BS 5266-1 & BS EN 1838 compliant design, installation, monthly flick-test, annual 3-hour duration test and LED retrofit, delivered under one team with fire alarm, fire doors, EICR and FRA remedial, ready for council, CQC and insurer review.
Most of our emergency lighting enquiries start with one of six triggers, from a failed annual 3-hour duration test to a Fire Risk Assessment demanding full escape-route coverage. Every trigger carries its own compliance evidence and deadline. We read the test report or FRA, confirm the BS 5266 scheme your property needs, and close the action inside the statutory window.
One or more luminaires did not sustain the rated 180-minute discharge at photometric compliance. Usually a battery at end of life (4–5 year design life), a failed LED driver, or a fitting connected to the wrong local circuit. The log book cannot be signed off until the failure is rectified and re-tested.
The Fire Risk Assessor has flagged that occupants would not safely reach a final exit under power loss, escape routes unlit, open-area anti-panic lighting missing, or high-risk task areas (kitchens, plant rooms) without sustained emergency illuminance.
LACORS-aligned HMO licensing demands emergency lighting on all common escape routes in HMOs of three storeys or more, and on all common-parts stairs in multi-storey HMOs regardless of size. Schedule-of-works typically issued with 21–28-day closure window.
Fluorescent emergency luminaires installed before 2018 are reaching end of rated life, and the T8 / T5 lamp types they use have been in phased withdrawal since September 2023 under the EU Ecodesign for Lighting Products Regulation 2019/2020 (UK: Ecodesign for Lighting Products Regulations 2021). Retrofit LED halves the failure rate and typically pays back inside 3–4 years.
Building Control sign-off, Approved Document B, BS 5266-1 design certification and a BS EN 1838 photometric compliance schedule are prerequisites for handover. Most practical-completion snags come from under-specified open-area anti-panic lighting and missing high-risk task points.
Insurer re-inspection flags a missed monthly test, an unlogged annual 3-hour test, or an undocumented scheme. Higher Risk Buildings under the Building Safety Act 2022 Section 156 now require golden-thread-ready emergency lighting documentation.
“Emergency lighting” and “emergency escape lighting” mean the same thing in BS 5266-1 practice, the scheme that keeps escape routes, open areas and high-risk tasks illuminated when the mains fails. Pick your property type below and we’ll show the BS 5266 coverage category, typical luminaire count, test regime (monthly flick + annual 3-hour), commissioning certificates and indicative cost band, pulled from real EL schemes delivered across London in the last 12 months. Provisional spec; your on-site photometric survey confirms the final design.
Indicative cost bands are calibrated on a baseline of £85–£240 per LED luminaire installed and commissioned (HSE 2025–26 London receipts), plus a realistic commissioning floor that covers the site survey, BS EN 1838 photometric calculation, BS 5266-1 design certificate, 3-hour duration test, and log-book setup. Central-battery (CBS) bands include the BS EN 50171 cabinet capex on top of per-luminaire wiring. Note on the licensing pathways: selective licensing (Housing Act 2004 Part 3) covers non-HMO single-family lets in designated areas; HMOs of any size sit under Part 2 (mandatory licensing for 5+ persons in 2+ households, or additional licensing for smaller HMOs in designated areas) and follow the LACORS-aligned HMO pathway above. Note on HRB: the Higher-Risk Building threshold under the Building Safety Act 2022 is at least 18 m or at least 7 storeys, AND containing at least 2 residential units. Final scope and price vary on actual luminaire count, FRA category, ceiling height, cable-routing access (surface-trunked or fully concealed), out-of-hours working and any cause-and-effect interface. Treat the figures as a provisional spec; the on-site survey confirms the final design and a fixed-price quote, ex VAT, fixed for 30 days from quote.
For HMO, residential block and licensed-property contexts, BS 5266-1 and the LACORS Housing and Fire Safety guidance scale coverage to building size and occupancy. Pick the two variables below and we’ll show the expected BS 5266 coverage, typical luminaire count, test regime and cost band. Your FRA designer confirms the final scheme.
Most emergency lighting companies sell one or two of these services and subcontract the rest. We design, install, commission, test monthly and annually, retrofit to LED, diagnose 3-hour test failures and remediate FRA actions, entirely in-house, on a single BS 5266 commissioning certificate and log book. That’s the point of difference a Fire Risk Assessor, council licensing officer or insurer looks for when they review your paperwork.
