Is an EICR a legal requirement for a hotel?

There is no single law mandating an EICR for hotels by name, but the combination of the Regulatory Reform (Fire Safety) Order 2005, the Health and Safety at Work etc. Act 1974 and the Electricity at Work Regulations 1989 effectively requires hotels to maintain their electrical installation in a safe condition and to demonstrate that they have done so. The recognised way to demonstrate it is a periodic EICR carried out by a competent person. Many hotel insurance policies also require a current EICR as a condition of cover, and some local authorities attach EICR conditions to premises licences.

How often should a hotel have an EICR?

Five years is the interval most commonly applied to a hotel, but no statute sets it. IET Guidance Note 3 Table 3.2 gives suggested initial frequencies for inspection and testing and is explicit that those frequencies are recommendations, not legal requirements — it is the person responsible for the installation who determines when the next periodic inspection is carried out, and the interval may be shortened where conditions warrant it. In practice commercial kitchens, laundry rooms and plant rooms in continuous use are put on a shorter cycle, commonly three years. Re-inspect after significant electrical work, after a change of responsible person or ownership, and after any electrical incident causing injury or significant damage. The fire risk assessment should reference the current EICR as part of the fire safety evidence base.

What bathroom zone rules apply to hotel en-suites?

Hotel en-suites are special locations under BS 7671 Part 7, Section 701. Zone 0 is the interior of the bath tub or shower basin. Zone 1 runs from finished floor level to the horizontal plane of the highest fixed shower head or 2.25 m above finished floor level, whichever is higher (Regulation 701.32.3). Zone 2 is the 0.60 m band beyond the zone 1 boundary at the same height (Regulation 701.32.4). Equipment must be at least IPX7 in zone 0 and IPX4 in zones 1 and 2 (Regulation 701.512.2). Socket-outlets other than SELV socket-outlets and shaver supply units complying with BS EN 61558-2-5 are prohibited within 2.50 m horizontally of the zone 1 boundary (Regulation 701.512.3). Additional protection by RCD applies to circuits serving the location and to circuits merely passing through zones 1 or 2 (Regulation 701.411.3.3). Supplementary equipotential bonding is required by Regulation 701.415.2, although it may be omitted where the location is in a building with main protective bonding to Regulation 411.3.1.2, every final circuit of the location satisfies automatic disconnection under Regulation 411.3.2, and every final circuit has RCD additional protection.

Do walk-in showers and wet rooms have different zones?

Yes, and hotel en-suites increasingly use them. For a shower without a basin, zone 0 is only 0.10 m high with the same horizontal extent as zone 1, and zone 1 extends 1.20 m from the centre point of the fixed water outlet on the wall or ceiling rather than being drawn round a basin. There is no zone 2 at all for a shower without a basin — the enlarged 1.20 m zone 1 replaces it (Regulations 701.32.2 and 701.32.3). Applying bath-tub geometry to a wet room is a common design error and usually puts accessories in the wrong zone.

What fire alarm category does a hotel require under BS 5839-1?

The fire risk assessment determines the category — the standard does not assign one by building type. In practice hotels are designed to Category L1 or L2 because guests sleep on the premises and cannot respond to visual signs of fire. L1 is automatic detection throughout the protected premises, excluding only specified low-risk locations such as bathrooms and toilets. L2 is detection on all escape routes plus rooms and areas of higher risk, and under BS 5839-1:2025 rooms where people sleep are defined as high-risk areas requiring automatic detection — so an L2 hotel system covers guest bedrooms. The 2025 edition also means heat detection is no longer appropriate in sleeping rooms for new work; smoke or multi-sensor detection is used instead. Existing heat detection is not retrospectively non-compliant, but it will be picked up by the fire risk assessment and must change when the system undergoes new work.

What are the emergency lighting requirements for a hotel?

Emergency lighting to BS 5266-1 is required throughout all means of escape: guest bedroom corridors, stairwells, public areas including restaurant, bar, reception and function rooms, toilet areas without natural light, and all escape routes and final exits. Sleeping accommodation attracts a three-hour minimum duration, and multi-storey and large premises attract it as well, so a hotel is a three-hour design in practice. The system is maintained by a monthly function test on every luminaire and an annual full-duration test, recorded in a logbook; BS 5266-1:2025 also introduces a five-yearly photometric verification of the defined escape route.

