UK hospitality — restaurants, pubs, hotels, cafés, bars, takeaways, guest houses, and holiday parks — is one of the strongest sectors for commercial solar PV economics in 2026. Three structural factors combine: extended daytime operating hours align with solar generation peak; kitchen, refrigeration, and lighting loads create high baseload that absorbs solar generation; and hospitality typically operates on higher-tier commercial tariffs (24-32p/kWh in 2026) widening the solar-vs-grid spread. The result: typical payback periods of 4.5-6.5 years gross of capex, 3.4-4.9 years net of Annual Investment Allowance. This page covers all hospitality sub-verticals with sizing, payback, and finance guidance for each. For sector-specific deep-dives see hotels, restaurants, and pubs.
Hospitality sub-vertical comparison table
Below is the 2026 sub-vertical sizing and payback table for UK hospitality solar projects. All figures are typical ranges drawn from project data; your specific site will vary based on roof area, electrical infrastructure, and load profile.
| Sub-vertical | Typical size | Self-consumption | Payback (yrs) | Load driver |
|---|---|---|---|---|
| Restaurants | 25-80 kW | 75-85% | 5-6.5 | Kitchen extraction, ovens, dishwasher, refrigeration, lighting through lunch + dinner service |
| Pubs | 30-100 kW | 70-80% | 5.5-7 | Cellar refrigeration, kitchen, AC, lighting through extended afternoon + evening hours |
| Hotels (40-100 rooms) | 50-200 kW | 80-90% | 4.5-5.5 | 24/7 baseload from rooms + 7-day operations + pool/spa/laundry on bigger sites |
| Cafés + coffee shops | 15-50 kW | 80-90% | 5-6 | Espresso machines, grinders, refrigeration, ovens through extended daytime hours |
| Bars + nightclubs | 25-100 kW | 50-65% | 6-7.5 | Evening-peak operations make solar weaker — battery storage often essential for good economics |
| Guest houses + B&Bs | 15-50 kW | 70-85% | 5.5-7 | Continuous baseload + breakfast service + laundry. Smaller scale but consistent demand profile. |
| Fast food + takeaways | 20-80 kW | 80-90% | 5-6 | Fryers, ovens, refrigeration, drinks chillers, lighting through extended daytime + evening hours |
| Caravan parks + holiday parks | 50-300 kW | 70-80% | 5.5-7.5 | Reception, leisure facilities, swimming pool, restaurant. Seasonal load profile but strong summer peak. |
Restaurants: 25-80 kW typical, 5-6.5 year payback
UK restaurants (60-120 covers, 6,000-15,000 kWh monthly consumption) typically install 25-80 kW solar systems in 2026. Restaurant solar economics are particularly strong because of three factors: kitchen baseload (commercial ovens, fryers, grills, dishwashers and extraction draw 30-60% of restaurant electricity, all daytime-aligned), refrigeration baseload (walk-in fridges, freezers, display chillers run 24/7 absorbing overnight solar self-consumption via battery if installed), and service-hour alignment (lunch service 11am-3pm + dinner 5pm-10pm matches solar generation peak particularly well in summer months). Typical 60 kW restaurant install: £54,000 capex, 56,000 kWh/year generation, 80% self-consumption = £11,200 year-one avoided import + £620 SEG export. AIA tax relief £13,500. Net effective capex £40,500. Simple payback 5.5 years gross, 4.1 years net. See restaurant solar deep-dive.
Pubs: 30-100 kW typical, 5.5-7 year payback
UK pubs (community pubs, gastropubs, food-led pubs, multi-outlet pub groups) typically install 30-100 kW solar systems. Pub solar economics are slightly weaker than restaurants because of evening-shifted operations (most pubs do significant trade 4pm-11pm, into the post-solar period). The compensating advantage: cellar refrigeration runs 24/7 and provides strong overnight baseload that absorbs solar via battery storage. Pub-specific considerations: extended afternoon trade (lunch + afternoon drinkers 12pm-6pm aligns well with solar), kitchen-led food trade (gastropubs essentially restaurant-equivalent solar economics), and outdoor solar canopies on beer gardens for sites with awkward roofs. Typical 75 kW pub install: £67,500 capex, 70,000 kWh/year generation, 75% self-consumption = £13,125 year-one avoided import + £1,050 SEG. AIA relief £16,875. Net effective £50,625. Simple payback 6.0 years gross, 4.5 years net. See pub solar deep-dive.
