Put them on the hall, not the church
The same twelve kilowatts of panels pays back in six years on a parish hall and fourteen on the church next door. The hall costs less per kilowatt, needs far less consent, and uses four times as much of what it generates. Almost every parish gets this decision the wrong way round.
A church building is close to the worst load profile solar can be given. It is occupied intensively for a few hours on Sunday, lightly for one or two weekday events, and is otherwise a large, cold, empty space drawing almost nothing. The panels generate their best output on July weekday afternoons, when nobody is there at all. That is the central fact of church solar economics, and it points at a building most PCCs have not considered.
- The hall is usually the better site. A weekday programme lifts self-consumption from around 20% to 65%. Same array, half the payback, and it needs no faculty in many cases.
- The VAT position changed on 31 March 2026. The Listed Places of Worship Grant Scheme closed after 25 years. Churches can no longer reclaim VAT on repairs, and a great deal of published guidance still says otherwise.
- Solar itself is still zero-rated until 31 March 2027. The closure bites on the roof repair that often has to happen first, not on the panels.
- Ecclesiastical exemption covers five denominations, not all faiths. Anglican, Catholic, Methodist, Baptist Union and URC buildings avoid listed building consent. Synagogues, mosques, gurdwaras and independent chapels do not.
- An unlisted Anglican church outside a conservation area needs no faculty at all. Since February 2022, solar sits on List B and requires only the archdeacon’s consent.
The load profile problem
Solar economics turn on self-consumption. A unit of electricity used on site is worth the full retail rate, around 25p on a typical church supply contract. A unit exported earns 4p to 8p. Using your own generation is therefore worth roughly four times exporting it.
A church used mainly for Sunday worship self-consumes perhaps 10% to 20% of what its array makes. The building draws very little between services: some lighting, a boiler pump, an alarm panel. Heating is often gas or oil rather than electric, and in summer there is no heating demand at all.
A parish hall running a playgroup, a lunch club, a food bank and evening lettings is a completely different proposition. It draws power on weekday mornings and afternoons, precisely when the array is producing, and self-consumption of 55% to 75% is normal.
- Faculty
- Permission from the diocesan consistory court for works to a Church of England building. The Diocesan Advisory Committee advises; the Chancellor grants it.
- DAC
- Diocesan Advisory Committee. The body that reviews proposals and advises the Chancellor. Engage it before you design anything.
- List A and List B
- Schedules of works permitted without a faculty. Since February 2022, solar on an unlisted church outside a conservation area sits on List B, needing only the archdeacon’s consent.
- Ecclesiastical exemption
- The exemption from listed building consent enjoyed by five denominations, replaced by their own internal consent systems.
- Curtilage
- The land and buildings within the church’s boundary. A hall inside the curtilage may fall under faculty jurisdiction even if it is modern and unlisted.
- In-roof mounting
- Panels set flush at slate line rather than standing off on brackets. The standard heritage solution and usually what a DAC expects to see.
- Reversibility
- The principle that the installation can be removed without lasting harm to historic fabric. Central to any heritage consent argument.
- Self-consumption
- The share of generation used on site rather than exported. The number that decides a church solar business case.
Where to put the panels
Run the same 12 kW array on three different buildings in the same parish and the results diverge sharply.
| Location | Self-used | Annual value | Cost | Payback |
|---|---|---|---|---|
| Parish hall, 12 kW | 65% | £2,019 | £12,600 | 6.2 yrs |
| Church and hall, 24 kW | 45% | £3,201 | £26,400 | 8.2 yrs |
| Church roof, 12 kW | 20% | £1,078 | £15,000 | 13.9 yrs |
| Church roof, Sunday use only | 10% | £869 | £15,000 | 17.3 yrs |
Three separate factors stack against the church roof and all three point the same way. Heritage fixings and access push the cost per kilowatt from around £1,050 on a hall to £1,250 or more on a listed church. Consent takes months rather than weeks. And the building uses a fraction of what it makes.
£15,000 capital, £1,078 a year, faculty and heritage design required
£12,600 capital, £2,019 a year, often no faculty needed
Phasing is the practical answer for most parishes. Install on the hall now, bank the savings, build the track record, and put the church roof through faculty and grant funding as phase two using the hall’s savings as part of the match. It spreads both the cost and the consent risk across two manageable stages.
