How much do solar panels for golf clubs cost?
Real UK costs by system size, sub-vertical, and financing route. Updated for 2026.
The honest answer to what solar costs a golf club is that it depends on the club. A modest 30 kW array on a single clubhouse roof is a very different project to a 200 kW system spread across the clubhouse, the greenkeeping barn and a patch of out-of-play land. As a working guide for 2026, a clubhouse-scale system runs at roughly £900 to £1,200 per kW for arrays below 100 kW, falling toward £750 to £950 per kW once you move into the 100 to 250 kW band that suits a larger club. So a typical members' club fitting a 70 kW array is usually looking at something in the region of £55,000 to £75,000 installed, while a big proprietary or resort club going to 150 kW or more sits well into six figures. The cards lower down this page show indicative project values for golf and the related leisure and hospitality sub-sectors we work across.
What makes golf such a good fit, and what shortens the payback, is the shape of the demand. A clubhouse runs its bar, kitchen, function rooms, lighting and cellar cooling through the day, and the irrigation system pumps hard across greens and tees through the summer. All of that load sits in the daylight hours, which is exactly when the panels generate. The closer your consumption tracks your generation, the more of each unit you use yourself rather than exporting it cheaply, and self-consumed power is worth far more than exported power. Most golf clubs we model self-consume somewhere between 75% and 85% of what they generate, which is high for a commercial site and is the single biggest reason the numbers work.
What you actually pay, and what you get back
Set the installed cost against the bill it removes. A club spending £50,000 a year on grid electricity that self-consumes 80% of a well-sized array will commonly cut £14,000 to £20,000 a year off that bill, before any export income. That puts simple payback for most clubhouse systems somewhere between six and seven years, and because tier-1 panels carry a 25-year performance warranty, the array keeps generating for the best part of two decades after it has paid for itself. The summer is when it earns most, which suits golf perfectly: peak generation lands in the same months as peak irrigation, peak visitor catering and peak function trade.
Three ways to pay for it
Most clubs use one of three routes. The first is a capital purchase, paid from reserves. If the club trades through a limited company or a trading subsidiary, it can claim the 100% Annual Investment Allowance, which gives an effective tax saving of up to 25% in the first year. Solar is a special-rate asset, so it uses the Annual Investment Allowance or the 50% First-Year Allowance rather than full expensing, and the detail of how that interacts with a members' club's tax position is worth checking with your accountant. You can read the official position on capital allowances on GOV.UK.
The second route is asset finance. The system goes on the balance sheet but the cost spreads over seven to fifteen years, and because the annual saving usually exceeds the annual repayment, the project is typically cash-positive from year one. That keeps the club's reserves free for the things members actually notice, like the course, the greens and the clubhouse. The third route is a power purchase agreement, where a funder owns the system and the club simply pays per unit consumed at a rate below the grid price. A power purchase agreement removes the capital question entirely and delivers savings from day one, which can be the cleanest way to get a project through an AGM where the committee is wary of capital spend.
Export income matters more for golf than most sectors
Golf clubs generate plenty of power at weekends and through the quieter winter months, when the clubhouse load drops away. Rather than waste that surplus, a Smart Export Guarantee tariff pays for every unit you send back to the grid, typically between 4p and 15p per kWh in 2026 depending on the supplier. It is not the main event, but for a seasonal operation it adds a useful extra strand to the case, and it means an oversized winter surplus still earns rather than going to waste. You need a smart meter recording half-hourly export to qualify.
The costs people forget to budget for
The headline price per kW is not the whole bill. A handful of items can move the total, and we put every one of them in the proposal so there are no surprises at an AGM. A structural survey is mandatory before anything goes on a roof, and older clubhouse roofs occasionally need strengthening. Some heritage clubhouses have asbestos cement roofs on outbuildings, which cannot take panels and must be replaced first, so in those cases we usually move the array onto the machinery sheds or out-of-play land instead. The grid connection is the other variable: any system above 17 kW per phase needs a G99 application to the local network operator, and on a constrained network that connection can take six to eighteen months, which is why we submit it alongside the structural survey to start the clock as early as possible. Scaffolding, cable runs from a remote shed back to the clubhouse meter, and any switchgear upgrade all get itemised too.
How we work out the payback honestly
We do not quote a payback off a rule of thumb. Every proposal starts from at least twelve months of your half-hourly meter data, so we can see exactly how your clubhouse and irrigation loads behave across the year and size the array to your real daytime demand rather than just filling the roof. From that we model annual generation, the self-consumption split, the export income, and a full discounted cash flow over twenty-five years, so the committee sees simple payback, internal rate of return and net present value, not just a single headline number. If we add EV charging for members and visitors, which soaks up midday generation at full value and can be part-funded through the Workplace Charging Scheme, we model that in too. And if the numbers do not work for your site, we will tell you. We would rather walk away from a project that won't deliver than sell a club something that disappoints the membership.
Cost ranges by sub-vertical
Gyms & Health Clubs
- Typical system
- 30-250 kW
- Project value
- £28,000-£220,000
- Payback
- 5.5 years
- Annual generation
- 27,000-230,000 kWh
Golf & Country Clubs
- Typical system
- 30-200 kW
- Project value
- £28,000-£180,000
- Payback
- 6 years
- Annual generation
- 27,000-185,000 kWh
Pubs, Restaurants & Hospitality Venues
- Typical system
- 10-100 kW
- Project value
- £10,000-£90,000
- Payback
- 6.5 years
- Annual generation
- 9,000-92,000 kWh
Supermarkets & Convenience Retail
- Typical system
- 200-1,500 kW
- Project value
- £150,000-£1,200,000
- Payback
- 5 years
- Annual generation
- 185,000-1,400,000 kWh
Shopping Centres & Retail Parks
- Typical system
- 250-2,000 kW
- Project value
- £180,000-£1,600,000
- Payback
- 5.5 years
- Annual generation
- 230,000-1,840,000 kWh
Car Dealerships & Showrooms
- Typical system
- 50-400 kW
- Project value
- £45,000-£350,000
- Payback
- 5.5 years
- Annual generation
- 46,000-370,000 kWh
Cost questions
How much do solar panels cost for a leisure, retail or hospitality business in the UK?
It depends heavily on the site. A pub or small restaurant (10-100 kW) typically costs £10,000-£90,000; a gym or golf clubhouse (30-250 kW) £28,000-£220,000; a car dealership (50-400 kW) £45,000-£350,000; and a supermarket or shopping centre (200 kW-2 MW) £150,000-£1.6m. Cost per kW is roughly £750-£950 for systems above 250 kW, falling toward £600/kW above 1 MW. Most single-site installs are fully expensed in year one under the Annual Investment Allowance.
What's the payback on supermarket and convenience-store solar?
Typically around 5 years, and often the fastest in commercial solar. Refrigeration runs 24/7, so self-consumption is exceptionally high, often 90%+ of generation is used on site. Combined with 100% AIA tax relief and large clear-span roofs plus car-park carport potential, refrigeration-heavy retail sits alongside cold-chain warehouses as the strongest segment for payback.
Can we finance solar without using our capital budget?
Yes. PPAs (power purchase agreements) provide solar with zero capex, you pay per kWh consumed below your current grid tariff, typically with savings from day one and the system off your balance sheet. Asset finance puts the system on balance sheet but spreads cost over 7-15 years and is usually cash-positive from year one. Operating leases are also available, which suits estates wanting predictable per-site monthly cost.