ICEL-aligned design by a competent person. We set scheme category (escape route, open area, high-risk task) and luminaire position from your Fire Risk Assessment, fire strategy and photometric calculation, before a single cable is pulled.
NICEIC-registered installation by DBS-checked electricians. Every scheme hands over with a full BS 5266 commissioning pack: commissioning certificate, photometric schedule, luminaire schedule, 3-hour duration test record and log book.
BS 5266-1 Cl. 12 requires two tests: monthly short-duration functional check and annual full-duration 3-hour discharge. Miss either and the log book cannot be signed off; insurance is invalid. We run the regime and store the digital log.
T8 and T5 fluorescent ballasts have been in phased withdrawal since September 2023 under the EU Ecodesign for Lighting Products Regulation 2019/2020 (UK: Ecodesign for Lighting Products Regulations 2021). Most pre-2018 luminaires are now at end of spares and battery life. LED retrofit halves the failure rate, extends lifespan to 10+ years, and typically pays back inside 3–4 years.
A failed annual 3-hour discharge test means at least one luminaire did not sustain the rated duration. We triage within 2 hours, attend within 48 hours, fix on site where possible and re-test, restoring BS 5266 cert status inside 5 working days.
Self-test luminaires carry out their own monthly functional test and annual 3-hour duration test automatically, reporting pass/fail to a central panel or cloud dashboard. BS EN 62034 compliant, increasingly mandated by managing agents and HMO licensing teams above 20 luminaires.
The gap between EL contractors that only install and those that only test is where most compliance disasters hide: a mis-spec at design stage locks in 3-hour test failures for a decade. We sit on both sides of that line, and integrate with fire alarm, fire doors and EICR under the same project manager.
The single most-asked emergency lighting question in London commercial & block portfolios. Short version: self-contained has its own battery in every fitting; CBS feeds every luminaire from one centralised cabinet. The six headline rows below cover what most readers come for, expand the panel for the full thirteen-row spec including standards, lifecycle, aesthetics and cable requirements.
| Attribute | Self-contained | Central Battery (CBS) |
|---|---|---|
| Typical application | HMOs, small commercial, blocks of flats, most London schemes under ~80 luminaires | Large commercial, prestige retail & hospitality, hospitals, schemes above ~80 luminaires |
| Battery location | Inside each luminaire (individual sealed NiCd / NiMH / LiFePO4) | Single centralised battery bank (BS EN 50171 cabinet) in a dedicated plant room |
| Battery lifecycle | 4–5 years (NiCd/NiMH) per fitting; 7–10 years (LiFePO4) | 8–10 years for the central battery bank (runs cooler) |
| Install cost per luminaire | £95–£240 installed & commissioned | £120–£320 per luminaire + cabinet capex (BS EN 50171 rated) |
| Lifecycle cost crossover | Cheaper below ~80 luminaires, fewer central-system capital costs | Cheaper above ~80 luminaires, one battery bank replacement vs 80 individual cells |
| Failure mode | One fitting fails → lose coverage at that point only | Central bank fails → whole scheme loses emergency mode (must include battery-bank redundancy) |
| Governing product standard | BS EN 60598-2-22 luminaire standard | BS EN 50171 centralised power supply standard |
| Maintenance regime | Per-fitting monthly flick-test and annual 3-hour discharge | Central-battery monthly status check + annual 3-hour system test |
| Self-test availability | BS EN 62034 self-test luminaires widely available | Integrated into central-panel monitoring by default |
| Aesthetic | Battery pack in fitting, can look industrial | Uniform “pendant” appearance (no battery bulge), preferred in prestige retail & hospitality |
| High-temperature locations | Battery life halves above 25°C ambient, can force swap from 4–5yr to 2–3yr | Central cabinet in conditioned plant room, no per-fitting heat impact |
| Cable requirement | Connected to the same normal-lighting final circuit it monitors | Dedicated sub-main from central cabinet to every luminaire (typically BS 6387 CWZ fire-resistant) |
| BS 5266-1 duration rating | Per-fitting rated duration (1-hour or 3-hour) | Central bank sizes for system duration (usually 3-hour across all luminaires) |
BS EN 1838:2013 sets three minimum illuminance levels, each measured at floor level during full emergency-mode operation. These are the numbers your Fire Risk Assessor and photometric designer work to, and what our commissioning engineer measures on a light meter at handover.