Who has to say yes
This is where church solar differs from every other building type, and where a great deal of published advice is either wrong or dangerously simplified.
| Tradition | Consent route | Listed building consent |
|---|---|---|
| Church of England | Faculty, or List B if unlisted | Exempt |
| Church in Wales | Faculty under CinW Constitution | Exempt |
| Roman Catholic | Diocesan historic churches committee | Exempt |
| Methodist | Property Division consent | Exempt |
| Baptist Union | Denominational authority | Exempt |
| United Reformed Church | Denominational authority | Exempt |
| Quaker meeting houses | Local meeting and area meeting | Required if listed |
| Independent and free churches | Trustees | Required if listed |
| Synagogues, mosques, gurdwaras, temples | Trustees or governing body | Required if listed |
Two points are routinely garbled. First, ecclesiastical exemption removes the need for listed building consent but does not remove the need for planning permission, which may still apply. Second, the exemption covers five named denominations only. A Grade II listed synagogue or mosque goes through the local planning authority’s heritage team like any other listed building.
If your Anglican church is not listed and not in a conservation area, you probably do not need a faculty. Amendments to the Faculty Jurisdiction Rules in February 2022 added solar to List B, meaning the archdeacon’s written consent is sufficient. That turns a six-month process into a few weeks, and a surprising number of post-war parish churches qualify.
For everything else, engage the DAC before you commission a design. A DAC that sees a proposal for the first time as a formal application will usually send it back. A DAC consulted early will tell you which roof slope it would accept, which is the single most useful piece of information in the project.
Listed buildings and heritage design
The question has moved on. Historic England published guidance explicitly supporting well-designed photovoltaic installations on historic buildings, and told local planning authorities in late 2023 to approve solar on heritage buildings unless it causes demonstrable harm. Faculties have been granted on Grade II* and Grade I churches, and solar now sits on cathedral roofs at Gloucester, Salisbury and Hereford.
What changed the picture technically was panel appearance. Matte black cells in black frames on black backsheets, mounted in-roof at slate line, read as a dark rectangle on a dark roof rather than the silver-framed blue grids of the 2010s.
- Black-on-black modules. Now the default specification for any heritage application, and cheap enough that there is no reason to propose anything else.
- In-roof flush mounting. Panels replace slates rather than standing off above them, removing the shadow gap that DACs object to.
- Less-visible slope selection. A chancel or vestry roof, or a south slope hidden from the principal approach, is far easier to consent than the nave.
- Reversibility. Fixings to existing rafters without penetrating historic timber, with a written statement that the installation can be removed and the roof reinstated.
- Visual impact assessment. Photomontages from the key public viewpoints. This is what the DAC and any amenity society will actually look at.
| Status | Typical timeline | Notes |
|---|---|---|
| Unlisted, not in conservation area | 2-6 weeks | List B, archdeacon’s consent |
| Grade II | 10-14 weeks | Straightforward if well designed |
| Grade II* | 18-26 weeks | Historic England consulted |
| Grade I | 24-40 weeks | Historic England substantially involved |
| Cathedral | Varies | Cathedrals Fabric Commission route |
What it costs in 2026
Church solar carries a heritage premium over standard commercial installation costs, driven by bespoke fixings, difficult access, scaffolding on tall elevations and the design work behind the consent application.
| Building and size | Cost per kW | Total installed |
|---|---|---|
| Parish church, 8-25 kW | £1,100-£1,400 | £10,000-£35,000 |
| Hall or curtilage, 15-40 kW | £950-£1,200 | £12,000-£48,000 |
| Combined church and hall, 40 kW+ | £850-£1,050 | £34,000-£90,000 |
| Cathedral or large church, 50 kW+ | £800-£950 | £40,000-£250,000 |
| Heritage statement and photomontages | – | £1,500-£4,000 |
| Structural report | – | £800-£2,500 |
The VAT change nobody has caught up with
On 22 January 2026 the government confirmed that the Listed Places of Worship Grant Scheme would close. It ran from 2001 and let listed places of worship reclaim the VAT on eligible repair and maintenance work. It closed on 31 March 2026, having exhausted its final £23 million budget before the deadline arrived.
Several church solar specialist websites still list VAT recovery under the Listed Places of Worship scheme as an available funding route. It is not. From 1 April 2026, VAT on repairs to listed places of worship applies in full. If a proposal you have received includes LPW VAT recovery in its funding stack, the numbers are out of date and the net cost to the parish is higher than shown.
For solar specifically, the position is better than it first appears, and the distinction matters.
Installing solar panels on a place of worship carries 0% VAT anyway under the energy-saving materials relief, which runs until 31 March 2027 before reverting to 5%. The panels were never the thing the LPW scheme was needed for.