What should hotels do if an EICR identifies C2 observations?

A C2 observation means a potentially dangerous condition that must be remedied. In a hotel, C2 observations should be treated urgently — particularly any observation relating to guest bedroom circuits, en-suite zones or emergency lighting. There is no statutory 28-day deadline for hotels, unlike private rented residential property in England, but the Regulatory Reform (Fire Safety) Order 2005 requires prompt action to remedy fire safety hazards. The responsible person should instruct remedial works immediately and, for serious observations, consider whether affected areas should be taken out of use until the work is complete.

Who is responsible for electrical safety in a leased hotel?

Under the Regulatory Reform (Fire Safety) Order 2005, the responsible person is the employer where the hotel is operated as a business, or otherwise the person in control of the premises. In a leased hotel, the lease will typically specify the split of maintenance responsibilities between landlord and tenant. The operator is usually the responsible person for fire safety purposes and must ensure the electrical installation is maintained safely regardless of who owns the building. Operators should confirm the position in the lease before taking on a hotel.

Do hotel kitchen and laundry circuits need special consideration in an EICR?

Yes. Commercial kitchen and laundry circuits are high-load circuits in near-continuous operation, which accelerates wear. The inspector will look at protective device selection and coordination against the circuit design current, cable ratings with the correct correction factors applied for grouping and ambient temperature, extraction interlock arrangements, three-phase distribution and balance where applicable, and the bonding of extraneous-conductive-parts. It is also worth noting that the IET On-Site Guide states its typical current demand and diversity tables are not intended for large hotels — those installations are assessed case by case by the designer, so an EICR inspector should not assume the original design used standard diversity allowances.

HOTEL ELECTRICAL GUIDE

Hotel EICR UK: Electrical Inspection for Hotels & Guest Houses

Hotels and guest houses are subject to the Regulatory Reform (Fire Safety) Order 2005 and must maintain their electrical installation to a standard that protects sleeping guests. This guide covers how often a hotel needs an EICR, bedroom electrical safety, kitchen and laundry circuits, emergency lighting to BS 5266-1, fire alarms to BS 5839-1:2025, en-suite zone requirements under BS 7671 Section 701, holiday lets, and indicative compliance costs.

Start 7-day free trial

Free for 7 days · No charge until day 8 · Cancel anytime · Used by 1,000+ UK electricians

17 min readUpdated 2026-08-07Andrew Moore, Founder of Elec-Mate

Written and reviewed by Andrew Moore, founder of Elec-Mate, against BS 7671:2018+A4:2026, IET Guidance Note 3 and the IET On-Site Guide.

ShareX in W

The short answer

Does a hotel need an EICR, and how often?

No law names an EICR for hotels, but the Regulatory Reform (Fire Safety) Order 2005, the Health and Safety at Work etc. Act 1974 and the Electricity at Work Regulations 1989 together require a hotel to keep its fixed electrical installation safe — and a periodic EICR by a competent person is the recognised evidence of that. Five years is the interval most commonly applied; kitchens, laundries and plant rooms in continuous use are often put on a three-year cycle.

1,000+

UK electricians

“Replaced three separate apps with Elec-Mate. Certs, quotes, and scheduling all in one place.”
Daniel Palmer, DP Electrical · 5 out of 5