Every BS 5266 scheme brings together the same six element types in the same architecture. Each has a product standard, a rated life, a maintenance interval, and a place in the commissioning pack. This is what “designed by a competent person” actually looks like on a plan drawing.
Every range below is drawn from real HSE Property Checks emergency lighting projects across London and the Home Counties in the last 12 months. Ranges are indicative, final figures are always fixed-price after our site survey (no charge for the visit), which verifies luminaire count, ceiling heights, cable routing, access and photometric compliance.
| Emergency lighting service | Standard | Price range | What’s included |
|---|---|---|---|
| Monthly & annual testing · BS 5266-1 Cl. 12 | |||
| Annual 3-hour duration test per visit, full discharge + photometric check |
BS 5266-1 Cl.12.3 | £145–£395 | Full 3-hour battery discharge test on every luminaire, photometric verification, log update, new BS 5266 annual test certificate. |
| Monthly flick-test contract per month, typical small-to-medium scheme |
BS 5266-1 Cl.12.2 | £45–£120 / month | Monthly short-duration functional test of every luminaire, battery visual check, fault-diagnostic, log update. Annual 3-hour test typically bundled. |
| Self-test addressable monitoring per annum, automated dashboard reporting |
BS EN 62034 · BS 5266-1 | £180–£450 / yr | Automated monthly + annual test logs, cloud dashboard access, quarterly exception report, annual on-site validation visit, certificate regeneration. |
| Monthly-test training & digital log setup one-off, per property / block |
BS 5266-1 Cl.12.2 | £95–£195 | On-site training with Responsible Person & caretaker, laminated luminaire-location plan, digital log book setup, reminder-schedule automation. |
| LED retrofit & FRA-driven upgrade works | |||
| Fluorescent → LED retrofit like-for-like swap, existing wiring retained |
Ecodesign 2019/2020 · BS 5266-1 | £65–£135 / fitting | LED emergency luminaire swap, existing wiring retained, commissioning + 3-hour test, new BS 5266 cert, WEEE disposal certificate. |
| Full-scheme LED refresh removal + re-design + fresh install |
BS 5266-1 · BS EN 1838 | £1,800–£12,000 | Full design-stage review, updated photometric calc, modern LED luminaires, new wiring where needed, commissioning, 3-hour test, cert pack. |
| Self-test addressable upgrade from conventional to BS EN 62034 self-test |
BS EN 62034 | +25–40% on base install | Self-test addressable luminaires, central panel or wireless network, cloud dashboard, handover training, automated-test cert regeneration. |
| Coverage top-up (escape → open area) per added luminaire, installed & commissioned |
BS 5266-1 · BS EN 1838 | £145–£285 / luminaire | Additional luminaires to close photometric gap, re-calculated lumen compliance, connected to correct monitored circuit, re-certification. |
| 3-hour test failure diagnosis & remedial | |||
| Test-failure investigation & report symptom triage + on-site discharge test |
BS 5266-1 Cl.12.3 | £145–£395 | On-site battery-voltage + discharge test per fitting, LED driver test, written root-cause report with remedial options and new BS 5266 cert on re-test pass. |
| Battery pack replacement per fitting, NiCd / NiMH / LiFePO4 |
BS 5266-1 · BS EN 60598-2-22 | £45–£95 / fitting | Correct-chemistry battery pack replacement, re-commissioning test, updated log entry, WEEE disposal cert for the old pack. |
| LED driver / module replacement per fitting, constant-current driver fault |
BS EN 60598-2-22 | £55–£125 / fitting | Driver / module swap, re-commissioning test, new 3-hour duration pass, updated BS 5266 cert. |
| Circuit-monitoring correction per fitting, wrong-supply connection |
BS 7671 Ch.56 | £95–£250 / fitting | Re-wire to correct local lighting circuit, test changeover logic on supply loss, commissioning test, log update and cert re-issue. |
| Design & installation: BS 5266-1 & BS EN 1838 | |||
| BS 5266 design & photometric calc competent-person fire strategy, lumen calculation, luminaire schedule |
