat flexible panels.
What a flexible solar panel is
A conventional panel is a sandwich of tempered glass, solar cells and a backsheet or second glass layer in an aluminium frame. A flexible panel drops the glass and the frame. The cells sit between a clear polymer front sheet and a polymer or composite back sheet, giving a laminate 1.5 to 3 millimetres thick that can follow a gentle curve.
The front sheet matters more than most buyers realise. ETFE, a fluoropolymer, is the common premium choice because it resists UV and stays clear; cheaper panels use PET, which is generally regarded as less durable outdoors. Renogy’s newer N-type flexible panel uses TPO instead, which the company says resists moisture and micro-cracking better under repeated bending. The data sheet should name the material; if it does not, ask.
Most panels sold as flexible are really semi-flexible. They tolerate one gentle bend at installation, not repeated rolling or folding. True rolling is only practical with thin-film technologies on a plastic or metal foil.
The three main types of flexible panel
Thin monocrystalline cells on polymer
This is the panel most people mean. Standard monocrystalline silicon cells, often cut in half, are laminated between polymer sheets. They give the highest efficiency of the flexible types, about 15.7 to 18.2 percent across the panel area in the data we compared, but silicon is brittle. Bend it too far, or flex it repeatedly in wind or under foot, and microscopic cracks form that cut output over time.
Renogy describes its 100 W and 200 W flexible panels as bendable “up to 240°”. That is an arc angle along a curve, not a bending radius, so it does not tell you how tight a curve the panel tolerates. Ask for the minimum radius if your surface curves sharply.
CIGS thin film
Copper indium gallium selenide (CIGS) is deposited as a thin layer rather than cut from wafers, so the panel can bend much further without cracking cells. BougeRV’s Yuma 100 W CIGS panel can be bent to a diameter of 9.4 inches, about 24 centimetres, according to the manufacturer. The price is lower efficiency: the cells are rated at 17 percent, but over the whole 2.1 metre long panel the output works out at about 12.8 percent.
BougeRV also claims better performance in shade than conventional monocrystalline panels. That is a manufacturer claim we cannot verify, but thin-film cells are usually laid out in long narrow strips, so a shadow across a corner affects fewer of them than it would on a panel of large cells.
Amorphous silicon
Amorphous silicon (a-Si) is the oldest thin-film technology. PowerFilm, a US maker, deposits it on a polyimide substrate about 0.025 millimetres thick and sells rollable panels from 7 to 60 W. Its 21 W R-21 measures 1,544 by 371 millimetres unrolled, weighs 0.7 kg and has a working voltage of 15.4 V. PowerFilm does not publish an area efficiency, but from those figures it works out at about 3.7 percent, a fraction of crystalline silicon.
Amorphous panels make sense where weight, rolling and toughness count for more than area: military kit, expedition charging, sensors. For a van or boat with limited roof space they are rarely the right answer.
Glass-free rigid panels: the middle option
A newer category sits between flexible and glass. Glass-free lightweight panels replace the glass with a composite front but keep an aluminium frame, so they are stiff and fit normal mounting rails. Sunman’s eArc SMB520J is rated at 520 W and weighs 9.6 kg, about 3.6 kg per square metre, with 12 years of product warranty and 25 years of output warranty on its data sheet. For a garage, carport or industrial roof with little load reserve, this is often a better route than flexible panels.
Data sheets compared
The table shows published specifications from manufacturer pages, viewed on 4 November 2026. We calculated weight per square metre and area efficiency from the stated power and dimensions, because some makers quote only the higher cell efficiency.