Key takeaways

01Hotels, guest houses and B&Bs are non-domestic premises subject to the Regulatory Reform (Fire Safety) Order 2005. The responsible person must carry out a fire risk assessment and put adequate fire precautions in place, including electrical safety measures.
02No law names a hotel EICR interval. Five years is the interval most commonly applied, but the suggested frequencies in IET Guidance Note 3 Table 3.2 are recommendations, not legal requirements — the responsible person decides, and kitchens, laundries and plant rooms in continuous use are commonly put on a shorter cycle.
03Guest bedroom socket-outlets need 30 mA RCD protection under Regulation 411.3.3(a). Because guests are ordinary persons, the documented risk-assessment exception in 411.3.3(b) is not available — a bedroom socket circuit without RCD protection is a defect, not a judgement call.
04En-suites are special locations under BS 7671 Part 7, Section 701. Zone 1 runs to 2.25 m above finished floor level or the highest fixed shower head, whichever is higher; zone 2 extends 0.60 m beyond it; IPX7 applies in zone 0 and IPX4 in zones 1 and 2 (Regulation 701.512.2).
05Socket-outlets are prohibited within 2.50 m horizontally of the zone 1 boundary, other than SELV socket-outlets and shaver supply units to BS EN 61558-2-5 (Regulation 701.512.3).
06Emergency lighting to BS 5266-1 is required throughout all means of escape. Sleeping accommodation attracts a three-hour minimum duration, so one-hour luminaires are not appropriate in a hotel.
07Fire alarm systems in hotels are designed to BS 5839-1:2025. The category comes from the fire risk assessment; under the 2025 edition sleeping rooms count as high-risk areas requiring automatic detection, and heat detectors are no longer appropriate in them for new work.

01 · Hotel Electrical Guide

Hotel EICR at a Glance

The figures a hotel EICR turns on, in one place. Every regulation number below is from BS 7671:2018+A4:2026.

Item	Figure	Where it comes from
Periodic inspection interval	Commonly 5 years	No statutory figure. GN3 Table 3.2 frequencies are recommendations only
Bedroom socket-outlets	30 mA RCD	Reg 411.3.3(a) — no risk-assessment exception where guests use the sockets
En-suite zone 1	To 2.25 m AFFL	Or the highest fixed shower head if higher — Reg 701.32.3
En-suite zone 2	0.60 m band	Beyond the zone 1 boundary, same height — Reg 701.32.4
IP rating in en-suites	IPX7 / IPX4	IPX7 in zone 0, IPX4 in zones 1 and 2 — Reg 701.512.2
Socket-outlet exclusion	2.50 m horizontally	From the zone 1 boundary; SELV and shaver supply units excepted — Reg 701.512.3
Emergency lighting duration	3 hours	Sleeping accommodation minimum — BS 5266-1
Fire alarm standard	BS 5839-1:2025	Category set by the fire risk assessment; typically L1 or L2
AFDDs in a hotel	Recommended	Reg 421.1.7 requires them only in HRRBs, HMOs, purpose-built student accommodation and care homes

AFFL = above finished floor level. HRRB = high rise residential building, assumed in BS 7671 to mean a residential building over 18 m in height or in excess of six storeys, whichever is met first.

Free download

Get the BS 7671 A4:2026 Cheat Sheet — free

Every key change in the 2026 amendment on one page. AFDDs, TN-C-S protection, new schedule columns, model forms. Pinned on your van dash.

Every regulation change summarised
New model forms (EIC + MEIWC)
Free PDF — no subscription

02 · Hotel Electrical Guide

Regulatory Reform (Fire Safety) Order 2005 Obligations

The Regulatory Reform (Fire Safety) Order 2005 is the primary legislation governing fire safety in non-domestic premises in England and Wales. Hotels, guest houses, bed and breakfasts and all other commercial accommodation providers fall within it, and the fixed electrical installation is a central element of fire safety in any of them.

What the responsible person must do: The responsible person — typically the hotel operator or employer — must carry out or commission a suitable and sufficient fire risk assessment. It must identify fire hazards, electrical hazards among them, and put appropriate precautions in place to reduce the risk to guests and staff.
Where the EICR fits: The fire risk assessment must consider the condition of the fixed electrical installation, the adequacy of fire detection and the adequacy of emergency lighting. A current EICR is the recognised evidence that the fixed installation has been assessed by a competent person and found satisfactory.
Enforcement: The local fire and rescue service has powers to inspect, to issue enforcement notices and, in serious cases, to issue prohibition notices preventing use of part or all of the premises. Electrical defects found during a fire authority inspection that are not reflected in a current EICR can trigger enforcement action.
The duties that sit alongside it: Hotels also owe duties to staff under the Health and Safety at Work etc. Act 1974 and the Electricity at Work Regulations 1989. The installation must be maintained in a safe condition for employees as well as guests, which is why the EICR is usually the document that satisfies both regimes at once.