BS 5266-1 Cl.5 · BS EN 1838 | £250–£1,450 | FRA review, escape-route / open-area / high-risk task zoning, photometric calculation, luminaire schedule & location plan, design certificate. |
| Single luminaire install maintained exit sign or non-maintained escape-route luminaire |
BS 5266-1 · BS 7671 Ch.56 | £95–£185 / fitting | LED luminaire, first-fix wiring on correct monitored circuit, commissioning test, photometric verification, log entry. |
| Small HMO escape-route scheme 4–6 luminaires, 2-storey HMO |
BS 5266-1 · LACORS | £395–£950 | Escape-route coverage, maintained exit signs, 3-hour duration LED fittings, commissioning, 3-hour test, BS 5266 cert. |
| Medium commercial scheme (self-contained) 10–25 luminaires, escape + open area + task |
BS 5266-1 · BS EN 50172 | £1,400–£4,200 | Self-contained LED luminaires, full BS EN 1838 compliance (1/0.5/15 lux), commissioning, 3-hour test, photometric compliance pack. |
| Large commercial / central-battery (CBS) 40+ luminaires, centralised battery cabinet |
BS 5266-1 · BS EN 50171 | £6,500–£25,000 | CBS battery cabinet, dedicated sub-mains to luminaires, full scheme commissioning, 3-hour test, photometric compliance, capex-lifecycle cost analysis. |
| Care-home full-coverage scheme escape + open + task + PEEPs, addressable preferred |
BS 5266-1 · CQC Reg 12 | £3,200–£18,000 | Maintained exit signs, PHE-aligned anti-panic lighting, high-risk task lighting in med rooms & kitchens, self-test addressable, CQC evidence pack. |
Ranges are indicative. Your fixed-price quote is issued after a site survey (no charge for the visit; cost credited against any contract awarded). Ranges exclude builder’s work, complex access, bespoke mounting and volume discounts; all are fully captured in the quote. Volume discounts at 10+/25+/50+ luminaires.
Need fire doors, alarm or EICR too? See the integrated remedial pricing →
The biggest cause of insurance-voided emergency lighting in London is not a design failure, it’s a missed test interval. BS 5266-1 Cl. 12 sets a sequence of daily, monthly and annual duties. Miss any one and the log book chain breaks. Here is the full schedule.
A quick visual check that the charging indicator on every central-battery system and each self-contained luminaire is lit. Takes seconds; recommended by BS 5266-1 as a best-practice habit.
BS 5266-1 Cl. 12.2Every luminaire operated on simulated supply failure long enough to verify it illuminates. Log entry per fitting. The first statutory test under BS 5266-1 Cl. 12.2.
BS 5266-1 Cl. 12.2Full 3-hour battery discharge test on every luminaire. Photometric compliance re-verified at key points on the escape route and in open areas. New BS 5266 annual test certificate issued.
BS 5266-1 Cl. 12.3Sealed NiCd / NiMH batteries reach rated end of life at 4–5 years under normal ambient. High-temperature locations (plant rooms, kitchens) halve this life. Plan rotation before the annual test fails.
Manufacturer & BS 5266-1LED constant-current drivers typically reach end-of-rated-life at 8–10 years. Even if the LED board still lights on the monthly check, the driver may fail to sustain 3-hour duration. Planned rotation avoids a scheme-wide failure.
BS EN 60598-2-22Typical luminaire end-of-life: 15–20 years. T8 and T5 fluorescent lamp types have been in phased withdrawal since September 2023 under the Ecodesign for Lighting Products Regulation 2019/2020. Plan phased LED refresh well before the annual 3-hour test fails system-wide.
Capital-plan itemEnter the date of your last monthly flick-test OR annual 3-hour duration test, we’ll tell you when the next test is due and whether you’re currently compliant.
BS 5266-1:2016 Cl. 12.2 (monthly) · Cl. 12.3 (annual 3-hr) · Annex F (battery lifecycle). Dates assume a competent-person test was actually carried out on the date entered.
A failed annual 3-hour duration test means at least one luminaire did not sustain rated output for the full 180-minute discharge. BS 5266-1 Cl. 12.3 requires the failure to be investigated, rectified and re-tested before the log book can be signed off. Nine in ten failures trace back to one of eight fixable factors, pick the symptom below.