Where the closure bites is the roof. Many church roofs need repair or releading before a 25-year array can sensibly go on them, and that work is a repair rather than an energy-saving material. Until 31 March 2026 its VAT was reclaimable. It no longer is. A parish facing £30,000 of roof work before the solar now faces an extra £6,000 that a project costed in 2025 would not have carried.
Historic England is running a time-limited bridge grant for churches caught by the closure. Where repair works started after 1 October 2025 and complete by 30 September 2026, a grant of up to £50,000 may be available, with a £10,000 minimum. The church must meet the Places of Worship Renewal Fund criteria and must not have claimed under LPW for the same project. Worth checking if your roof work is already under way.
Grants and funding routes
Places of worship have access to more funding streams than almost any other building type, and most successful projects use three or four in combination rather than one.
| Route | Typical award | Who it is for |
|---|---|---|
| Buildings for Mission | £10,000-£50,000 | CofE parishes, via diocesan net zero officer |
| Demonstrator Churches Project | Up to £50,000 | CofE, Church Commissioners funded |
| Benefact Trust | Up to £36,000 | Churches of all denominations |
| Places of Worship Renewal Fund | £10,000-£1,000,000 | Listed places of worship, England only |
| Denominational eco grants | £1,000-£10,000 | Methodist, URC and others |
| Community share offer | £20,000-£60,000 | Any congregation with a local network |
| Diocesan interest-free loan | Varies | CofE parishes, diocese dependent |
Buildings for Mission is the principal national route for Anglican parishes, with awards typically between £10,000 and £50,000 and a national success rate of roughly 30%. Applications route through your diocesan net zero officer rather than going in directly, and a strong application needs meter data, modelled output in kWh and tonnes of CO2, and faculty either granted or visibly in progress.
The Places of Worship Renewal Fund is £92 million over four years, England only, run by Historic England for DCMS. Grants run from £10,000 to £1,000,000 across three streams, with priority for areas of high deprivation or community need. Note its stated focus is repair and conservation, keeping buildings safe, open and in public use. It is not a decarbonisation fund, so a solar-only application is unlikely to fit. Solar attached to a wider fabric project may.
Scotland, Wales and Northern Ireland are not covered by the Renewal Fund. As of mid-2026 no replacement for LPW had been confirmed in those nations, and churches have been directed towards the National Lottery Heritage Fund, Historic Environment Scotland, Cadw and the Department for Communities respectively.
Why PPAs suit churches badly
A power purchase agreement removes the capital barrier: a developer installs and maintains the array and sells you the electricity below grid rates. For many building types that is a reasonable trade. For a church it is a worse deal than for almost anyone else, for a reason specific to the load profile.
Under a typical PPA, the export income goes to the provider rather than the church. A building that self-consumes 70% of its generation gives away 30% of the output. A church self-consuming 20% gives away 80% of it. The lower your self-consumption, the more of the array’s value sits in export, and the more the PPA structure hands to the other party.
There are two further complications on consecrated ground. A PPA installs a third party’s equipment on church fabric for 20 to 25 years and may constitute a proprietary interest in church land, so a faculty is still required and the diocesan solicitor should review the contract. Some chancellors have taken a cautious view. Charity Commission consent may also be needed for a long-term commercial contract on a charity asset.
Ask who receives the export income, and model what that is worth given your actual self-consumption.
Have the diocesan solicitor review it before the PCC votes.
Get the buyout price at fixed points, stated in the contract.
Establish what happens if the roof needs releading during the term.
Assume a PPA avoids the faculty. It does not.
Compare the PPA rate against your tariff without checking the indexation over 25 years.
Sign before checking whether Charity Commission consent applies.
Take a PPA on the church when grants could fund the hall outright.
Best sites, rated
Scores are out of five and are our editorial judgement, weighted for return per pound, consent difficulty and how quickly a parish can get from decision to working array.
The parish hall, as phase one
Lower cost per kilowatt, simpler consent, and a weekday programme that uses most of what the array generates.
The best return in almost every parish, and the fastest route to a working system. A modern hall roof costs £950 to £1,200 per kilowatt against £1,100 to £1,400 on a listed church, and a weekday programme of playgroups, lunch clubs and lettings consumes 55% to 75% of the output. Check whether the hall sits within the consecrated curtilage, because faculty jurisdiction sometimes reaches modern buildings on the same site.
