All-black solar panels set out across a tiled roof

26 miles from the workshop

Solar panels in Dorking

Twenty-six road miles straight up the A24 from the workshop, Dorking is the Surrey town we reach most directly: a market town between Box Hill and Leith Hill, with a conservation area that carries Article 4 controls, a lower modelled yield than the coast, and UK Power Networks on the paperwork.

What we find on Dorking roofs

More shade to model than on the coast, an Article 4 conservation area in the centre, and a lower yield that makes the battery half of the system matter more — the survey here is about the trees and the paperwork before it is about the panels.

Distance, geography, housing stock and the planning position all change how a system gets designed. These are the ones that decide it in Dorking.

What we take into account here

  1. Approximately 26 road miles north of Washington up the A24 (road distance measured 16 October 2026) — inside our thirty-mile line, with Reigate on the line and Guildford just beyond it.
  2. Mole Valley District Council has 26 conservation areas; Dorking’s dates from 24 March 1974, and the council applies additional planning controls — Article 4 Directions — in parts of the Dorking, Brockham and Leatherhead conservation areas to protect features that contribute to the special interest of their streets (molevalley.gov.uk and planning.data.gov.uk, read 18 October 2026).
  3. Box Hill, part of the North Downs, is about 3 miles from Dorking and Dorking Deepdene stations with a 200-metre climb to the top; Leith Hill, the highest point in Surrey, is on the other side of the town at Coldharbour (National Trust, read 18 October 2026). Between the two, shade is modelled, not assumed.
  4. The Surrey Hills National Landscape — designated in 1958 and stretching across a quarter of the county — surrounds the town; inside it the roof-slope rules match a conservation area and a listed house needs consent before anything goes on the roof (surreycc.gov.uk, read 15 October 2026).
  5. A built-up-area population of 17,468 at the 2021 Census, up from 16,869 in 2011 (ONS output areas assigned to the 2022 built-up areas, via citypopulation.de, read 18 October 2026).
  6. The RH4 and RH5 districts are on UK Power Networks (grid supply point group J, checked 18 October 2026): the G98 notification or G99 application for the inverter goes to UKPN, and the MPAN on your bill confirms it — unlike Haslemere and Godalming on the SSEN side of the county.
  7. Mole Valley District Council declared a climate emergency on 18 June 2019 and voted unanimously for carbon neutrality by 2030; ONS Census 2021 has 73.2% of Mole Valley households owning their home, so the decision to fit panels is usually the owner’s to make.
  8. PVGIS 5.2 puts a south-facing 4.5 kWp array at Dorking at about 1,037 kWh per kWp a year (35° pitch, 14% system loss, read 15 October 2026) — below the coast, which is exactly the case where keeping the surplus matters more.

A town between two hills

Shade is the Dorking question. Box Hill and the Downs on one side, Leith Hill on the other, and trees and slopes closer to the roofs than anywhere on the coast — so the survey models the shade on each slope before it sizes anything, and an east–west split is a more common answer here than a single south face. The modelled yield at Dorking is lower than at Lewes or Washington for the same panel, which is not an argument against solar; it is the argument for sizing honestly and for a battery that keeps what a smaller array makes.

Inside the Dorking conservation area the Article 4 Directions sit on top of the usual rule: roof-slope panels on a house stay permitted development, but the features the Direction protects are checked street by street before a design goes to you, and a listed house needs consent first. Solar panels in Surrey is the county page this town hangs off; what solar costs in Surrey carries the worked example at Dorking’s own yield, and grants and schemes in Surrey covers what Mole Valley and the county offer.

Batteries where the yield is lower

A Dorking array makes less per kilowatt than the coast and exports a bigger share of it unless there is somewhere to put the surplus, which is why a battery sized to the evening load earns more here, not less. The position follows the house — a garage or utility on the later streets, a cellar or outbuilding in the older ones, nothing visible on a front wall inside the conservation area — and the inverter is notified to UK Power Networks before it is switched on. Battery storage in Dorking is the page for that half of the job, and why a Dorking battery earns more is the arithmetic.

Solar panel installers in Dorking: how a job runs

Shade is the Dorking survey. With Box Hill and the Downs on one side and Leith Hill on the other, trees and slopes sit closer to the roofs than anywhere on the coast, so the thirty-to-forty-five-minute visit models the shade on each slope before it sizes anything, and an east–west split is a more common answer here than a single south face. Inside the Dorking conservation area, designated in 1974, the Article 4 directions protect particular street features and are checked against the address before a design goes to you; roof-slope panels on a house still stay permitted development.

The scaffold is in the quote; installation is typically one to two days. The certificate is signed by our own NICEIC-registered electricians, the registrations arrive in your name, and the inverter is notified to UK Power Networks — RH4 and RH5 are group J, unlike Haslemere and Godalming on the SSEN side of the county — under G98 up to 16 amps per phase or by G99 application above it.