| Panel (manufacturer page) | Type | Power | Size, mm | Weight | kg per m² | Area efficiency | Warranty, product / output |
|---|---|---|---|---|---|---|---|
| Renogy 100 W flexible (RNG-100DB-H) | Mono on polymer | 100 W | 1,093 × 582 × 3 | 2.4 kg | 3.8 | 15.7 % | 5 years / 5 years at 90 % |
| Renogy 200 W flexible (RSP200DB-72) | Mono PERC, ETFE | 200 W | 1,605 × 748 × 3 | 4.9 kg | 4.1 | 16.7 % | 5 years / 5 years at 90 % |
| Renogy Flex ShadowFlux 200 W | N-type mono, TPO | 200 W | 1,580 × 696 × 2.5 | 3.5 kg | 3.2 | 18.2 % | 3 years / 3 years |
| BougeRV Yuma 100 W | CIGS thin film | 100 W | 2,103 × 371 × 1.5 | 1.57 kg | 2.0 | 12.8 % (cells 17 %) | 10 years / 25 years |
| PowerFilm R-21 | Amorphous silicon | 21 W | 1,544 × 371 | 0.7 kg | 1.2 | 3.7 % | not stated on spec sheet |
| Sunman eArc SMB520J | Glass-free, framed | 520 W | 2,302 × 1,146 × 30 | 9.6 kg | 3.6 | 19.7 % | 12 years / 25 years |
| Renogy 200 W 16BB rigid | Glass, framed | 200 W | 1,262 × 764 × 30 | 10.6 kg | 11.0 | 20.7 % | 10 years / 25 years at 80 % |
| Renogy 400 W bifacial | Glass, framed | 400 W | 1,722 × 1,134 × 35 | 20.6 kg | 10.5 | 20.5 % (data sheet 21.5 %) | 10 years / 25 years |
Three patterns stand out. Flexible panels save about two-thirds of the weight per square metre. They give up roughly a fifth to a third of the output per square metre, more for thin film. And their warranties are a fraction of a glass panel’s, with one exception: the CIGS panel’s 10-year product cover. Renogy’s 200 W flexible page also says the panel “maintains over 80% output efficiency for 25 years”, while its written warranty covers 90 percent output for five years. The warranty is what you can rely on.
The voltages matter for wiring. Renogy’s 200 W flexible panel has a working voltage of 20.1 V and an open-circuit voltage of 23.9 V, a 12 V class designed for a charge controller and a 12 V battery. The ShadowFlux 200 W runs at 37.8 V working and 44.1 V open circuit, closer to a standard 54-cell glass panel.
Prices as of November 2026
These are list prices from the manufacturer’s UK online shop on 4 November 2026, including VAT. They are market observations, not recommendations, and Renogy runs frequent discounts.
| Panel | Price | Per watt |
|---|---|---|
| Renogy 100 W flexible | £106.99 | £1.07 |
| Renogy 200 W flexible | £169.99 (two for £332.99) | £0.85 (£0.83) |
| Renogy Flex ShadowFlux 200 W | £233.99 | £1.17 |
| Renogy 50 W flexible | £59.99 | £1.20 |
| Renogy 200 W 16BB rigid glass | £130.99 | £0.65 |
| Renogy 400 W bifacial glass | £399.99 for two | £0.50 |
| BougeRV Yuma 100 W CIGS (US site, shown as sold out) | $249.99 | $2.50 |
From one retailer, then, flexible panels cost roughly 30 to 140 percent more per watt than glass. Panels bought without installation carry 20 percent VAT; the 0 percent rate in HMRC Notice 708/6 applies only when panels are installed in a home as part of the same supply.
Heat: why glued-down panels lose output
Solar cells lose output as they warm up. The rate is the temperature coefficient: −0.38 percent per degree for the BougeRV CIGS panel, −0.29 percent for JinkoSolar’s Tiger Neo glass panel. A panel 20 degrees hotter than another of the same type therefore produces roughly 6 to 8 percent less at that moment.
A flexible panel glued flat to a roof has no air flowing behind it, so it runs hotter than a glass panel on rails with a gap underneath. PVGIS, the European Commission’s solar model, lets you compare a freely ventilated array with a “building-integrated” one that has no rear ventilation. For 1 kW of panels in London:
| Mounting (PVGIS, London, 1 kW) | Flat, kWh a year | 35° south, kWh a year | Modelled heat and low-light loss |
|---|---|---|---|
| Free-standing, ventilated | 845 | 1,019 | 5.3 % (flat), 4.8 % (35°) |
| No rear ventilation | 824 | 987 | 7.6 % (flat), 7.8 % (35°) |
| Difference | −2.5 % | −3.1 % |
Over a year the penalty is modest in the UK climate, about 2.5 to 3 percent, because many of our sunny hours are cool. It is concentrated in summer middays, when panels produce most. A dark metal van roof in full sun may run hotter than the PVGIS assumption; we have no measured figure for that case.