Best for: Almost every parish with a hall. Start here
Large historic buildings with offices, shops, cafes, visitor centres and refectories have the one thing a parish church lacks: continuous weekday electrical demand. Cost per kilowatt falls to £800 to £950 at scale. The consent path is longer and runs through the Cathedrals Fabric Commission, but visitor centre and ancillary roofs are frequently far easier to consent than the nave.
Best for: Cathedrals, minsters and large civic churches with staff and visitor operations
One array, one meter arrangement, one set of professional fees, and the hall’s weekday demand absorbing generation the church cannot. Cost per kilowatt drops to £850 to £1,050 above 40 kW. The catch is that the whole project waits on the slowest consent, so a Grade I church can hold up a hall installation that could have been running months earlier.
Best for: Parishes with funding secured and appetite for a single larger project
Workable where the church itself hosts weekday activity: a cafe, a warm space, a nursery, concerts or a heated worship area in regular use. Self-consumption around 30% to 40% brings payback into the ten to twelve year range, which grant funding can shorten considerably. Electric heating changes the picture more than anything else.
Best for: Churches that have already reordered for community use
Occasionally proposed by DACs as an alternative to roof mounting, and rarely practical. Churchyards contain graves, protected trees and archaeology, and a ground array in a consecrated burial ground raises questions a roof never does. Where a large glebe or car park exists outside the burial ground, it can work. Inside it, usually not.
Best for: Rural parishes with land outside the consecrated burial ground
The hardest case to justify on numbers, at roughly seventeen years to pay back before grants. That does not make it wrong. Some parishes install because creation care is a stated commitment and the witness matters more than the payback, and that is a legitimate decision for a PCC to take with its eyes open. It should be taken as a mission decision, not sold as a financial one.
Best for: Parishes funding it substantially through grants, with mission rather than payback as the driver
Practical considerations
Roof condition and structure
Panels last 25 to 30 years. Putting them on a roof with ten years left means paying to remove and refit them. Get a quinquennial inspection report and a structural assessment before a solar survey, and if releading is due, do both together. With LPW VAT recovery gone, sequencing this properly matters more than it did.
Orientation on a church
Most parish churches are oriented east to west, which gives long south and north slopes. That is unusually good for solar: a long south-facing nave or chancel slope at a steep Victorian pitch loses very little annual output, and steep pitches shed debris and shed snow well. The constraint is visibility, not physics.
Metering and multiple buildings
If church and hall sit on separate supplies, generation on one will not offset consumption on the other without work. Options include a private wire between buildings, or moving both to a single supply. Establish this early, because it changes which building the array should go on and can cost several thousand pounds.
Export arrangements
A church exporting 80% of its generation should treat the export contract as seriously as the installation. Commercial export rates vary widely and a percentage point or two on the rate is worth more to a low-self-consumption building than to almost anyone else.
Insurance and the quinquennial
Tell the church insurer before installation, not after. Ecclesiastical insurers generally take a straightforward view of properly installed arrays, but they want to know. The array should also appear in the next quinquennial inspection so it is maintained alongside the rest of the fabric.
Over 3,500 UK churches now hold an Eco Church award from A Rocha UK, and the framework has become one of the main drivers of parish solar. For many PCCs the array is one measure within a wider commitment rather than a standalone energy project, which is worth reflecting in how the case is put to the congregation.
Pros and cons
- Grant funding available that no commercial building can access
- Projects routinely achieve 50% to 100% of capex through grant stacking
- 0% VAT on the solar element until March 2027
- Large, unshaded, well-oriented roof slopes
- Heritage consent is now well-trodden, not experimental
- Strong alignment with creation care commitments
- Very low self-consumption on a Sunday-only building
- Heritage premium of 15% to 25% on cost per kilowatt
- Consent can take six to ten months on a Grade I church
- VAT on preparatory roof repairs no longer reclaimable
- PPAs capture the export income, which is most of the value
- Separate church and hall supplies complicate the design
- Establish whether the church is listed and whether it sits in a conservation area. If neither, List B may apply and the project is far simpler.
- Pull twelve months of half-hourly data for every building on the site before anyone quotes.
- Check whether the hall falls within the consecrated curtilage. Your diocesan registrar can confirm it.
- Contact the DAC before commissioning a design, and ask which roof slope they would be minded to accept.
- Speak to your diocesan net zero officer about Buildings for Mission timing before you fundraise.
- Get the quinquennial and a structural report ahead of the solar survey.
- Confirm whether church and hall share an electricity supply. It changes the whole design.
Frequently asked questions
Can you put solar panels on a listed church?