Battery storage, EV charging and the electrics in Dorking

A lower modelled yield makes the battery the harder-working half of a Dorking system, which is the argument of battery storage in Dorking and why a Dorking battery earns more.

For a car, EV charger installation in Dorking. Surrey County Council reports over 200 chargepoint sockets installed on its behalf by October 2024 under a five-year contract with Connected Kerb signed in February 2023 — standard 7 kW units, slower lamp-post units and rapid units mostly in car parks — and states plainly that trailing a cable across the pavement is not allowed in Surrey; cables may only cross a public footpath in a cable gully. A house with its own off-street space can have a home charger, and a flat owner or renter with private off-street parking can claim 75% of it up to £500 under the government’s grant.

What solar costs in Dorking, and what it pays

Most domestic installations typically start from around £4,000 to £6,000 depending on the size of the home and the amount of energy it uses; domestic solar and battery storage currently attract zero-rate VAT; the published average saving is £300–£600 per year, sometimes more with a battery or by working from home during the day. The Energy Saving Trust put an average home system at about £7,600 when we read it on 6 October 2026, and what solar costs in Surrey carries the worked example at Dorking’s own yield.

That yield — about 1,037 kWh per kWp a year for a south-facing 4.5 kWp array at 35°, PVGIS 5.2 — is below the coast’s, and a house that makes less exports a larger share of it at the Smart Export Guarantee rate (12p per kWh as at June 2026) unless a battery keeps it. Grants and schemes in Surrey covers what Mole Valley and the county offer; the calculator runs your own bill.

Dorking in numbers

Twenty-six road miles north up the A24, inside our thirty-mile line. A built-up-area population of 17,468 at the 2021 Census. Mole Valley’s 26 conservation areas, Dorking’s dating from 24 March 1974 with Article 4 directions. Box Hill about 3 miles from the stations; Leith Hill, the highest point in Surrey, at Coldharbour. Mole Valley: climate emergency 18 June 2019, carbon neutral by 2030; 73.2% of households owner-occupied. UK Power Networks, group J, for RH4 and RH5. PVGIS about 1,037 kWh per kWp. Neighbours: the Surrey edge, Horsham south down the A24.

Questions we get asked in Dorking

Do you cover Dorking for solar panels?

Yes. Dorking is about 26 road miles north of our Washington base up the A24 and inside our thirty-mile line; Reigate sits on the line and Guildford, at 32, just beyond it. We survey, install and certificate there, and the paperwork goes to UK Power Networks.

Does the Dorking conservation area stop me having solar panels?

Not by itself. Roof-slope panels on a house stay permitted development inside a conservation area; what changes in Dorking is the Article 4 Direction on parts of it, which protects particular street features, and a listed house, which needs consent. We check both against the address before quoting.

How much do solar panels cost in Dorking?

Most domestic installations typically start from around £4,000 to £6,000 depending on the size of your home and the amount of energy you use, with zero-rate VAT; the Energy Saving Trust put an average home system at about £7,600 when we read it in October 2026. Shade decides the size here more than the roof area does; the survey gives a written figure.

Can I run a charging cable across the pavement in Dorking?

No. Surrey County Council states that trailing a cable across the pavement is not allowed in Surrey, and that cables may only cross a public footpath if safely enclosed in a cable gully. A home charger needs your own off-street parking; otherwise the county’s on-street network is the route.

What we fit around here

The systems that suit Dorking

Three arrangements cover most of what goes on a Surrey roof. Which one your house wants is decided at the survey, on the roof itself — not from a satellite image.

An all-black array on a tiled gable roof, seen from above
All-black array on a tiled roof
Ballasted mounting trays set out on a flat roof
Ballasted flat-roof system
A home battery, hybrid inverter and gateway installed on one wall
Battery & inverter, wall-mounted

Our own photographs. They show the systems we design and fit — not specific completed jobs in Dorking, and no customer or address is identified.

The same certifications, whichever end of the patch you are on.

MCS Certified
Microgeneration Certification Scheme
NICEIC Approved Contractor
Approved electrical contractor
RECC
Renewable Energy Consumer Code
Checkatrade
Vetted and monitored
TrustATrader
Trusted trader
SolaX Power
Approved installer

The next step

Book your free survey

Thirty to forty-five minutes, at your house, at no cost. We look at the roof, the fuse board and how you actually use the place — then send you a clear quote with the assumptions shown.

If solar genuinely won’t pay for itself on your usage, we’ll say so and save us both an afternoon.

Rather see the numbers before you speak to anybody? Put your own bill on the house — it works out the size, the saving and the payback while you watch, and brings them down to this form with you.

So we can tell you straight away if you're in our patch.

What are you thinking about?

  • MCS certified · NICEIC Approved Contractor
  • The survey takes 30–45 minutes
  • A clear, no-pressure quote afterwards

A free survey, no obligation, and nobody reading a script at you. Prefer to talk? 01243 882444.

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