Heat also affects lifespan. Polymer layers and adhesives age faster at high temperature, and repeated heating and cooling stresses solder joints and cells. Manufacturers rarely quantify this, but the short warranties tell their own story. Check the warranty conditions before you glue: Renogy, for example, suggests applying adhesive to a protective film or a roof-rack platform rather than directly to a vehicle’s paint.
Where flexible solar power makes sense
Campervans, motorhomes and caravans
Weight and drag matter on a vehicle, roofs are often ribbed or curved, and drilling holes for rails invites leaks. A 200 W flexible panel adds 4.9 kg against 10.6 kg for Renogy’s rigid 200 W panel, and lies almost flush. Almost all vehicle systems are off-grid: the panel charges a 12 V or 24 V leisure battery through a charge controller, and an MPPT controller makes best use of the panel’s voltage.
Boats
Sailing boats have curved coachroofs, biminis and sprayhoods where glass will not fit, and every kilogram high up affects stability. Thin film’s bend tolerance helps on canvas. Walk-on use is the risk: Renogy advises against walking on flexible panels because concentrated pressure can crack cells. Salt and constant flexing also shorten panel life, so budget for replacement sooner than on land.
Curved and light roofs
Barrel roofs, polycarbonate greenhouse and carport roofs, and old garage roofs often cannot take 11 kg per square metre of glass plus rails. Flexible or glass-free framed panels reduce the load to a third. On a building, check permitted development: in England a stand-alone or roof installation on a house is subject to Part 14 of the planning order, and our garden and ground-mounted solar guide covers outbuildings and frames.
Portable and temporary use
Flexible panels are often sold for camping and festival power, but a folding panel in a protective case is usually more durable for repeated handling. Our guide to portable solar panels covers folding panels and power stations, and small solar panels covers sheds, gates and garden lights.
Balconies
Where a railing cannot carry two 20 kg glass panels, a light panel is tempting. In Great Britain, though, a grid-connected balcony system must be a complete plug-in solar device, which brings strict mounting rules covered further down.
Worked example: a 200 W panel on a campervan
This is an example using PVGIS model data, not a measurement.
Set-up. One 200 W flexible panel glued flat to a van roof, charging a 12 V, 100 Ah lithium leisure battery through an MPPT controller. The battery stores about 12.8 V × 100 Ah ≈ 1.28 kWh.
Summer. PVGIS gives 4.06 kWh per kW per day in a London June for a flat panel without rear ventilation, after its standard 14 percent system losses. 0.2 × 4.06 ≈ 0.81 kWh a day, or about 63 percent of the battery’s capacity. In Glasgow the June figure is 3.61 kWh per kW, about 0.72 kWh a day.
Winter. In December the flat panel collects 0.46 kWh per kW per day in London and 0.21 in Glasgow: about 0.09 and 0.04 kWh a day from 200 W. That will barely offset the battery’s standby drain and a few phone charges.
Comparison. A rigid 200 W panel on low brackets would collect slightly more thanks to ventilation, about 2.5 percent over a year by PVGIS figures, and could be tilted when parked. It would weigh 5.7 kg more and add drag. For a van used mainly in summer, the flexible panel is a reasonable choice; for year-round living, more panel area or a second charging source is needed either way.
Fixing methods and their consequences
How a flexible panel is attached decides how hot it runs, whether it stays put, and whether it can come off without damage.
- Adhesive. Sealant adhesives or structural tapes give a low, flush, drill-free fit, which is why vans and boats use them. The panel cannot breathe, removal usually destroys it, and the bond depends on careful surface preparation. Check whether the warranty depends on an approved adhesive or method.