03 · Hotel Electrical Guide

How Often a Hotel Needs an EICR

Five years is the interval most commonly applied to a hotel, but it is a recommendation rather than a legal maximum. IET Guidance Note 3 sets out suggested initial frequencies in Table 3.2 and states plainly that they are recommendations and not legal requirements: it is the person responsible for the installation who determines when the next periodic inspection is undertaken, and the interval may be reduced where conditions warrant it.

5 years

The usual starting point — well-maintained hotel, modern distribution boards, no significant defect history.

3 years

Commonly applied to commercial kitchens, laundry rooms and plant rooms in continuous use, and to older or coastal installations.

The interval is a judgement, and it has to be recorded: The inspector records a recommended date for the next inspection on the report, and GN3 is explicit that any decision to shorten or occasionally lengthen the interval should be supported by an assessment of the conditions affecting the installation. Where significant deterioration or C1 and C2 observations are found, a shorter period should be recommended.
Shorten it for the working parts of the building: Large hotels with commercial kitchens and laundry rooms running most of the day, installations wired before 1990, hotels that have expanded or significantly altered the installation, and areas with higher moisture levels such as basements, pool plant rooms and coastal sites all justify a shorter cycle than the guest floors.
On change of ownership or operator: When a hotel changes hands the incoming operator should commission a fresh EICR before accepting liability for the installation. A report commissioned by the previous operator will not reflect changes made since it was issued.
After refurbishment: A bedroom block refurbishment, a new kitchen, an extension or any significant alteration should be followed by an Electrical Installation Certificate from the contractor for the new work, and the periodic inspection cycle reviewed so the whole installation is still covered.

04 · Hotel Electrical Guide

Bedroom Electrical Safety in Hotels

Guest bedrooms are the heart of a hotel’s electrical liability. Guests sleep in these rooms and are particularly vulnerable at night, when nobody is present to notice the early signs of a fault before a fire develops.

RCD protection is not optional in a guest bedroom: Regulation 411.3.3 requires 30 mA RCD additional protection for socket-outlets rated up to 32 A. Paragraph (a) covers socket-outlets in locations liable to be used by ordinary persons (BA1) or children (BA2), and the documented risk-assessment exception in the regulation is expressly available for paragraph (b) but not for (a) or (c). Guests are ordinary persons, so there is no route to omitting RCD protection from a guest bedroom socket circuit. Absence of it is a common finding in hotels with pre-2000 wiring.
Arc fault detection — recommended, not required: Regulation 421.1.7 requires AFDDs to BS EN 62606 on single-phase AC final circuits supplying socket-outlets up to 32 A only in high rise residential buildings, houses in multiple occupation, purpose-built student accommodation and care homes. Hotels are not on that list, so for a hotel the regulation recommends AFDDs rather than requiring them. Where they are fitted they go at the origin of the circuit protected. A specifier who tells a hotel AFDDs are mandatory is overstating the regulation; one who ignores them on a sleeping-risk premises is under-selling it.
Enough socket-outlets, in the right places: Bedrooms should have adequate socket-outlets on both sides of the bed, at the desk or work area and adjacent to the television point. Too few sockets is not itself a BS 7671 contravention, but it drives guests to their own extension leads and adaptors, which is what actually causes the overload and damaged-flex findings.
USB charging points: Socket-outlets with integrated USB-A and USB-C charging are now common in hotel bedrooms. They cut the number of unknown plug-top adaptors guests bring with them, which is a real reduction in the counterfeit-charger risk rather than a regulatory requirement.
Trailing leads and bedside lighting: Bedside lamp sockets, touch-sensitive lamp controllers and trailing socket leads used for bedside lighting turn up on almost every hotel EICR. Where they are not part of a properly wired installation they are recorded as observations against the installation they are connected to; fixed bedside switched fused spurs are the correct solution.