Hotels: 50-200 kW typical, 4.5-5.5 year payback
UK hotels (40-200 room hotels, mid-range to premium) typically install 50-200 kW solar systems and achieve the strongest hospitality solar economics — 4.5-5.5 year payback. Hotel solar is well-suited because of 24/7 operations (rooms always occupied, lighting + heating + lifts running continuously), kitchen + restaurant + bar loads (often multiple food outlets per hotel), and pool/spa/laundry baseload at larger sites (significant continuous demand). Hotel-specific design considerations: roof access (typically restricted on flat hotel roofs requiring careful scaffolding plan), guest-facing sustainability narrative (hotels can market their solar as ESG credential — increasingly important for corporate guests and tour operators), and tenant-landlord relationship if hotel operator doesn't own the building. Typical 150 kW mid-size hotel install: £127,500 capex, 140,000 kWh/year generation, 85% self-consumption = £28,560 avoided import + £1,470 SEG. AIA relief £31,875. Net effective capex £95,625. Simple payback 4.4 years gross, 3.3 years net. See hotels sector page.
Cafés and coffee shops: 15-50 kW typical, 5-6 year payback
Independent cafés and coffee shops (and chain coffee outlets where the operator has roof access — Costa, Pret, independent chains) typically install 15-50 kW solar systems. Café solar economics are surprisingly strong for the small project size because of high daytime load density — espresso machines, grinders, refrigeration, ovens, toasters, and lighting drive intense daytime electricity demand in a small footprint. Self-consumption ratios run 80-90% on cafés with extended opening hours (7am-7pm typical). Typical 30 kW café install: £30,000 capex, 28,000 kWh/year generation, 85% self-consumption = £5,950 avoided import + £255 SEG. AIA relief £7,500. Net effective capex £22,500. Simple payback 5.0 years gross, 3.8 years net. Café solar projects often benefit from coordinated install across multi-site coffee operator estates — economies of scale on procurement and project management.
Bars + nightclubs: 25-100 kW typical, 6-7.5 year payback
Bars, nightclubs, and late-night venues have the weakest hospitality solar economics (still acceptable at 6-7.5 year payback, but slower than restaurants/hotels) because of evening-shifted operations. Most bar/nightclub trade is 6pm-3am, missing the solar generation window entirely. Daytime self-consumption is typically limited to refrigeration baseload, ice machines, and ambient lighting. Solutions: battery storage transforms bar solar economics by time-shifting daytime generation to evening peak (paybacks improve to 4.5-5.5 years for combined solar + battery), participation in DUoS red-zone shaving (winter evening peak avoidance), or sizing the system smaller to maximise self-consumption ratio. Some bars and nightclubs install solar specifically for ESG/marketing credentials despite weaker pure economics — particularly venues targeting younger, climate-conscious customers.
Holiday parks and caravan parks: 50-300 kW typical, 5.5-7.5 year payback
UK holiday parks and caravan parks (Park Holidays, Haven Holidays, Parkdean Resorts, John Fowler, and independent parks) typically install 50-300 kW solar systems. Holiday park solar has unique characteristics: strong summer peak demand (peak season matches peak solar generation perfectly), shoulder-season demand drop (October-March demand drops 60-70% — generation in these months goes mostly to export), large roof areas on reception buildings, swimming pool plant rooms, restaurants and clubhouses, and frequently large car park areas suitable for solar canopies. Most holiday parks combine rooftop PV with ground-mount or canopy arrays for total capacity matching their summer peak. Typical 200 kW holiday park install: £160,000 capex, 185,000 kWh/year generation, 75% self-consumption = £37,000 avoided import + £2,775 SEG. AIA relief £40,000. Net effective capex £120,000. Simple payback 4.0 years gross, 3.0 years net at peak operations.
Hospitality-specific design considerations
Hospitality solar installations have particular design considerations that distinguish them from generic commercial solar. Roof access during operations: hospitality sites can't fully close for solar installs. We schedule noisier scaffolding and commissioning work outside service hours (typically Tuesday or Wednesday mornings, or overnight). Kitchen extraction interface: commercial kitchen extraction can put grease deposits on adjacent roof areas — modules must be positioned with appropriate clearance. Cellar refrigeration cabling: pubs and clubs often have cellar refrigeration on dedicated supplies — PV tie-in needs careful design to capture cellar self-consumption. Guest-facing aesthetics: hotels in particular often want low-profile black-frame modules for visual neutrality from guest viewpoints. Listed building constraints: historic pubs and country house hotels frequently have listed building status — see our listed building solar guide. Outdoor solar canopies: for pub gardens, holiday park car parks, and hotel parking, solar canopies can deliver capacity without roof constraint.