Yes. Faculties have been granted on Grade II, Grade II* and Grade I churches, and cathedrals including Gloucester, Salisbury and Hereford have solar installations. Historic England guidance explicitly supports well-designed installations. The question in 2026 is no longer whether it is allowed but how it is designed: matte black in-roof panels on a less visible slope, with a reversibility statement.
Do churches need listed building consent for solar panels?
Five denominations are exempt: the Church of England, Roman Catholic Church, Methodist Church, Baptist Union and United Reformed Church. They use their own consent systems instead, such as the Anglican faculty. Planning permission may still apply. Synagogues, mosques, gurdwaras, Quaker meeting houses and independent chapels are not exempt and need full listed building consent if listed.
Do we need a faculty for solar panels?
For a Church of England building, usually yes. The exception matters though: since February 2022, solar on a church that is neither listed nor in a conservation area sits on List B, requiring only the archdeacon’s written consent. That turns a months-long process into weeks, and many post-war parish churches qualify.
How much do solar panels cost for a church?
A parish church array of 8 to 25 kW costs £1,100 to £1,400 per kW, giving £10,000 to £35,000 installed. A hall or curtilage building costs £950 to £1,200 per kW. Combined schemes above 40 kW fall to £850 to £1,050, and cathedral-scale projects to £800 to £950. Budget a further £2,300 to £6,500 for heritage statements and structural reports.
Should we put the panels on the church or the hall?
The hall, in most parishes. It costs less per kilowatt, needs simpler consent, and a weekday programme means it uses 55% to 75% of the generation against 10% to 20% for a Sunday-only church. The same 12 kW array pays back in about 6.2 years on a hall and 13.9 on a listed church. Phasing the hall first and the church later spreads both cost and consent risk.
Can churches still reclaim VAT on solar panels?
The Listed Places of Worship Grant Scheme closed on 31 March 2026 after 25 years, so VAT on repairs can no longer be reclaimed. Solar panel installation itself is separately zero-rated under the energy-saving materials relief until 31 March 2027, so the panels are unaffected. What has changed is that VAT on any preparatory roof repair is now a real cost.
What grants are available for church solar?
For Anglican parishes, Buildings for Mission is the main route at £10,000 to £50,000, applied for through your diocesan net zero officer, alongside the Demonstrator Churches Project. Benefact Trust awards up to £36,000 across denominations. The Places of Worship Renewal Fund offers £10,000 to £1,000,000 in England but focuses on repair and conservation rather than decarbonisation. Community share offers commonly raise £20,000 to £60,000.
Is a PPA a good idea for a church?
Less so than for most buildings. The export income usually goes to the provider, and a church exporting 80% of its generation is handing over most of the array’s value. A PPA also still requires a faculty, may create a proprietary interest in church land needing diocesan legal review, and may require Charity Commission consent. Grant-funded ownership is generally the better route.
Reflects the closure of the Listed Places of Worship Grant Scheme on 31 March 2026, the launch of the Places of Worship Renewal Fund, and Faculty Jurisdiction Rules as amended in February 2022.
The building that needs the panels least is the one everyone starts with
Church solar works, and the grant funding available to places of worship is better than almost any other sector can reach. What most parishes get wrong is the order. The church roof is the hardest to consent, the dearest per kilowatt, and the building that uses the least of what the array makes.
The hall does the opposite on all three counts. Install there first, bank two or three years of savings, and take the church roof through faculty and Buildings for Mission as a second phase with a working system and a track record already behind you.
Check whether your church is listed and whether it sits in a conservation area, because if it is neither, List B may let you proceed in weeks. Pull the meter data for every building on the site. And if a proposal still shows Listed Places of Worship VAT recovery in its funding stack, ask when it was written.
METHODOLOGY: Generation modelled at approximately 920 kWh per kWp per year for a south-facing UK church or hall roof. Self-consumption estimated at 10-20% for a Sunday-use church, 30-40% for a church with weekday activity, 45% for a combined church and hall scheme and 55-75% for an active parish hall. Electricity valued at 25p per kWh on a typical church supply contract and exported at 6p. Cost per kilowatt ranges compiled from UK heritage solar installers, 2026. Consent timelines are typical rather than guaranteed and vary considerably by diocese and by case.
DISCLAIMER: Scores are our editorial judgement. Every building differs in listing status, roof condition, load profile and denominational governance; consult your DAC, diocesan registrar or denominational property authority before commissioning a design. Funding programme terms and VAT treatment change; verify the current position with Historic England, your diocesan net zero officer and a qualified adviser. This is not legal, tax or planning advice.