05 · Hotel Electrical Guide

En-Suite Showers and Bathroom Zones — BS 7671 Section 701

En-suite bathrooms and shower rooms are special locations under BS 7671 Part 7, Section 701. Every en-suite in the hotel is in scope, and in a bedroom block that means the same three or four details are repeated a hundred times over — get one of them wrong at design stage and it is wrong everywhere.

Zone	Extent — bath tub or shower basin	Shower without a basin	Min IP
Zone 0	Interior of the bath tub or shower basin	0.10 m high, same horizontal extent as zone 1 (Reg 701.32.2)	IPX7
Zone 1	Floor level up to the highest fixed shower head or 2.25 m above finished floor level, whichever is higher; vertical surface circumscribing the bath tub or basin (Reg 701.32.3)	Extends 1.20 m from the centre point of the fixed water outlet on the wall or ceiling	IPX4
Zone 2	0.60 m horizontally beyond the zone 1 boundary, to the same height (Reg 701.32.4)	No zone 2 — the enlarged 1.20 m zone 1 replaces it (Reg 701.32.4)	IPX4

IP ratings from Regulation 701.512.2. Equipment exposed to water jets, for example for cleaning, requires at least IPX5. Shaver supply units to BS EN 61558-2-5 installed in zone 2 where direct spray from the shower is unlikely are excepted from the IPX4 requirement.

Socket-outlets — the 2.50 m rule (Regulation 701.512.3): Except for SELV socket-outlets complying with Section 414 and shaver supply units complying with BS EN 61558-2-5, socket-outlets are prohibited within 2.50 m horizontally of the zone 1 boundary. In a compact en-suite that distance often reaches past the door, which is why the shaver supply unit — permitted in zone 2 and outside the 2.50 m restriction — is the standard answer. In zone 1 only switches of SELV circuits at not more than 12 V AC RMS or 30 V ripple-free DC are permitted, with the safety source outside zones 0, 1 and 2.
Supplementary bonding — and when it may be omitted: Regulation 701.415.2 requires supplementary protective equipotential bonding connecting the circuit protective conductors to accessible extraneous-conductive-parts in the room: metallic service and waste pipes, metallic central heating and air conditioning pipework, and accessible metallic structural parts of the building. It may be omitted where the building has main protective bonding to Regulation 411.3.1.2, every final circuit of the location meets automatic disconnection under Regulation 411.3.2, and every final circuit has RCD additional protection to Regulation 415.1.1. Coding an en-suite as defective purely because there is no visible supplementary bond, without checking those three conditions, is one of the most common EICR errors on hotel work.
RCD protection covers circuits that only pass through: Regulation 701.411.3.3 requires RCD additional protection for low voltage circuits serving the location and for circuits passing through zones 1 or 2 that do not serve it at all. A corridor lighting circuit routed through the en-suite ceiling void is caught by the second limb, which is easy to miss on a bedroom block.

En-suites are inspected particularly carefully during hotel EICRs. The combination of moisture, high guest turnover and the consequences of shock in a wet environment makes zone compliance a priority — see our guide to EICR observation codes for what each code means and the action it requires.

06 · Hotel Electrical Guide

Kitchen and Laundry Circuits in Hotels

Commercial hotel kitchens and laundry rooms carry some of the highest electrical loads in the building and run for most of the day. These circuits need careful assessment during the EICR and are frequently where the deficiencies in an older hotel installation turn up.

