Pubs, Restaurants & Hospitality Venues: Solar panels for golf clubs

Why a clubhouse bar, restaurant or hospitality venue is a natural fit for solar

Most golf and country clubs are, in effect, a hospitality business with a course attached. The clubhouse bar, the kitchen, the function suite and the catering operation behave exactly like a pub or restaurant when it comes to electricity, so the same logic that makes solar panels work for golf clubs makes them work for pubs, restaurants and hospitality venues. Cellar cooling, kitchen extraction, refrigeration and lighting create a steady load that builds through the day and into the evening, and that demand profile is well matched to daytime solar generation. For a club running a busy food-and-drink offer, the hospitality side of the building is often where the meter spins fastest, which is precisely where solar earns its keep.

Hospitality also brings options that pure clubhouse roofs sometimes lack. Beer-garden canopies and car-park solar carports add generation capacity where roof space is limited, and a managed pub or restaurant estate can roll a single design across dozens of similar units. There is a strong community and brand sustainability story here too, for independents and groups alike, and for a member-owned club that story plays directly into how members and visitors see the place. Energy is now one of the largest controllable costs in hospitality, sitting alongside staff and stock, so fixing it for two decades is a genuine commercial lever in a sector where margins are tight and input prices are not within the operator's control. For a club bar and kitchen that effectively trades as a pub in its own right, the same case applies in full.

What a typical install looks like and how it is sized

A system for a pub, restaurant or hospitality venue usually lands in the 10 to 100 kW range, which is roughly 18 to 185 panels across about 60 to 600 square metres of roof. A system that size generates in the region of 9,000 to 92,000 kWh a year and saves between 2 and 21 tonnes of CO2 annually. Because hospitality demand peaks around service times rather than running flat all day, a modest rooftop sized for the daytime kitchen and cellar load, plus any EV charging, usually beats over-sizing, which would push surplus out to export at a lower value.

At least twelve months of half-hourly meter data is the best basis for matching the system to the venue's real pattern, with its lunchtime and early-evening peaks, rather than an optimistic maximum. Where the roof is constrained, and many older premises have small or awkward roofs, a beer-garden canopy or a car-park carport can add capacity, and both double as visible sustainability statements at the front of the venue. For a venue that is adding EV charging anyway, it makes sense to size the PV and the chargepoints together, because daytime charging absorbs generation at full self-consumption value and the combined business case is stronger than either project alone.

The shape of the load matters as much as its size. A pub with a strong lunchtime kitchen and a steady cellar-cooling and refrigeration baseload self-consumes a good share of daytime generation, while a venue that only really comes alive in the evening will export more, which is where the Smart Export Guarantee comes in. Modelling the self-consumed and exported portions separately from the meter data shows where the value actually sits. For a managed estate of similar units, a common approach is to size a representative pilot site first, then carry that template across the estate with only minor adjustments per location, which keeps the engineering cost down and the rollout predictable.

Costs, payback and tax relief

A hospitality project typically lands between £10,000 and £90,000 depending on size and surface mix, with a simple payback near 6.5 years. The 100% Annual Investment Allowance lets most operators write off qualifying spend against profit in year one, worth up to a quarter of the project value back in tax for a company, using the AIA or the 50% First-Year Allowance because solar is a special-rate asset that does not qualify for full expensing.

The Smart Export Guarantee pays for any surplus you export, which can matter for seasonal venues that are quieter in daytime or out of season. For operators who would rather protect their capital for the front-of-house experience, a power purchase agreement delivers day-one savings with no capex by charging per kWh consumed below the grid rate, and asset finance spreads the cost over seven to fifteen years while keeping the system on the balance sheet, usually cash-positive from year one. For a managed estate, an operating lease can give a predictable per-site monthly cost. Our cost guide works through the economics for different venue sizes and the funding routes.

Funding routes in detail

The Annual Investment Allowance is the primary route, covering the first million pounds of qualifying expenditure at 100%, with the 50% First-Year Allowance above the cap. The Smart Export Guarantee covers exported power at a supplier-set rate, from around 3p to 13p per kWh at the time of writing, with the better fixed rates around 12 to 13p, and needs a smart meter recording half-hourly export. If the venue adds EV charging for staff or a fleet, the Workplace Charging Scheme can fund a large share of the chargepoint cost: from 1 April 2026 it pays £500 per socket (£350 before), covering up to 75% of cost including VAT, capped at 40 sockets per applicant, and it is open until 31 March 2027, so applications should be made early. A business applicant's chargepoints may only be used by its own staff and fleet (local residents may use them outside working hours), so a venue should check which applicant type it is before counting on the scheme for charging open to customers.

