YEERS Renewable Energy - Humber Bridge Hull
NFU Listed Agricultural Specialists

Renewable Energy for
Yorkshire Farms

Cut the cost of grain drying, milking, and cold storage. Robust solar solutions designed for agricultural environments across the Wolds and East Riding.

MCS Accredited
PAS 2035 Certified
TrustMark Approved

500+

Installations

15MW

Capacity Installed

98%

Customer Satisfaction

10yr

Workmanship Warranty

Protecting Farm Margins Across Yorkshire

Agriculture is one of England's most energy-intensive industries. With margins squeezed by volatile utility prices — electricity costs have risen over 70% since 2021 — generating your own power is no longer a nice-to-have. It is essential for future-proofing your farm business.

YEERS works with farms across the Yorkshire Wolds, East Riding, and North Yorkshire. We are an NFU listed business, and we understand that agricultural buildings have requirements that differ fundamentally from commercial premises — from ammonia resistance in livestock sheds to the structural limitations of older Dutch barn frames and the planning rules specific to agricultural permitted development.

Grain Drying & Arable

Offset the high daytime energy demand of continuous-flow grain driers, potato stores, and grain handling equipment. Save £24,000-£48,000 annually on a 100-200kW system.

Ammonia Resistant

We specify glass-glass bifacial panels and stainless or hot-dip galvanised mounting hardware certified to withstand corrosive livestock environments.

Milking & Livestock

Automated milking units, ventilation fans, feed augers, and EV charging for farm vehicles all benefit from on-site solar generation reducing reliance on expensive grid power.

Ground Mount Systems

Marginal land between hedgerows, south-facing slopes, and redundant buildings are ideal for ground-mounted arrays. Agrivoltaic designs allow continued grazing underneath panels.

High Energy Farm Operations We Power

Different farm enterprises have different energy profiles. YEERS analyses your half-hourly meter data or estimated consumption to size the system precisely to your loads:

  • Grain Drying: Continuous-flow driers running at 30-75kW are the highest-value solar load on an arable farm. Most drying happens in September-November, which coincides with strong solar generation. A correctly sized system can offset 60-80% of drying costs.
  • Automated Milking Units: Robotic milking systems running 24 hours require 8-18kW of continuous power. Solar combined with battery storage can reduce grid dependency across a 24-hour cycle.
  • Cold Storage & Refrigeration: Cold rooms for produce, pharmaceutical storage for veterinary supplies, and chilled processing areas maintain consistent daytime loads well-matched to solar generation profiles.
  • Poultry Ventilation: Broiler and layer units require constant ventilation. Variable-speed fan drives are particularly well-suited to solar generation curves, where fan speed can be adjusted to match available solar output.
  • EV Farm Vehicles: Electric farm machinery, utility vehicles, and fleet charging can all be powered by on-site solar, eliminating red diesel costs on lighter equipment.
  • Farm Offices & Worker Accommodation: Including on-site solar generation in planning for new or converted farm buildings significantly reduces long-term running costs.

Case Study: Wolds Arable Farm

A mixed arable farm near Driffield with a 500-tonne grain storage facility and continuous-flow drier running at 45kW installed a 120kW south-facing barn roof array.

  • System Size: 120 kW
  • Annual Generation: 106,000 kWh
  • Self-Consumption: 74% (drying season)
  • Annual Savings: £22,000
  • Payback Period: 5.1 years

£22k

Annual energy savings

5.1 yr

Payback period

Ground Mount Options for Marginal Land

If your roof space is limited, unsuitable, or structurally compromised from decades of agricultural use, we can install ground-mounted arrays on marginal land. These systems are easy to maintain, can be scaled to megawatt capacity with sufficient grid connection, and under 1MW qualify as Class B permitted development on most agricultural units — meaning no full planning application is required.

Modern agrivoltaic design allows the land beneath and between panel rows to continue supporting grass for sheep grazing or wildflower meadows. We use post-driven aluminium foundations to minimise soil disturbance and preserve drainage. The Humber Freeport's East Riding tax zone covers parts of the East Yorkshire agricultural corridor, where Enhanced Capital Allowances can further accelerate the financial case for ground-mount installations.