Standard diversity tables do not apply to a large hotel: The IET On-Site Guide states that its typical current demand and diversity allowances are not intended for blocks of residential dwellings, large hotels, or industrial and large commercial premises: those installations are to be assessed case by case by the designer, using judgement about expected simultaneous usage. An inspector should therefore not assume the original design used standard diversity, and a designer adding load to a hotel board cannot lift an allowance out of the tables.
Three-phase distribution and balance: Large hotel kitchens usually distribute load across three phases. The inspection covers phase balance, protective device selection on each phase, and the condition of the three-phase distribution equipment, including the state of terminations where heat cycling has been at work.
Extraction interlocks: Commercial kitchen extraction is interlocked with the cooking equipment so that a failure of the extraction system shuts the appliances down. It is a safety-critical function and should be confirmed as operational as part of the inspection.
Laundry circuits and correction factors: Industrial washing machines and tumble dryers draw high, sustained currents. Dedicated circuits sized against the actual running load are the norm, and where cables are grouped in trunking or conduit, or run through hot plant areas, the grouping and ambient temperature correction factors from BS 7671 Appendix 4 have to be applied to the tabulated rating for the reference method actually used.
Bonding of extraneous-conductive-parts: Regulation 411.3.1.2 requires extraneous-conductive-parts liable to introduce a dangerous potential difference to be connected to the main earthing terminal — metallic water and gas installation pipes, other metallic pipework and ducting, central heating and air conditioning systems, and exposed metallic structural parts. Metalwork that is not liable to introduce a potential does not need bonding, and metal enclosures of equipment are protected by their circuit protective conductor rather than by bonding. Missing or undersized main bonding where it is genuinely required is a frequent finding in older hotel plant areas.

07 · Hotel Electrical Guide

Emergency Lighting in Hotels — BS 5266-1

Emergency lighting is critical to life safety in a hotel. Guests are unfamiliar with the building layout and may be trying to find an exit in darkness, from sleep, in a building they arrived at hours earlier. BS 5266-1 sets out the requirements; the current edition is BS 5266-1:2025, which came into force on 31 October 2025 and withdrew the 2016 edition.

Coverage — all means of escape: Guest bedroom corridors, stairwells, public areas including reception, restaurant, bar, lounges and function rooms, toilet areas without natural light, and all final exit doors. Exit signs must be illuminated by the emergency lighting system.
Duration — three hours: Sleeping accommodation attracts a three-hour minimum duration, and multi-storey and large premises attract it independently, so a hotel is a three-hour design on more than one ground. One-hour luminaires are reserved for small premises that are evacuated rapidly with no sleeping risk, which never describes a hotel.
Maintained and non-maintained luminaires: Maintained luminaires, which are also part of the normal lighting, suit public areas, bars and restaurants where the lighting is on through the evening. Non-maintained luminaires, which illuminate only on failure of the normal supply, suit back-of-house areas, corridors and stairwells.
Testing and the logbook: A monthly function test on every luminaire and an annual full-duration test are recorded in the logbook, alongside the daily check of the central panel indicators where a central system is installed. BS 5266-1:2025 adds a five-yearly point-by-point photometric verification of the defined escape route. The logbook must be available to the fire authority and the EICR inspector; incomplete testing records are one of the most common findings on hotel work.

In the app

Try Elec-Mate free for 7 days

16 certificate types, 70+ calculators, RAMS, quoting, invoicing, AI agents, and 46+ training courses — from £6.99/mo.

Start free trial

08 · Hotel Electrical Guide

Fire Alarm Systems in Hotels — BS 5839-1:2025

Hotels require a commercial-grade fire alarm system designed to BS 5839-1, the standard for non-domestic premises. The current edition is BS 5839-1:2025. The system category comes from the fire risk assessment rather than from the building type, but a hotel is a sleeping risk and is designed accordingly.

Category L1 or L2 — what the difference actually is: L1 is automatic detection throughout the protected premises, excluding only specified low-risk locations such as bathrooms, shower rooms and toilets. L2 is detection on all escape routes plus rooms and areas of higher risk. Under BS 5839-1:2025 rooms where people sleep are defined as high-risk areas requiring automatic detection, so an L2 hotel system already covers guest bedrooms. Which of the two applies is a fire risk assessment decision, not a default.
Heat detection in sleeping rooms is out for new work: The 2025 edition no longer treats heat detection as appropriate in rooms where people sleep; smoke or multi-sensor detection is used instead. The change is not retrospective — existing heat detection in bedrooms is not automatically non-compliant — but it applies to new installations and to upgrades, and the fire risk assessment is likely to flag it regardless.
Addressable systems in larger hotels: An addressable system identifies the specific detector or call point that has operated, so the panel shows where the fire is rather than which zone it is in. That matters in a building with multiple floors and a hundred near-identical doors. Conventional zoned systems remain workable for small properties.
Staged alarms and investigation time: A staged alarm lets management investigate before a full evacuation: an initial alert to staff, followed by full evacuation if the alert is confirmed or not cleared within the agreed period. It reduces nuisance evacuations without weakening the response, and the cause-and-effect behind it must be documented — BS 5839-1:2025 requires a cause-and-effect matrix or text description to be handed over with the system documentation.
The wiring is inside the EICR scope: Fire alarm system wiring forms part of the fixed electrical installation. The inspector checks the panel supply, the alarm circuit wiring and the standby supply arrangements; faults found there are recorded as EICR observations even though the system itself is serviced under BS 5839-1.