Worked example: 90 kW solar for a 4-star country hotel in the Cotswolds
Real-shape project: a 4-star country house hotel near Cheltenham, 50 rooms, restaurant + bar + small pool + 2 conference rooms, three-phase 400A supply, 24/7 operations, annual electricity demand 165,000 kWh, current import tariff 27p/kWh. We specify a 90 kW PV array across the unshaded south-facing main wing roof (60 kW) + east-facing extension roof (30 kW). Capex: £85,500 turnkey (£950/kW, sub-100 kW band). Generation: 88,000 kWh/year (P50, Cotswolds location 1,050 kWh/kWp south-facing, 950 east-facing). Self-consumption: 88% (77,440 kWh self-consumed, 10,560 kWh exported). Year-one savings: £20,909 avoided import + £634 SEG income = £21,543. AIA tax relief: £85,500 × 25% = £21,375 year-one corporation tax saving. Net effective capex: £64,125. Simple payback: 4.0 years gross, 3.0 years net. 25-year DCF NPV at 7%: £375,000. IRR: 25.4%. Install timeline: contract to commissioning 14 weeks (4 weeks G98 DNO, 6 weeks supply lead, 2 weeks install scheduled around hotel low season, 2 weeks commissioning).
Multi-site hospitality solar programmes
Hospitality groups with 5+ outlets (pub chains, restaurant groups, hotel groups, coffee shop chains) can benefit significantly from coordinated multi-site solar programmes. The advantages: volume procurement (5-15% capex saving on combined module + inverter orders across multiple sites), standardised design (one design template adapted per site, reducing engineering cost), coordinated DNO process (parallel-tracked applications save calendar time), portfolio finance (single asset finance facility across multiple sites at preferential rate), and centralised reporting (one ESG / scope 2 emission report covering all sites). We deliver multi-site programmes for hospitality groups of 5 to 200+ outlets. See multi-site solar programme service.
Financing hospitality solar in 2026
Four financing routes work for UK hospitality solar in 2026. Cash + 100% AIA: strongest return (16-22% IRR) for profitable Ltd Co hospitality groups with capex headroom. 7-year asset finance: the most popular SME hospitality route. Typical 60 kW restaurant install £54k capex → monthly finance £750 vs monthly bill savings £980 = +£230/month positive cash flow from month one. Operating lease: off-balance-sheet treatment under IFRS 16. PPA at 15-18p/kWh: useful for tenanted hospitality premises where landlord won't agree to capex install. Grant funding: regional decarbonisation grants (UKSPF, Mayoral Combined Authorities, Welsh Government, Scottish Government) sometimes available for hospitality businesses. See commercial solar finance for full route comparison.
Disruption during install (and how we minimise it)
Hospitality businesses can't close for solar installs — so minimising service disruption is core to project planning. Standard hospitality solar install sequence: (1) Pre-install survey (1 day): desk-based + 2-hour site visit. Zero operational impact. (2) DNO process (4-6 weeks G98 or 16-24 weeks G99): all paperwork, no on-site activity. Zero impact. (3) Scaffolding erection (1-2 days): typically scheduled overnight or pre-opening. Customer-visible during day but doesn't restrict service. (4) Panel + inverter installation (2-5 days): rooftop work only. Customer-visible but service continues normally. (5) Electrical commissioning (1 day): requires 2-4 hour power-down. Scheduled outside service hours (typically Tuesday/Wednesday morning, low-trade period). (6) DNO witness test (1-2 hours): minimal disruption. Total on-site activity 5-8 days; total operational disruption 2-4 hours. We schedule everything around your trading pattern.
Related sub-vertical pages
Deep-dive sub-vertical pages with specific design, finance, and operational detail: restaurant solar panels (and restaurant sector), pubs, hotels, bars, cafés, takeaways, holiday parks. For broader hospitality-adjacent verticals: leisure centres, gyms, care homes.
Common questions on hospitality solar panels
Why is hospitality particularly well-suited to commercial solar panels?
Hospitality is one of the strongest UK commercial sectors for solar economics in 2026 because of three factors. First, extended daytime operating hours (most hospitality runs 11am-11pm, restaurants 11am-3pm + 5pm-11pm, pubs 11am-12am) ensure high overlap between solar generation peak and demand peak. Second, kitchen + refrigeration baseload (commercial kitchens use 3-8x more electricity than equivalent floor area in offices) absorbs solar generation. Third, hospitality businesses are commonly on standard 24-32p/kWh commercial tariffs that are higher than national average, widening the solar-vs-grid spread. Typical hospitality payback in 2026: 4.5-6.5 years gross capex, 3.4-4.9 years net of Annual Investment Allowance tax relief for limited companies.