Only one answer needed, you can switch at any time.
Pick a failure pattern above, you’ll get the likely cause, fix route, indicative cost and urgency in under 30 seconds.
Every emergency lighting scheme we design, install, test or retrofit follows the same eight-step BS 5266 checklist, aligned with BS 5266-1:2016, BS EN 1838:2013, BS EN 50172 and BS EN 62034. It’s why FRA assessors, councils, CQC inspectors and insurers accept our commissioning packs at first submission.
FRA review and competent-person sign-off on scheme categories: 1 lux escape route, 0.5 lux open area / anti-panic, 15 lux high-risk task. Duration (1-hour vs 3-hour) and maintained vs non-maintained mix fixed.
On-site visit captures ceiling heights, obstructions, existing lighting circuits and luminaire candidates. Lux calculation to BS EN 1838 derives luminaire count, position and type, with uniformity ratio ≤ 40:1 on escape routes.
BS 5266 design certificate, photometric compliance drawing, luminaire schedule, monthly + annual test regime plan and product certificate-of-conformity evidence, issued with a fixed-price quote and signed off by the Responsible Person.
BS 7671 Chapter 56 special-location wiring and BS EN 50172 monitored-circuit verification. Every luminaire connected to its correct monitored final circuit, DBS-checked operatives, tenant-aware scheduling on occupied sites.
100% luminaire function test on simulated supply failure. Floor-level photometric spot-check at key points on escape routes and high-risk task positions to verify the design lux values are met in practice.
Full 3-hour battery discharge with per-luminaire pass/fail. The annual evidence under BS 5266-1 Cl. 12.3 that fittings sustain rated duration; the record insurers ask to see for the previous three years.
Battery capacity, charging-circuit integrity and changeover time recorded against BS EN 50172 thresholds. Date-stamped result against each luminaire on the schedule.
Face-to-face monthly-flick-test training, populated BS 5266 log book, laminated luminaire-location plan at the distribution board, and the BS 5266 commissioning certificate set issued in a submission-ready completion pack with 12-month workmanship warranty.
Councils, HMO licensing officers, FRA assessors, CQC inspectors and insurers each ask for different evidence in different formats. Our BS 5266 commissioning pack bundles every one of them into a single binder so the Responsible Person has one authoritative reference, and one PDF that drops straight into any licensing portal or insurer submission.
Competent-person-signed certificate confirming design, install and commissioning complete and compliant. This is the document every insurer and HMO licensing team asks for first; a frequent reason for first-round submission rejection when missing or unsigned.
Marked-up floor plan showing every luminaire, maintained-mode status, duration rating, and measured floor-level lux values at key points on escape routes, in open areas and at high-risk task positions. The evidence that BS EN 1838 1 lux / 0.5 lux / 15 lux thresholds are met.
Per-luminaire pass/fail on a full 3-hour battery discharge test, the annual evidence that fittings sustain rated duration. Required annually under BS 5266-1 Cl. 12.3; insurers routinely ask to see the last 3 years of records.
Every luminaire numbered, located, specified (type, duration, maintained mode) and cross-referenced to its monitored final circuit. Laminated copy stays at the distribution board; digital copy in the pack. Critical for the monthly flick-test walk-around.
ICEL-registered and BS EN 60598-2-22 certificates for every luminaire and exit sign. Manufacturer data sheets. Required for BSA Section 156 golden-thread documentation on Higher Risk Buildings.
Populated BS 5266 log book with monthly flick-test schedule, annual 3-hour test calendar, battery-rotation reminders and face-to-face training sign-off from the Responsible Person & caretaker. Sets the Cl. 12.2 monthly clock ticking cleanly.
Click any borough to see the number of projects delivered in and around it. Counts accumulate direct and adjoining-borough work from a recent 100-project cohort.
4 out of last 100 projects completed in and around Barking & Dagenham postcodes: IG11.
8 out of last 100 projects completed in and around Barnet postcodes: NW4, EN5.
6 out of last 100 projects completed in and around Bexley postcodes: DA5.
16 out of last 100 projects completed in and around Brent postcodes, within our all-32-borough London service area.
9 out of last 100 projects completed in and around Bromley postcodes: BR1, BR3, SE20.
22 out of last 100 projects completed in and around Camden postcodes: NW1, NW5.