09 · Hotel Electrical Guide

Holiday Lets, B&Bs and Serviced Accommodation

Self-catering holiday lets, guest houses, B&Bs and serviced apartments sit in an awkward gap: they look domestic, they are used by paying guests, and the rules that apply are not the ones that apply to a private rented home.

Fire safety law treats them as business premises: Where sleeping accommodation is provided as a business, the Regulatory Reform (Fire Safety) Order 2005 applies in England and Wales in the same way as it does to a hotel. The owner or operator is the responsible person and needs a fire risk assessment that covers the electrical installation, detection and emergency lighting appropriate to the size and layout of the property.
The private rented sector timetable does not apply: The Electrical Safety Standards in the Private Rented Sector (England) Regulations 2020 — the source of the five-year EICR duty and the 28-day remedial deadline — are built around tenancies where the property is the occupier’s only or main residence. Holiday accommodation is not, so those specific statutory deadlines do not bite. The duty to maintain the installation in a safe condition under the Electricity at Work Regulations 1989 still does, and a periodic EICR remains the practical way to evidence it.
What an inspection should cover in a small let: The same fundamentals as a hotel, at a smaller scale: 30 mA RCD protection on socket-outlet circuits under Regulation 411.3.3(a), Section 701 zone compliance in the bathroom, condition of the consumer unit and its labelling, main protective bonding to Regulation 411.3.1.2 where extraneous-conductive-parts enter, and the condition of outdoor sockets, hot tub supplies and any EV charge point.
Appliances supplied to guests: Kettles, hairdryers, toasters, heaters and other portable appliances provided for guest use are not part of the fixed installation and are outside the EICR. They fall under the Electricity at Work Regulations 1989 duty to maintain, which in practice means in-service inspection and testing on a risk-based schedule.

10 · Hotel Electrical Guide

Full EICR Scope for Hotels

A hotel EICR is one of the more complex inspections a qualified electrician undertakes. The scope runs from the incoming supply to the final socket-outlet in a guest bedroom, and the extent and any limitations must be agreed with the client and recorded on the report before work starts.

Origin of the installation: Condition of the main switch, metering equipment and incoming supply cables, confirmation of the earthing arrangement — TN-S, TN-C-S or TT — and measurement of external earth fault loop impedance and prospective fault current at the origin.
Distribution boards and sub-distribution: Condition, labelling, accessibility and circuit charts, protective device selection, RCD arrangement and discrimination, and insulation resistance testing. A multi-floor hotel typically has a main board plus a board per floor, and the floor boards are where undocumented alterations accumulate.
Surge protection: Regulation 443.4.1 requires protection against transient overvoltages where the consequence could result in serious injury to, or loss of, human life, or in significant financial or data loss. For all other cases protection is required unless the owner of the installation declares it is not, on the basis that any loss or damage is tolerable and the risk is accepted. On a hotel with life safety systems on the same installation, that declaration is a decision the responsible person has to make consciously — the risk-assessment method that used to justify omission was withdrawn.
Guest bedroom circuits: Socket-outlet circuits, lighting circuits and any en-suite circuits, on an agreed sample of bedrooms. The sampling rate and the rooms actually accessed must be recorded on the report, otherwise the next inspector cannot tell what was covered.
Plant rooms, lift motor rooms and back of house: Plant rooms, lift machinery rooms, boiler rooms and service areas are all in scope. The lift supply is inspected as part of the installation; the lift itself is maintained separately by a lift engineer and is outside the EICR.
Emergency lighting and fire alarm wiring: Both systems are part of the fixed electrical installation. The inspector verifies the supply arrangements, circuit protection and wiring condition, and reviews the test records, without substituting for the separate BS 5266-1 and BS 5839-1 servicing regimes.