Tax and Financial Incentives for Farming Businesses

Agricultural solar benefits from some of the most attractive tax treatment of any capital investment:

  • 100% Annual Investment Allowance (AIA): The full capital cost can be offset against taxable farm profits in year one, delivering immediate tax savings of 19-45% depending on whether you operate as a limited company or sole trader/partnership.
  • Smart Export Guarantee (SEG): Excess generation exported to the grid earns 3-15p/kWh. For larger arable systems with seasonal generation peaks, export income can add £3,000-£12,000 annually.
  • Business Rates Exemption: Solar panels on agricultural buildings are exempt from business rates, unlike some commercial property additions.
  • Rural Development Funding: Some Countryside Stewardship capital grants can support on-farm renewable energy. We assist with applications through the Rural Payments Agency.

Frequently Asked Questions

Do I need planning permission for solar panels on a farm building?

Most agricultural solar installations benefit from permitted development rights under Class A of Schedule 2, Part 14 of the Town and Country Planning (General Permitted Development) (England) Order 2015. Roof-mounted arrays on agricultural buildings do not require planning permission provided they do not protrude more than 200mm from the roof plane. Ground-mounted arrays under 1MW on agricultural land are classified as Class B permitted development, allowing up to 1MW per agricultural unit. Larger installations require full planning. We assess your specific site and handle all necessary pre-application advice with your local planning authority.

How much can solar save on grain drying costs in Yorkshire?

Grain drying is one of the most energy-intensive operations on an arable farm. A typical continuous-flow drier running at 40kW can consume 200-400kWh per tonne of grain dried. At 28p/kWh grid rate, drying a 500-tonne harvest can cost £28,000-£56,000 in electricity. A 100-200kW rooftop solar array generating 85,000-170,000kWh annually can offset 60-80% of daytime drying loads, saving £24,000-£48,000 annually. Most farming solar systems achieve a payback period of 4-7 years, after which savings are pure profit margin.

Can solar panels work in corrosive agricultural environments?

Yes. Standard solar panels degrade significantly faster in ammonia-rich environments found in livestock buildings. We specify glass-glass bifacial panels with no exposed polymer backsheet and stainless steel or hot-dip galvanised mounting hardware for all livestock installations. Our system designs also account for the typically lower structural load capacity of older agricultural buildings — we commission independent structural surveys before specifying array size. All components carry IP68 ratings for moisture resistance.

What is the best funding option for a farm solar installation?

Most farming businesses choose outright purchase using the 100% Annual Investment Allowance (AIA), which allows the full capital cost to be offset against taxable farm profits in year one. This delivers immediate corporation or income tax savings of 19-45% of the project cost depending on your business structure, dramatically improving ROI. Alternatively, asset finance spreads the capital cost while you benefit from energy savings from day one. Ground-mounted arrays over 50kW may also generate income through Smart Export Guarantee export payments.

Can I install ground-mounted solar on marginal agricultural land?

Yes. Ground-mounted solar on agricultural land under 1MW is permitted development on most agricultural units. For larger systems, we work with specialist planning consultants experienced in agricultural planning. Ground mount systems are ideal where barn roofs are too old or structurally compromised for roof mounting. We use aluminium or galvanised steel post-driven foundations to minimise ground disturbance, and the land between rows continues to support grass for livestock grazing — known as agrivoltaics. Northern Powergrid connections from 50kW upwards require a G99 application which we manage end-to-end.

Related Sectors

Farm Energy Audit

We analyse your half-hourly meter data and farm plan to design a system matched to your seasonal energy peaks — grain drying, milking, or cold storage.

Key Numbers

Typical payback4-7 yr
AIA tax relief year 1100%
Annual savings (120kW)£22k+
Max permitted development1MW

Agricultural Specialists

NFU Listed Business

View our listing →

From Consultation to Generation

We make switching to solar simple. Our end-to-end service handles everything from DNO applications to scaffolding, so you can focus on the savings.

1. Consultation

We analyze your energy bills and consumption to propose the optimal system size.

2. Survey & Design

A technical surveyor visits your property to ensure structural suitability and finalize designs.

3. Installation

Our MCS-certified team installs your system, typically within 1-2 days with minimal disruption.

4. Activation

We handle the DNO paperwork, set up your monitoring app, and hand over your power station.

YEERS Installation Team Fleet
Contact Us

Start Your Project Today

Ready to reduce operational costs or improve your home's rating? Fill out the form for a free, no-obligation survey. We operate throughout Yorkshire.

Call Us

01482 765 095

Mon-Fri: 9am - 6pm

Email Us

hello@yeers.co.uk

Visit HQ

Office 4, Blanket Row, Hull, HU1 1TB

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