- Eyelets and screws or bolts. Most flexible panels have reinforced holes at the corners and edges. Fixing through every hole with stainless fasteners and rubber washers keeps the panel from flapping in wind. Corner-only fixing lets it lift and flex, which cracks cells.
- Rails or a backing board with a gap. Mounting the panel on a rigid sheet held a few centimetres off the surface keeps it flat, ventilated and removable. It adds weight but removes the main weaknesses.
- Hook-and-loop or straps. Fine for temporary use on a tent or deck. Not adequate for permanent installation, and not allowed as the only fixing for a plug-in solar device.
Whatever the method, the panel’s area catches the same wind as a glass panel of the same size. Light weight does not mean low wind load; it means less mass holding the panel down.
Plug-in solar with flexible panels
Since 27 August 2026, plug-in solar is legal in England, Scotland and Wales under SI 2026/848, which amends the plug and electricity safety regulations and makes the government’s Interim Product Specification version 2.0 binding. The device may supply up to 800 VA, use up to 2,000 W of panels in at most four modules with no more than two in series and no more than 120 V DC, connect through a moulded 13 A plug, include no battery, and be listed on the ENA Type Test Register. Above 960 W of panels, the manufacturer must advise you to consider a professional assessment of your wiring. One device per household is allowed, and your network operator must be notified.
The specification treats the panels and mounting as part of the product, which matters for flexible panels:
- The mounting system comes with the kit. Clause 5.5.1 requires a mounting system to be supplied as part of a complete kit, with a structural analysis for UK wind and snow loads.
- No cable ties or tape as the only fixing. The same clause states that mounting relying solely on “cable ties, rope, string, adhesive tape, bungee cords, straps” is not permitted.
- Ventilation is specified. The maker must state the minimum clearance between panel and surface to limit heat build-up and fire risk.
- Panels must come off without professional tools. Clause 6.3 requires that the module can be removed from the supplied mounting system without a professional tool, and clause 8.3.2 requires the instructions to use attachment methods that are reversible and non-permanent. Together these rule out gluing.
- Fire performance. The outermost substantial layer of the module must achieve reaction-to-fire performance equivalent to Euroclass B-s3, d2 on the building materials the product guidance allows.
A flexible panel can therefore be part of a compliant plug-in kit only if the manufacturer designed, tested and listed the whole device that way. Buying four flexible panels and a microinverter separately does not create a legal plug-in device, however neatly they are fitted. Our guide to whether plug-in solar is legal in the UK explains the register and the notification.
Planning for plug-in panels in England
In England, plug-in panels on a house wall, balcony or roof enclosure are permitted development if they project no more than 0.4 metres, or 0.2 metres where the wall abuts a highway, under the order that came into force on 27 August 2026. Panels may not go on any wooden wall, balcony or enclosure, or on timber cladding, and listed buildings are excluded. Our plug-in solar planning guide covers the detail, and our guide to mounting plug-in solar on a balcony railing covers brackets and loads.
Rules in England, Scotland, Wales and Northern Ireland
For vehicles and boats, no planning or grid rules apply to an off-grid flexible panel; the vehicle’s or vessel’s own electrical safety rules do. On buildings the nations differ.
England
Roof and wall panels on a house follow Part 14, Class A of the permitted development order; stand-alone frames follow Class B, with a 9 square metre limit on panel area. Plug-in panels have the extra limits above. A grid-connected installation by an installer needs G98 notification and, for the Smart Export Guarantee, an MCS certificate; MCS installations must use MCS-certified products, so check the MCS product directory before planning a flexible array you want paid exports for.
Scotland
Class 6HA permits solar on a dwelling projecting up to 1 metre from a wall or roof plane, and Class 6HB up to 500 millimetres on an outbuilding outside the front curtilage. Plug-in solar is legal under the same GB regulations; Scotland has made no plug-in-specific planning change.
Wales
Part 40 permits panels projecting up to 20 centimetres from a wall or roof, which suits a flush flexible or light panel better than a tilted one. Plug-in solar is legal under the GB regulations.