For operators that are large undertakings, with 250 or more UK employees or turnover above the relevant threshold, on-site solar is also one of the most credible recommendations an ESOS energy audit can identify, and it reduces metered grid consumption directly; the Phase 4 compliance notification is due 5 December 2027. Which combination of funding routes fits depends on the venue, and for a tied or leased house the landlord and brewery consent that the funding and install both depend on needs to be secured.

Compliance and sector considerations

Many pubs and clubhouse hospitality buildings are listed or in conservation areas. Rooftop solar is not permitted development on a listed building or within its curtilage, so Listed Building Consent and conservation-officer engagement are often required there, while a conservation area on its own does not remove the right for a roof. Typical design responses are roof slopes hidden from public view, low-profile all-black panels, or carports and outbuilding roofs that avoid the protected frontage. Tied or leased houses in a pubco estate need landlord or brewery consent and a wayleave, which have to be agreed before the install, and where MEES applies many landlords now support or fund PV because it protects the lettability and value of the unit. Privately rented non-domestic property in England and Wales must be EPC E or above, and although the government has consulted on a higher standard, no new minimum or date is confirmed.

Smaller single-phase supplies are common in older premises and may cap system size without a DNO upgrade, and a G99 application is required above 16 A per phase (3.68 kW on a single phase, about 11 kW on three phases), with G98 connect-and-notify up to that. On a capacity-constrained network the DNO connection can take many months, which is usually the longest item in the programme, so the application is best started early rather than after the contract is signed. When comparing installers, ask each to evidence its MCS certification, the electrical registration behind work to BS 7671, and who stands behind the workmanship cover; insurers also often refer to the RISCAuthority RC62 guidance on fire safety for PV installations. The CDM 2015 duties for construction work apply to the installation. Standard rooftop PV on a clubhouse or pub building in England is generally permitted development under Class J of Part 14 of the GPDO 2015 within size limits, and a rooftop system above 50 kW needs the council's prior-approval decision on design and external appearance, including glare, while a beer-garden canopy or car-park carport above the relevant thresholds should be treated as needing planning permission. For a tied or leased house the brewery or landlord consent and the wayleave have to be in place before any of this proceeds.

How this kind of project is typically approached

A good starting point is at least twelve months of half-hourly meter data, so the system fits the real service-driven load rather than an optimistic roof fill. The roof build-up should be checked, including for asbestos cement sheeting, which is common on older pub and outbuilding roofs and must be replaced before panels go on. Where the building is listed, the conservation officer should be engaged early; beer-garden canopies and car-park carports can be assessed alongside the roof; and the G99 application is normally submitted early with the structural survey so the grid clock starts straight away.

Work can be planned around service times and the trading pattern so the install does not disrupt the venue: rooftop work happens in zones, and the only outage is the final grid connection, which can be booked for a quiet period or planned shutdown. Ask any installer who stands behind the workmanship warranty if the installing company stops trading, and whether annual operation and maintenance with remote monitoring is included. Maintenance typically covers electrical inspection, inverter firmware and a panel wash where needed, and monitoring can flag any underperformance automatically so a fault is caught before it costs generation rather than after. For a managed estate, one standardised template, rooftop plus optional canopy plus EV charging plus a single monitoring dashboard, can be rolled across the sites with a phased capital plan, agreeing the brewery or landlord wayleave template once and reusing it.

An illustrative example

As an illustrative composite based on typical UK hospitality projects, and not a real named client: a managed pub-and-restaurant group piloted solar on a flagship roadside dining pub with a large flat-roofed kitchen extension and a 60-space car park, running heavy kitchen extraction, cellar cooling and lighting. The pilot installed around 92 kW of rooftop, generating in the region of 85,000 kWh a year, with a design option for a 40 kW beer-garden canopy. A single standardised design of rooftop plus optional canopy plus EV charging plus one monitoring dashboard was signed off for rollout across the estate, the brewery wayleave template was agreed once and reused, and the qualifying cost was written off under the Annual Investment Allowance. The figures are illustrative and depend on your venue, surfaces and tariff, which is why every site should be modelled from its own meter data rather than from a sector average.

If this hospitality offer sits within a wider club, see solar for golf and country clubs and solar for gyms and health clubs. When you are ready, read the cost guide, the funding routes, send an enquiry, or read the FAQs.