Solar Panels for Farms in Yorkshire

Specialist agricultural solar PV across Yorkshire and the wider Yorkshire area, including Lancashire, Derbyshire, Nottinghamshire. MCS-certified, FETF grant-backed, fixed-price proposals within 7 working days.

Agricultural solar panels in Yorkshire

Yorkshire is England’s largest and most agriculturally varied county, and few places in the country offer farm solar a better fit. The Vale of York and the Yorkshire Wolds carry some of the most productive arable ground in the north — wheat, barley, oilseed rape and an expanding field-vegetable trade around Driffield, Malton and Selby. Climb west into the Dales and the picture shifts to dairy and beef, while the moors above Thirsk, Ripon and Skipton are sheep country. Layered on top is the fact that Yorkshire and the Humber is one of the UK’s heaviest pig-producing regions, with finishing and breeding units that run grain dryers, ventilation fans and feed systems around the clock. That breadth means almost every Yorkshire holding carries a daytime electrical load solar can offset — and a stock of large, modern farm-building roofs to carry the array.

The economics stack up here despite the northern latitude. Yorkshire receives roughly 950–1,000 kWh of generation per kWp installed each year — lower than the south coast, but the savings are driven by how much power you use on-site at 22–30p+ per unit, not by raw sunshine. A grain store, parlour, packhouse or pig unit drawing power through the day self-consumes 65–80% of what a well-sized roof array produces, and that is where the return comes from. The regional Distribution Network Operator is Northern Powergrid, which manages every connection across North, West, South and East Yorkshire and the Humber. A typical Yorkshire farm install pays back in 1.6 to 2.6 years and then runs for 25 years or more, turning a volatile cost line into a fixed, owned asset.

Farm solar across Yorkshire by district

Yorkshire’s scale means the right system looks very different depending on where the farm sits. The table below maps the dominant enterprise and a representative system size across the county’s main farming districts and market towns.

These are starting points from half-hourly meter data, not fixed packages. A pig finishing unit near Driffield with continuous ventilation will justify a far larger array than a Dales suckler herd that draws most of its power at milking — and the design follows the load profile, not the roof area.

Grants and tax relief for Yorkshire farms

As an English county, Yorkshire farms access the Farming Equipment and Technology Fund (FETF) under the wider Farming Investment Fund. FETF grants cover a defined list of energy and efficiency items at a fixed contribution — historically around 40% of the cost of eligible equipment — within a grant ceiling of roughly £100,000 per business across the scheme’s items. Rounds open periodically and are competitive, so it pays to have a costed solar specification ready when an application window opens rather than scrambling after.

The larger lever for most Yorkshire farms is tax. Solar PV qualifies for the Annual Investment Allowance, letting a trading farm business deduct 100% of the install cost against taxable profits in the year of purchase — for a higher-rate or company-tax payer that can recover a substantial slice of the capital almost immediately. On top of that, the Smart Export Guarantee (SEG) pays for every surplus unit exported to Northern Powergrid’s network, which matters in summer when an arable holding generates well above its weekday base load. Combine FETF, AIA and SEG and the net cost of a system drops sharply. We set this out in plain numbers on our farm solar cost and payback page, and keep a current view of every relevant scheme on the farm solar grants page.

Planning and grid in Yorkshire

For the great majority of Yorkshire farms, rooftop solar on an existing agricultural building is permitted development and needs no full planning application — a significant advantage given how much modern shed roofing the county carries. The picture tightens inside the two National Parks and the protected landscapes. The Yorkshire Dales National Park and the North York Moors National Park, along with the Nidderdale and Howardian Hills National Landscapes (AONBs), apply stricter design controls: permitted-development rights are restricted, and ground-mounted arrays in these areas generally require full consent supported by a Landscape and Visual Impact Assessment (LVIA). Even there, a well-detailed roof scheme — non-reflective panels, sympathetic colour, no visible disturbance to the building line — is frequently achievable. Outside the designated areas, across the Vale of York, the Wolds and Holderness, rooftop schemes are routinely straightforward.

On the grid side, every connection runs through Northern Powergrid. Systems are notified under the G99 process; smaller single-phase installs may qualify for simpler G98 notification, while most commercial farm arrays go through a G99 application with the option to apply an export limitation device where the local network is constrained. Rural feeders across the Dales and the Wolds can be lighter than those serving the towns, so an early connection check is worth doing before sizing the array — it is far cheaper to design an export limit in from the start than to discover a reinforcement bill late. We handle the Northern Powergrid paperwork end to end, and a connection assessment is part of the desk study before any panel is ordered — so you know the export position and any reinforcement cost before committing.

The practical upshot is that most Yorkshire farms — whether near Beverley, Ripon, Malton or Settle — can move from feasibility to a commissioned, generating system inside a single season, with the bulk of the work falling outside the busy harvest and lambing windows so the farm keeps running.

Typical Yorkshire farm solar projects

The examples below are representative enterprise-type ranges drawn from the kinds of holdings we work with across the county — not specific named farms. Your figures come from your own meter data.

• A 250-cow Dales dairy near Skipton: parlour, bulk tank cooling and water heating give a steady daytime load. A 70–110 kWp roof array typically lands at £25k–£59k gross, £15k–£36k net after allowances, paying back in 1.9–2.4 years.

• A Vale of York arable and grain-drying unit near Selby: high late-summer drying demand pairs well with peak generation. A 120–200 kWp system runs £43k–£108k gross, £26k–£65k net, with payback around 1.7–2.2 years.

• A Wolds pig finishing unit near Driffield: round-the-clock ventilation and feed plant self-consume nearly everything generated. A 150–300 kWp array sits at £54k–£162k gross, £32k–£97k net, paying back in 1.6–2.1 years.

• A mixed beef and sheep holding near Northallerton: more modest, seasonal load with handling and workshop demand. A 30–60 kWp scheme costs £11k–£32k gross, £6.5k–£19k net, with payback nearer 2.1–2.6 years.

Across all of them the cost base is the same: £600–£900 per kWp gross, falling to roughly £360–£540 per kWp net once AIA and any FETF contribution are applied. Every Yorkshire quote starts with your half-hourly data, a structural survey of the chosen roofs, and a Northern Powergrid connection check — so the number you see is the number you pay, and the payback is built on your real consumption, not an industry average.