11 · Hotel Electrical Guide

Typical Hotel Electrical Compliance Costs

Costs vary widely with the size, age and condition of the property. The figures below are indicative market guidance for a 30-bedroom hotel with a commercial kitchen, bar, restaurant and function room — a starting point for budgeting, not a quotation.

Work item (30-bedroom hotel)	Indicative range
EICRMany circuits, multiple distribution boards, en-suite zone checks, emergency lighting and fire alarm wiring	£2,000–£5,000
Distribution board replacementCommercial-grade RCBO board, per board — a hotel may have a main board plus six to eight floor boards	£2,000–£5,000
Emergency lighting upgradeThree-hour duration; depends on luminaire count and whether existing wiring can be reused	£5,000–£20,000
Addressable fire alarm systemFully addressable system to BS 5839-1:2025	£15,000–£50,000
Fire alarm maintenance contractAnnual, BS 5839-1 compliant	£1,500–£4,000/yr

Indicative ranges only. Actual cost depends on installation condition, access, out-of-hours working and how much of the existing wiring can be reused.

12 · Hotel Electrical Guide

For Electricians: Hotel Electrical Inspection Work

Hotel EICRs are among the highest-value inspection contracts available to commercial electricians. An inspector who knows Section 701 cold, understands where BS 5266-1 and BS 5839-1 stop and BS 7671 starts, and can code an en-suite correctly commands a premium rate and keeps the relationship with the facilities manager for years.

Complete hotel EICRs on site

Use the Elec-Mate EICR app to document complex hotel installations on your phone. Circuit-by-circuit test result entry, AI board scanning for distribution boards, and photo attachment for en-suite zone observations mean you can produce a complete professional EICR on site for even the largest hotel installation.

Win high-value remedial and maintenance contracts

Distribution board replacements, emergency lighting upgrades and fire alarm remediation in hotels are high-value contracts. Quote on site with the quoting app and convert inspection clients into recurring annual maintenance relationships.

In the app

Win more hotel electrical work with Elec-Mate

Complete hotel EICRs on your phone, quote remedial works and upgrades on site, and build recurring relationships with hotel facilities managers.

Try it free for 7 days

Frequently Asked Questions About Hotel EICR

What electricians say

Verified reviews from the UK App Store.

One App for Everything!

Elec-Mate is my go to app for business and electrical work. It's feature rich without feeling cluttered. A true all in one app for quotes, certs, calculations, RAMS, EICRs, and more. I use it every day without fail, and it makes my workflow much smoother since I'm not jumping between apps anymore. The price-to-feature ratio is excellent. Any issues I've had, the developer responds within the hour and usually fixes them the same day. 100% recommend.

Fantastic app for electricians

I've used the app and the web based version for a while now and it's well worth the investment. If you're an apprentice or experienced Spark give it a go, you won't be disappointed.

Absolutely amazing

I've been using Elec-Mate for a while now, and honestly, it's one of the best apps I've ever downloaded. Every aspect of it feels thoughtfully designed, from the clean and intuitive interface to the powerful features that make everything so easy to manage. It's clear that a lot of care and attention went into building this app, and it shows in every detail.

Trusted by electricians across the UK

Real feedback from real sparks

“Replaced three separate apps with Elec-Mate. Certs, quotes, and scheduling all in one place.”

Daniel Palmer

Sole Trader · DP Electrical

“I've won two contracts this month because I could turn quotes around same-day with the AI cost engineer.”

Nathan Perry

Electrician · NP Electrical Services

“The study centre got me through my AM2. Mock exams and flashcards are brilliant.”

Jake Pizey

3rd Year Apprentice · Apprentice

7-day free trial

Complete Hotel EICRs on Your Phone

Join 1,000+ UK electricians using Elec-Mate for on-site EICR completion with AI board scanning, voice test entry, and instant PDF export. 7-day free trial, cancel anytime.

Start your free trial

From £6.99/mo after the trial — no charge until day 8.