What size solar system does a typical UK restaurant need?
A typical UK restaurant (60-120 covers, 6,000-15,000 kWh monthly consumption) installs a 25-80 kW solar system in 2026. Capex range £22,500-£72,000 turnkey, before AIA tax relief. Smaller bistros and cafés (under 60 covers) typically install 15-30 kW; larger restaurants and gastropubs install 60-100 kW; restaurant groups with multiple sites install across all premises as a bundled programme. Sizing depends on roof area available, electrical service capacity (single vs three-phase), and annual electricity demand from kitchen, refrigeration, dishwashing, extraction and lighting loads. We model every restaurant against half-hourly meter data to get sizing right.
Can I install solar panels on a listed building pub or restaurant?
Sometimes yes, sometimes no — depends on listed building grade, location of the panels (rear or side roofs generally permissible, front-facing roofs much harder), planning officer attitude, and conservation area constraints. Grade II buildings have more flexibility than Grade I or II*. Most successful listed-building solar installs use lower-profile module mounting, dark-frame modules to blend with slate roofs, and panels positioned out of direct sight from the listed elevations. Listed Building Consent application takes 8-12 weeks typically. Alternative for listed buildings: solar canopies on car parks or beer gardens (no roof impact), solar on adjacent ancillary buildings, or solar PV slates that integrate visually with original tile. See listed building solar panels guide + conservation area solar guide.
How does hospitality solar payback compare to other sectors?
Hospitality typically achieves 4.5-6.5 year solar payback in 2026 — sitting in the upper-middle of UK commercial sector payback rankings. Faster: cold storage (3.5-4.5 years), food manufacturing (4-5 years), general manufacturing (4-5 years). Comparable: care homes (5-6 years), large hotels (4.5-5.5 years). Slower: offices (5.5-7 years), schools (6-7.5 years for non-PSDS), bars (6-7.5 years because of evening-only operations limiting self-consumption), churches (8-12 years). For hospitality the key payback driver is extended-hours operations with kitchen/refrigeration baseload, which keeps self-consumption above 70% even on smaller sites.
Should hospitality businesses combine solar with battery storage?
Battery storage makes sense for hospitality businesses with three characteristics: high evening or overnight demand (bars, nightclubs, hotels with 24/7 operations), exposure to DUoS red-zone charges (4pm-7pm winter weekdays), and willingness to participate in National Grid frequency response via aggregators. For a typical 60 kW restaurant solar install adding a 60 kWh battery costs an additional £40-50k — payback period extends to 6-8 years for the combined system but resilience and DUoS savings improve materially. Bars and nightclubs in particular benefit because evening operations don't align with solar generation; battery storage time-shifts daytime generation to evening peak. See commercial battery storage cost.
What financing routes work for restaurant + hospitality solar?
Four routes work for UK hospitality solar in 2026. Cash + 100% Annual Investment Allowance delivers strongest return (16-22% IRR) for profitable limited company hospitality groups — best when there's capex headroom and corporation tax position to absorb. 7-year asset finance is the most popular SME hospitality route — zero capex outlay, monthly payment typically £300-£900 below monthly bill savings, cash-flow positive year one, ownership at end of term. PPA at 15-18p/kWh fixed vs 26-30p/kWh hospitality tariff — useful for tenanted premises or business owners planning sale within 5 years. Grant funding (regional decarbonisation, UKSPF, Wales/Scotland schemes) sometimes available. See finance routes.
Will solar panel installation disrupt my restaurant operations?
Minimal disruption for most hospitality installs. Typical 50-100 kW install timeline: 4-6 weeks DNO process (no on-site activity), 1-2 days scaffolding erection (usually overnight or pre-opening), 2-4 days panel installation (rooftop work only, kitchen continues to operate), 1 day electrical commissioning (typically requires 2-4 hour power-down outside service hours). Total on-site disruption is typically less than a week with zero impact on customer service if scheduled around quiet periods. We work with hospitality customers to schedule scaffolding and commissioning outside service hours, often using Tuesday/Wednesday mornings (low-trade periods) for the noisier elements. Pre-install survey work is desk-based and doesn't impact operations at all.