45 out of last 100 projects completed in and around City of London postcodes: EC4.
7 out of last 100 projects completed in and around Croydon postcodes: CR0.
6 out of last 100 projects completed in and around Ealing postcodes, within our all-32-borough London service area.
5 out of last 100 projects completed in and around Enfield postcodes: EN3.
18 out of last 100 projects completed in and around Greenwich postcodes: SE3.
17 out of last 100 projects completed in and around Hackney postcodes: E9.
11 out of last 100 projects completed in and around Hammersmith & Fulham postcodes: SW6, W12.
13 out of last 100 projects completed in and around Haringey postcodes: N4.
6 out of last 100 projects completed in and around Harrow postcodes: HA1.
3 out of last 100 projects completed in and around Havering postcodes, within our all-32-borough London service area.
4 out of last 100 projects completed in and around Hillingdon postcodes: UB4, UB5.
7 out of last 100 projects completed in and around Hounslow postcodes: TW3.
12 out of last 100 projects completed in and around Islington postcodes: N1.
18 out of last 100 projects completed in and around Kensington & Chelsea postcodes, within our all-32-borough London service area.
2 out of last 100 projects completed in and around Kingston upon Thames postcodes, within our all-32-borough London service area.
36 out of last 100 projects completed in and around Lambeth postcodes: SW4.
24 out of last 100 projects completed in and around Lewisham postcodes: SE13, SE23.
8 out of last 100 projects completed in and around Merton postcodes, within our all-32-borough London service area.
17 out of last 100 projects completed in and around Newham postcodes: E16.
4 out of last 100 projects completed in and around Redbridge postcodes: IG8.
11 out of last 100 projects completed in and around Richmond upon Thames postcodes: TW2, TW11.
31 out of last 100 projects completed in and around Southwark postcodes: SE1, SE15, SE17, SE22.
1 out of last 100 projects completed in and around Sutton postcodes, within our all-32-borough London service area.
33 out of last 100 projects completed in and around Tower Hamlets postcodes: E1, E2, E14.
7 out of last 100 projects completed in and around Waltham Forest postcodes, within our all-32-borough London service area.
11 out of last 100 projects completed in and around Wandsworth postcodes: SW11, SW17, SW18.
22 out of last 100 projects completed in and around Westminster postcodes: W1, W2, SW1, NW8, WC2.
Based on our last 100 invoiced projects across London. “In and around” counts accumulate direct-borough work plus work in adjoining boroughs. Numbers reflect this cohort, our full 6-month delivery extends beyond it.
Each started with a specific EL problem, a failed annual 3-hour test, an HMO licensing schedule demand, or a care-home CQC premises finding. Names and addresses anonymised; everything else is drawn from the actual commissioning pack.
A three-storey 8-bedroom HMO in Stratford had no emergency lighting on its stair core, picked up at licensing renewal. Schedule of works demanded escape-route coverage with maintained exit signage at the final exit and anti-panic illumination on the landings. Closed out in a single working day, tenants in residence.
Photometric calc sized 6 LED luminaires: maintained exit sign at final exit, 3 non-maintained 3-hour fittings on escape route (stair tops & bottoms), 2 anti-panic fittings in the larger first-floor landing. Wired on to the local lighting circuits, commissioned with full 3-hour discharge test, photometric compliance measured at floor level. BS 5266 cert issued same day, uploaded to Newham portal inside 48 hours.
A 46-flat block in Bermondsey failed its annual 3-hour duration test on 18 of 32 fluorescent luminaires, the majority in the stair cores where temperature swings had halved battery life. Insurer threatened policy withdrawal inside 21 days. Managing agent needed a plan that cleared the block-wide failure, not just the 18 specific fittings.
Phased 3-weekend LED refresh: all 32 fluorescent fittings swapped for 3-hour LED equivalents, existing wiring retained, new photometric calculation validated on floor. 12 additional self-test addressable fittings added in stair cores to automate the future test regime. Full re-commissioning, new BS 5266 annual cert, insurer satisfied with a 12-month self-test report already logged.
A 24-bed dementia care home in Belsize Park had an inconsistent test-log history, CQC inspector flagged it under Regulation 12. Management wanted certainty that no test would ever be missed again, with photometric verification aligned to the home’s progressive horizontal evacuation strategy. 14-day turnaround agreed with CQC.
