Lancashire Solar Farm Proposals: What Local Communities Think

At least eight large-scale solar farm proposals are under consideration across Lancashire in 2026, collectively covering over 2,000 acres and potentially generating enough electricity to power 150,000 homes. Community responses range from enthusiastic support to strong opposition, with concerns about agricultural land use, visual impact, and local benefit sharing dominating the debate. Here is a round-up of the major proposals and what communities are saying.

The Scale of Proposed Solar Development

Lancashire’s flat agricultural land, particularly across the Fylde plain and West Lancashire, has attracted significant interest from solar developers. The relatively low land values compared to southern England, combined with good grid connection availability and supportive national planning policy for renewable energy, make Lancashire an attractive location for large-scale solar.

Current proposals include sites near Poulton-le-Fylde, Kirkham, Ormskirk, Garstang, and several locations in the Ribble Valley and South Ribble. Individual sites range from 50 acres (generating enough for around 5,000 homes) to over 500 acres (powering 40,000+ homes). Some include battery storage facilities that would store solar energy for release during peak demand periods.

If all current proposals were approved and built, Lancashire would become one of the largest concentrations of solar generation capacity in the North of England. This would make a significant contribution to the region’s renewable energy targets and reduce dependence on gas-powered electricity generation.

The Arguments in Favour

Supporters of solar farm development in Lancashire point to several benefits for local communities and the wider region:

Clean energy generation. Solar farms produce electricity without carbon emissions, air pollution, or noise. Each 50MW solar farm displaces roughly 20,000 tonnes of CO2 per year compared to gas-powered generation. For Lancashire communities concerned about climate change and air quality, solar represents a tangible local contribution to national carbon reduction targets.

Economic benefits for landowners. Farmers leasing land for solar receive £800 to £1,200 per acre per year, which is significantly more than most agricultural rents. For Lancashire farming families struggling with thin margins, solar lease income provides financial stability without selling the land. The soil beneath the panels can recover and improve during the lease period, and sheep can graze between panel rows.

Community benefit funds. Most solar developers offer community benefit funds of £500 to £1,000 per MW of installed capacity per year. For a 50MW solar farm, that is £25,000 to £50,000 annually for local community projects, maintained for the 30 to 40-year life of the farm. Some Lancashire proposals also offer discounted electricity rates for nearby households.

Biodiversity improvements. Well-designed solar farms include wildflower planting, hedgerow creation, and habitat management that increases biodiversity compared to intensive arable farming. Several Lancashire proposals include commitments to achieve biodiversity net gain, with meadow creation, new ponds, and bird nesting habitats integrated into the site design.

The Arguments Against

Opposition to solar farms in Lancashire focuses on several concerns:

Loss of agricultural land. This is the most common objection. Lancashire’s Fylde plain is grade 2 and 3 agricultural land – among the most productive in the country. Critics argue that covering farmland with solar panels reduces the UK’s food production capacity. The counter-argument is that most proposed sites use lower-grade land (3b or below), and the agricultural use can resume when the solar farm is decommissioned.

Visual impact. Solar panels, security fencing, and associated infrastructure change the character of rural Lancashire landscapes. Residents near proposed sites in the Ribble Valley and Fylde have expressed concern about the visual impact on views and the rural setting. Screening with hedgerows and trees mitigates this, but does not eliminate it entirely.

Cumulative impact. With multiple proposals in similar areas, some communities worry about the cumulative effect of several solar farms on the local landscape. A single farm may be acceptable, but three or four within a few miles creates a fundamentally different character.

Glint and glare. Solar panels can reflect sunlight, causing glint and glare that affects nearby residents and road users. Modern panels are designed to minimise reflection, but the concern remains, particularly for properties that overlook proposed sites from higher ground.

Construction disruption. Building a large solar farm takes 6 to 12 months and involves heavy vehicle movements on rural Lancashire roads. Narrow lanes around the Fylde and Ribble Valley are not designed for regular HGV traffic. Construction management plans aim to control this, but temporary disruption is inevitable.

The Planning Process

Solar farms under 50MW are decided by the local planning authority (Lancashire County Council for county matters, or the relevant district council). Farms over 50MW are classified as Nationally Significant Infrastructure Projects and are decided by the Planning Inspectorate through the Development Consent Order process.

Local residents can participate in the planning process by attending public consultations (which developers are required to hold before submitting applications), submitting comments on planning applications through the council’s portal, attending planning committee meetings where applications are decided, and engaging with parish and town councils that are statutory consultees.

The planning system weighs the benefits (renewable energy, climate targets, economic benefits) against the harms (landscape impact, agricultural land loss, local amenity). National policy generally supports renewable energy development, which gives solar proposals a favourable starting position, but local factors can and do lead to refusals.

What Community Benefit Really Means

Community benefit funds from solar farms can genuinely improve local facilities and services. Examples from operational UK solar farms include funding for village hall improvements, sports facilities, community transport, school equipment, local charity support, and energy bill assistance for nearby households.

Some Lancashire proposals are offering more innovative benefit packages, including discounted electricity tariffs for households within a certain distance of the site, equity stakes in the project allowing community ownership of a share, and direct employment opportunities for local tradespeople during construction and maintenance.

The key for Lancashire communities is to engage early in the consultation process and negotiate benefit packages that address local priorities. Once planning permission is granted, the leverage to negotiate better terms diminishes. Parish councils and community groups that engage proactively tend to secure better outcomes.

Rooftop vs Ground-Mounted: A False Choice?

Some opponents of solar farms argue that all solar should go on rooftops rather than farmland. While rooftop solar is excellent for homeowners (and this website strongly advocates for it), the UK needs both rooftop and ground-mounted solar to meet its renewable energy targets. Rooftop installations alone cannot deliver the scale of generation needed. The two approaches are complementary, not alternatives.

For Lancashire homeowners, the growth of solar farms actually helps by driving down panel costs (more demand equals more manufacturing scale) and improving grid infrastructure in the region, which benefits everyone who generates or consumes renewable electricity.

Do solar farms affect property values?

Research on this is mixed. Some studies show a small negative impact (1% to 3%) on properties directly adjacent to solar farms, while others show no measurable effect. Properties with views directly onto a solar farm may be more affected than those screened by hedgerows or topography. The community benefit fund can offset some negative perceptions, and many buyers are neutral or positive about renewable energy nearby.

How long do solar farms last?

Most solar farms have planning permission for 30 to 40 years. At the end of this period, the developer must decommission the site and restore the land to its previous agricultural use. The land is not permanently changed – the concrete foundations are removed, and the soil typically recovers well after being rested from intensive agriculture for decades.

Can local residents buy electricity directly from a nearby solar farm?

Not directly in most cases, as electricity feeds into the national grid. However, some solar farm operators offer Power Purchase Agreements or discounted tariffs to nearby residents through community energy schemes. Check the specific terms offered by each proposed development in Lancashire – community energy provisions vary significantly between projects.