solar panels for stables in Exeter

Serving Exeter and the wider Devon area, including Exmouth, Topsham, Crediton.

Exeter sits at the centre of one of Britain’s densest equestrian corners

Drop a compass point on Exeter and draw a short circle, and you take in Bicton Arena on the East Devon coast, the highest racecourse in the country on Haldon, the Devon County Show ground at Clyst St Mary, three recognised foxhound packs, and a thick scatter of livery yards, riding schools and private stable blocks across the Exe valley and the moorland fringe. It is horse country in the old sense, and the buildings that come with it — American barns, stable ranges, hay stores and indoor schools — are some of the best-shaped, most under-used solar roofs in the South West. Large, unshaded, mostly already there. The question for an Exeter-area yard has never really been whether the roof can carry panels. It is whether a system is designed for how a working yard actually draws power, and for the planning and grid picture that comes with a Devon rural holding. That is the part most quotes get wrong, and it is where we start.

The local scene, and why its roofs matter

The equestrian gravity of the area is real and easy to name. Bicton Arena, near East Budleigh off junction 30 of the M5, runs international horse trials up to five-star level, holds more than a hundred cross-country fences in Grade I listed parkland, and draws in the region of 10,000 competing horses a year across British Eventing, British Showjumping and British Dressage fixtures. It sits on Clinton Devon Estates land inside the East Devon National Landscape. Exeter Racecourse, universally known locally as Haldon, is the highest racecourse in Britain at around 850 feet above sea level and runs National Hunt cards from September to April, with the Grade 2 Haldon Gold Cup its early-November feature — and National Hunt racing means training yards, hacking strings and point-to-point stock on the surrounding hills. The Devon County Show fills Westpoint Arena at Clyst St Mary each May (21 to 23 May 2026 this year) with showjumping, heavy horses and the county’s competitive showing scene.

Beneath that headline layer is the working base that actually buys solar: the Silverton Hunt, kennelled at Stoke Canon just north of the city, alongside the East Devon and South Devon packs; teaching yards such as those around Lower Haldon and the Exeter Equestrian Centre; and hundreds of DIY, part- and full-livery yards tucked into the lanes around Broadclyst, Silverton, Crediton, Cullompton and the Dartmoor edge. These are the buildings under discussion. Their common thread is a large clear roof span and a power bill dominated by lights and hot water after dark. That combination is exactly what solar plus storage is built to attack — provided it is sized honestly.

The load runs against the sun here — so storage is the lever, not roof coverage

This is the single most important local truth, and it is worth being blunt about. An Exeter yard’s electricity demand is the mirror image of a solar panel’s output. Your heaviest, most expensive hours are floodlit schooling in a covered or outdoor arena after dark from October to March, wash-bay hot water, a horse walker turning through the short winter days, a solarium, security lighting overnight, and frost protection on drinkers and troughs when a Haldon or Dartmoor-fringe frost bites. Every one of those loads lands in the evening and in winter. Solar generates at midday and in summer. A quote that simply covers the roof and promises the bill disappears is quietly betting you will not notice the mismatch.

We design around it instead. A system is sized to your real half-hourly consumption, not to how much roof happens to be free, and on an evening-peaked yard battery storage is usually the point rather than an add-on. The reason is the arithmetic of a used unit versus an exported one: a unit you consume yourself avoids roughly 26p of import, while a unit exported under the Smart Export Guarantee earns around 12p as at 2026 (Octopus Outgoing pays a flat 12p, cut from 15p, its rate until 1 March 2026). A self-consumed unit is therefore worth about double an exported one. A battery that shifts midday Devon sun into the evening ménage-lighting peak is capturing that double value; chasing export is not. That also means “lock in a rate before it drops” is not a real reason to rush — the value is in using your own power, not in the export tariff. Where an array would spill a lot of summer surplus, we would rather size it down, add storage, and divert the excess to hot water, an EV or a horsebox charger than pretend a bigger roof-fill is better.

Planning around Exeter: forget the Green Belt, watch the National Landscapes

Owners who have read up on equestrian solar elsewhere in England arrive braced for a Green Belt fight. Devon does not have one — there is no designated Green Belt in the county, which removes the single biggest planning headache that dogs yards around London and the Home Counties. That is genuinely good news for an Exeter-area holding.

It does not mean planning is a non-issue, because Devon’s constraint is a different one: landscape designation. The East Devon National Landscape and the Blackdown Hills National Landscape (both former Areas of Outstanding Natural Beauty) together cover close to 70% of the East Devon district, Dartmoor National Park sits immediately west of the city, and the Exe Estuary and various conservation areas thread through the middle. These are Article 2(3) protected areas, and they tighten the permitted-development rules and make a full planning application more likely for a prominent array. If your yard is at Bicton, on the Haldon ridge, in the Silverton or Broadclyst lanes near the Blackdowns, or on the Dartmoor fringe around Christow or Dunsford, this is the overlay that matters, not any Green Belt.

The other local trap is the one that catches yards everywhere: keeping horses for riding, livery, schooling or competition is not “agriculture” in planning law. Under section 336 of the Town and Country Planning Act 1990 only grazing counts as agricultural; once horses are ridden, rugged, hard-fed or kept as a business the use is equestrian and usually sui generis. So the agricultural permitted-development rights that a neighbouring Devon farm relies on do not cover a purpose-built stable block, American barn or indoor school. The good news is that rooftop solar has its own route — GPDO 2015 Part 14 Class J for a non-domestic building, which is use-neutral and lost its capacity cap in December 2023 — and that route will often carry a straightforward roof array where the building is lawful and not listed. But it depends on the building itself having lawful planning status (a stable put up on the old “it’s agricultural so it’s fine” assumption may not), and on the National Landscape or National Park overlay. We confirm the exact route with the correct authority before anyone orders panels. Many yards around the city fall under Exeter City Council, but rural holdings sit with East Devon, Mid Devon or Teignbridge district councils, and the moor edge with the Dartmoor National Park Authority — the answer genuinely differs by which side of a parish boundary your yard sits on. For the wider context, Exeter is pursuing its Net Zero Exeter 2030 Plan, an ambitious city-wide target, and Devon County Council carries its own carbon plan, both of which make well-designed on-site renewables an easy sell to a supportive planning climate even where a full application is needed.

