Solar Panels in Leeds: Costs, Grants, and What to Know

Leeds generates less solar electricity than London or Bristol, but it generates enough to make solar financially worthwhile for most homeowners. With an annual yield of around 870 kWh per kWp, Leeds sits below the UK midpoint but well within the range where solar pays back over a reasonable timeframe.

The city's housing stock presents specific considerations: a large proportion of terraced properties with smaller south-facing roofs, and a significant number of back-to-back terraces where the system needs to be sized carefully. This guide covers the practical detail.

Does solar work in Leeds?

Yes. Leeds receives approximately 950 kWh/m² of annual solar irradiance, translating to around 870 kWh of electricity per kWp installed on a south-facing roof. Specific benchmark data from UK solar databases puts Leeds at approximately 825–870 kWh/kWp/yr.

That means:

• A 4 kWp system generates approximately 3,300–3,480 kWh per year
• A 3 kWp system generates approximately 2,475–2,610 kWh per year
• The UK average household uses around 2,700 kWh per year

A 4 kWp Leeds system comfortably covers an average household's annual electricity consumption across the year. Summer months (May–August) deliver the bulk of generation: May is typically the strongest single month in UK solar data.

How much does solar cost in Leeds?

Yorkshire installation costs are broadly in line with the England average, with a modest regional discount relative to London.

All prices include 0% VAT on supply-and-install, valid to 31 March 2027.

Housing stock and sizing in Leeds

Leeds has a very large proportion of terraced housing, including a significant number of Victorian back-to-back terraces — a house type that presents genuine constraints for solar installation.

Standard terraced houses (through-terrace):

• Typically 3–4 kWp (7–9 panels)
• Need to confirm which roof slope faces south — many Leeds terraces run east–west, meaning the rear faces north or south

Back-to-back terraces:

• Properties share a rear wall — there is no rear garden and only one roof slope accessible
• That single slope may face north, east, west, or south depending on the street orientation
• If the accessible slope faces south, a 2.5–3.5 kWp system is often achievable
• If it faces east or west, consider an east-west split system or accept lower yield

End-of-terrace:

• Often has side wall exposure and a larger footprint — 4–5 kWp is more achievable

Semi-detached (LS16, LS17, LS18 suburbs):

• Typically 4–5 kWp (9–11 panels)

Detached (Roundhay, Alwoodley, Horsforth):

• Typically 5–6 kWp or more

Before booking an installation, confirm the orientation of your accessible roof slope. An experienced local installer will check this. You can also use a compass or a mapping tool like PVGis (the EU's free solar calculator) to estimate your roof's azimuth.

Local grants and schemes

ECO4

The Energy Company Obligation (ECO4) provides funding for qualifying households to have energy efficiency measures installed, which can include solar. Eligibility is conditional — you typically need qualifying heating measures alongside solar, and your household must meet income or EPC criteria. ECO4 runs to December 2026.

Warm Homes Plan

The UK Government's Warm Homes Plan targets low- and middle-income households. As of April 2026, rollout is in its early stages. Leeds households will be eligible when funding opens — check gov.uk.

West Yorkshire Combined Authority (WYCA)

The West Yorkshire Combined Authority has sustainability ambitions as part of its devolution deal, including energy efficiency measures for homes. WYCA has periodically run or supported energy schemes. Check westyorks-ca.gov.uk for current available programmes.

Leeds City Council

Leeds City Council has run area-based energy efficiency schemes, particularly in areas with high concentrations of older housing stock. Check leeds.gov.uk for any current local authority schemes.

Your DNO: Northern Powergrid

Northern Powergrid is the Distribution Network Operator for Yorkshire and the North East of England. They cover Leeds, Bradford, Sheffield, Newcastle, and surrounding areas.

For systems up to 3.68 kW per phase (the G98 threshold): Northern Powergrid uses a Fit and Inform process. Your installer submits a G98 notification after installation. No prior approval needed.

For larger systems: G99 pre-approval required before installation.

G98 notifications with Northern Powergrid: Northern Powergrid accepts online submissions via its portal. Processing typically takes 10–20 working days.

Finding your MPAN: Your 21-digit Meter Point Administration Number appears on your electricity bill. Your installer needs this to complete the G98 form.

Typical Leeds solar system

For a standard three-bed through-terrace in Leeds with a south-facing rear roof:

• System size: 3.6–4 kWp
• Panel count: 8–9 × 450W panels
• Roof space required: approximately 15–18 m²
• Annual generation: approximately 3,100–3,480 kWh
• Estimated installed cost: £5,500–7,000
• Estimated annual savings: £450–600 (self-consumption + export income)
• Payback period: approximately 9–13 years

For a back-to-back terrace with a south-facing accessible slope, a smaller 2.5–3 kWp system is realistic and still delivers meaningful savings.

Next steps

• How much do solar panels cost in the UK? — UK-wide cost guide
• Are solar panels worth it? — honest ROI analysis
• Solar panels on a terraced house — specific guide for terraced properties
• How many solar panels do I need? — sizing for your home

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