Northern Ireland
The plug-in solar regulations do not cover Northern Ireland, so a flexible panel cannot be connected to a socket there. Off-grid use on vans, boats and outbuildings is unaffected.
Why glass panels are usually better value on a house
On a house roof with normal load capacity, the numbers favour glass on every count except weight.
- Cost per watt. About 50p to 65p for glass against 85p to £1.17 for flexible at the same retailer in November 2026.
- Output per square metre. 20.5 percent or more for current glass panels against 13 to 18 percent, so a roof slope holds roughly a fifth to a third more power.
- Warranty. 25 years of output warranty on the glass panels in our table, and 30 years on JinkoSolar’s Tiger Neo roof panel, against 3 to 25 years on the flexible ones; product cover of 10 years or more against 3 to 10.
- Heat. Glass panels on rails are ventilated by design.
- Installation and paperwork. Installers, mounting systems, MCS certification and insurers all assume framed panels.
Our guide to solar panel sizes in the UK shows what a standard 54-cell glass panel delivers per square metre and how many fit a typical roof.
Buying checklist
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Confirm that glass will not work. If the surface can take framed panels on rails, you get more power, longer life and a lower price per watt.
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Read the data sheet, not the advert. Note power, dimensions, weight, front sheet material, working and open-circuit voltage, temperature coefficient and minimum bend radius. Work out area efficiency yourself from power and size.
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Compare warranties in writing. Note the product warranty, the output warranty and the conditions, such as approved adhesives or fixing at every eyelet.
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Match the electrics. A 12 V class panel suits a 12 V battery charger. For a grid-connected plug-in system, only a complete, listed kit is legal in Great Britain.
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Plan the fixing and the air gap. Decide whether you will glue, bolt through the eyelets or mount on a ventilated board, and how you will remove the panel later.
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Plan for the end. Panels are electrical waste under the WEEE Regulations 2013; a panel glued to a roof is harder to recover and recycle.
Common mistakes
- Taking cell efficiency for panel efficiency. Adverts quote 22 to 25 percent cell figures; across the panel the result is often 15 to 18 percent. Fix: divide rated power by area.
- Fixing only at the corners. The panel flaps, flexes and cracks. Fix: use every eyelet or a full backing board.
- Gluing to a hot, dark surface without checking the warranty. Output and lifespan both suffer, and the warranty may be void. Fix: follow the maker’s method or leave an air gap.
- Bending beyond the stated curve. Silicon cells crack invisibly. Fix: respect the minimum radius and bend once at installation.
- Walking on the panel. Fix: keep a clear walkway on decks and roofs.
- Assembling a DIY plug-in system from flexible panels. It is not a compliant device and voids the legal route created in August 2026. Fix: buy a complete listed kit.
- Budgeting for 25 years. With 3 to 10 year product warranties, a 10-year horizon is the honest basis for payback.
Durability and end of life
Glass is a near-perfect moisture barrier; polymers are not. Over years, UV light, heat and humidity attack the front sheet and the encapsulant, and moisture that reaches the cells causes corrosion. ETFE and TPO fronts resist this better than PET. Repeated flexing on a vehicle or boat adds mechanical fatigue. None of the manufacturers we checked publishes field data beyond its warranty period.
When a panel fails, it is electrical waste. Photovoltaic panels are a separate collection stream under regulation 2 of the WEEE Regulations 2013. A panel bolted through its eyelets can be removed whole; a glued panel usually comes off in pieces with the adhesive attached.
Next steps
Frequently asked questions
Are flexible solar panels any good?
For the right job, yes: van, boat and caravan roofs, curved surfaces and light structures that cannot carry glass. For a house roof or a long-term grid-connected system, framed glass panels give more power per square metre, cost about half as much per watt and carry far longer warranties.
How long do flexible solar panels last?
There is little long-term field data. Product warranties in the data we compared run from 3 to 10 years, and output warranties from 3 to 25 years, against 25 to 30 years of output warranty on mainstream glass panels. Heat, UV and repeated bending all shorten the life of the polymer layers.