The grid: NGED South West and the rural single-phase reality

The distribution network operator for the whole Exeter area is National Grid Electricity Distribution (NGED) South West, the former Western Power Distribution, which runs the poles and wires to around 1.6 million homes and businesses across the region. For most yards the grid, not the roof, is the real limit on system size — because a rural Devon holding down a long lane is very often on a single-phase supply.

The rule that matters: an array exporting no more than 3.68 kW per phase can connect on a simple G98 notification, but anything above that needs a full G99 application to NGED, approved before you switch on, which can take several weeks to a few months and can be capped or charged where the local network is weak. Long single-phase spurs into the countryside around Silverton, Tedburn or the Haldon lanes are exactly the sort of network that needs looking at carefully. Two honest routes get past a single-phase ceiling. We can fit an export-limiting inverter so a much larger array feeds your evening lights, walker, wash-bay water and a battery while capped export keeps the connection simple; or we apply for G99, or price a three-phase upgrade, where the numbers justify it. Because your value here is self-consumption through a battery rather than export, an export-limited design usually costs you nothing real. We get a firm answer from NGED on your specific supply before finalising the size, rather than after.

Indicative local costs and payback by yard type

Every Exeter yard is priced at survey, but the dossier ranges give an honest starting frame. A private or DIY and part-livery yard at 4–10 kW runs roughly £6,000–£15,000, plus about £5,000 for a small battery, with payback typically around 11 years on an evening-peaked profile. A full-livery or competition yard at 10–30 kW is about £12,000–£40,000, plus £6,000–£12,000 for storage, with payback nearer 8 years where staff are on site through the day lifting self-consumption. A riding school or equestrian centre using its indoor-school roof, at 20–100 kW, is typically £22,000–£110,000 plus a larger battery, with payback around 9 years. A stud or breeding yard at 15–50 kW lands about £16,000–£60,000. And a remote off-grid field shelter on the moor edge, where a new mains connection could cost £10,000–£50,000 or more, is roughly £2,000–£8,000 for a standalone panel-battery island and is often the only economic option at all. These are planning ranges; the honest number for your yard depends on your roof and your real usage, which is what a survey establishes. Our full cost breakdown sets out how each figure is built up, and the grants and funding page covers the tax and VAT routes below in detail.

Illustrative worked example — a Haldon-fringe DIY-livery yard

Illustrative worked example. Figures indicative and confirmed at survey; this is not a claimed installation. Take a small DIY-livery yard on the Haldon fringe with a stable block, an American barn and an outdoor ménage, whose real pain is floodlit evening riding from October to March. A 12 kW roof array with a roughly 10 kWh battery might generate in the order of 11,400 kWh a year (indicative) and save around £2,700 a year (indicative ESTIMATE), by running the evening ménage lights largely on stored daytime solar instead of peak-rate grid, with a payback of roughly 8 years. The point of the battery is not export income; it is turning midday Devon sun into light over the school after dark on a weak rural supply.

Local questions we get from Exeter yards

We’re near Bicton, inside the East Devon National Landscape — can we still put solar on the barn? Usually yes for a roof-mounted array on a lawful, non-listed building, but the National Landscape designation tightens the permitted-development rules and makes a prior-approval or full application more likely, so we confirm the route with East Devon District Council first and design low-profile, in-plane and all-black to sit quietly in the landscape.

Our yard is on the Dartmoor edge — is the National Park a problem? It is a real constraint, not a bar. Dartmoor National Park is Article 2(3) land, so roof PD is tighter and a full application is more likely for anything prominent; we engage the Dartmoor National Park Authority early and design sensitively, and where the roof genuinely will not work we model a discreet ground array on its own planning merits.

We’re down a long single-phase lane past Silverton — is solar even worth it? Yes, because your saving comes from self-consumption, not export. A single-phase supply limits simple export to 3.68 kW per phase, but an export-limiting inverter lets a much bigger array feed your lights, walker and a battery inside that limit; we confirm the position with NGED for your exact supply before sizing.

Our stable roof is old grey corrugated sheet — can panels just bolt on? No. Pre-2000 grey sheet is frequently asbestos-cement, and disturbing it is controlled under the Control of Asbestos Regulations 2012, with higher-risk work needing an HSE-licensed contractor. The right answer is usually to strip and re-clad first, then mount the array — we survey and price the reroof and PV as one honest package.

Postcode areas we cover around Exeter

We design and install for stables, livery yards, riding schools and studs across EX1, EX2, EX3, EX4, EX5 and EX6 and the wider EX area — the city, the Exe valley, the Haldon and Dartmoor fringe, and the East Devon lanes out towards Bicton — as well as neighbouring Exmouth, Topsham, Crediton, Cullompton, Tiverton, Ottery St Mary and Dawlish. If you run a yard anywhere in the Exeter belt, the same principles apply: size to your real evening-and-winter load, weigh storage honestly, and pin down the planning and grid picture before ordering. To see how we approach public teaching yards specifically, read our page on solar for riding schools and equestrian centres.

The starting point is always a proper look at your buildings and your usage. Tell us about your yard and we will come back with an honest assessment of what suits it — including saying plainly if solar is not the right move for a given roof. Get your free, no-obligation quote.