How efficient are flexible solar panels?
Measured over the whole panel, the monocrystalline flexible panels we compared convert 15.7 to 18.2 percent, a CIGS thin-film panel about 12.8 percent and an amorphous rollable panel well under 10 percent. Framed glass panels reach about 20.5 to 23 percent. Cell efficiency figures in adverts are higher than panel efficiency.
Can I stick flexible solar panels on my roof?
You can glue them to a van, boat or caravan roof with a suitable adhesive, but glued panels run hotter, lose some output and are hard to remove without damage. On a house, an MCS installation uses certified products and approved fixings, and planning rules still apply. For a house roof, glass panels on rails are the normal choice.
Can flexible solar panels be used for plug-in solar in the UK?
Only as part of a complete plug-in kit that meets the government's specification and is listed on the ENA Type Test Register. The specification requires a manufacturer-supplied mounting system and bans mounting that relies only on cable ties, rope, adhesive tape, bungee cords or straps. A loose flexible panel and a separate microinverter do not qualify.
Do flexible solar panels work in winter?
Yes, but very little. A 200 W flexible panel lying flat on a van roof in London gives about 0.8 kWh a day in June and under 0.1 kWh a day in December by PVGIS figures. In Glasgow the December figure falls to about 0.04 kWh.
How much do flexible solar panels cost in the UK?
On 4 November 2026 Renogy UK listed a 100 W flexible panel at £106.99, a 200 W panel at £169.99 and a 200 W N-type flexible panel at £233.99. That is about 85p to £1.17 per watt, against roughly 50p to 65p per watt for its framed glass panels.
Can you walk on flexible solar panels?
No. Renogy advises against it because the concentrated pressure can crack the cells. Cracks may not be visible but cut output over time. Plan a walkway on a boat deck or van roof that keeps feet off the panels.
Sources
- 200 Watt 12 Volt Flexible Monocrystalline Solar Panel (RSP200DB-72-UK), specifications and price
- 100 Watt 12 Volt Flexible Monocrystalline Solar Panel (RNG-100DB-H-UK), specifications and price
- Flex ShadowFlux 100/200W Anti-Shading N-Type Flexible Solar Panel, specifications and price
- 200W 16BB N-Type High Efficiency Monocrystalline Solar Panel, specifications and price
- 400W N-Type Bifacial Solar Panel, specifications and price
- Yuma 100W CIGS Thin-film Flexible Solar Panel, specifications and FAQ
- Rollable solar panels (R-series)
- 21W Rollable Solar Panel (R-21) spec sheet
- Thin-film amorphous silicon solar technology
- Sunman eArc SMB520J-6X24DW glass-free module data sheet (2025)
- Plug-in Solar Device Interim Product Specification, version 2.0 (July 2026), clauses 4.1, 5.5.1, 5.8, 6.3 and 8.3.2
- The Plugs and Sockets etc. (Safety) Regulations 1994 and Electricity Safety, Quality and Continuity Regulations 2002 (Amendment) Regulations 2026 (SI 2026/848)
- Town and Country Planning (General Permitted Development) (England) (Amendment) Order 2026 (SI 2026/896)
- Town and Country Planning (General Permitted Development) (Scotland) Amendment Order 2024 (SSI 2024/102), Classes 6HA and 6HB
- Town and Country Planning (General Permitted Development) (Amendment) (Wales) Order 2012 (WSI 2012/1346), Part 40
- PVGIS 5.3 grid-connected PV calculator (API): London and Glasgow, 1 kWp, flat and 35 degrees, free-standing and building-integrated mounting, 14 % system loss
- Tiger Neo N-type 54HL4R-(V) 435-460 W data sheet
- MCS Installer Operating Requirements, issue 2.0 (8 September 2026)
- VAT on energy-saving materials and heating equipment (VAT Notice 708/6)
- Waste Electrical and Electronic Equipment Regulations 2013 (SI 2013/3113), regulation 2
This guide is general information, not legal, tax or electrical advice. Your utility, state and local code have the final say.