Full-scheme refresh over 6 night shifts: 38 self-test addressable LED luminaires replacing an ageing mix of fluorescent and battery-only fittings. Central addressable panel with cloud dashboard for automated monthly & annual logs. High-risk task lighting (15 lux) added in medication room and kitchen. PEEPs-aligned photometric verification on floor. CQC Regulation 12 evidence pack delivered on day 12.
Every HSE emergency lighting project has a named electrical lead, the same person you meet at survey is the one who signs the BS 5266 commissioning certificate, backed by our NEBOSH & IFSM-qualified fire-safety oversight. Accountability isn’t a line item on our contracts; it’s the contract.
Fifteen-plus years designing, installing and commissioning BS 5266 emergency lighting schemes across London HMO, block-management, commercial and care-home portfolios. Personally accountable for every scheme we issue, photometric compliance to BS EN 1838, annual 3-hour duration testing, and the BS 5266 commissioning pack.
Twenty years in fire and HMO compliance across the London private rented sector, blocks and care-home portfolios. Reviews every emergency lighting scheme against the building fire strategy and FRA, ensuring the photometric design actually matches the escape strategy, not just the standard.
BS 5266 emergency lighting design, install, commission, monthly & annual 3-hour test delivered in-house under our NICEIC competent-person framework. Every luminaire we commission is photometrically verified on floor. All statutory certificates are issued under our own registrations, never subcontracted, never whitewashed.
Cross-checked against Google, Bark and direct references from managing agents and care-home groups. Every review cites the emergency lighting outcome, scheme design, annual 3-hour test, LED retrofit or failed-test remedial.
“HSE was the only contractor who came in, surveyed every item on the Waltham Forest schedule and gave us one fixed quote. Licence renewed inside the deadline. We’ve since put two more HMOs through them.”
“11 Priority 1 items on a 42-flat block. Four weekends. No complaints. Completion pack went straight to our FRA assessor and he re-signed the report the same week. Excellent project managers.”
“Our CQC inspector identified premises-safety issues and we had 14 days to evidence action. HSE worked shifts around our residents, 15 dementia-friendly doors, wayfinding, compartmentation. CQC took the pack without challenge.”
“I had an unsatisfactory EICR with six C2 items and a looming tenant move-in. Kevin’s team triaged the report same day, remediated in five working days, issued a clean new EIC. Tenants moved in as planned.”
“We had quotes from two fire contractors and an electrician. HSE came in 18% cheaper combined, with one project manager for all three. The finance team specifically asked to use them again.”
“The completion pack is the thing. Every certificate, every photo, mapped to every item on the council’s schedule. Our licensing officer said it was the tidiest submission he’d had all year.”
A BS 5266 emergency lighting scheme sits inside a wider compliance framework, fire alarm, fire doors, EICR electrical and HMO / HHSRS controls. Most of our clients start with a single EL brief and stay for the full stack. Every service below is delivered by the same project team, on the same commissioning pack.
Type 1–4 FRAs for blocks, HMOs, care settings & commercial. Most of our emergency lighting work starts from an FRA action plan.
See the FRA service →BS 5839-1 / BS 5839-6 design, install, commission, service. Cause-and-effect integration with our emergency lighting scheme where AOV, door hold-open or maintained-mode demands it.
See the fire alarm service →FDIS-compliant inspection to BS 8214 / BS 476-22. Emergency lighting schemes frequently reveal flat-entrance-door gaps to escape corridors, we inspect, remediate, certify.
See the inspection service →FD30S & FD60S doorset supply and fit. Bundled with new EL schemes where fire-strategy compartmentation demands replacement as well as illuminated escape-route marking.
See the installation service →Quarterly and 6-monthly maintenance programmes synced with BS 5266 monthly EL tests, one visit, two trades, one log entry.
See the maintenance service →End-to-end remediation covering fire door, alarm, EL, EICR and HMO defects on one completion pack. The home for multi-discipline FRA action plans.
See remedial works →Bundled design + install + monthly/annual test contracts for landlords, HMOs, blocks and care. Best value across an EL & alarm portfolio.
See package pricing →End-to-end HMO licensing & LACORS compliance. Pre-licensing audits, common-parts EL schemes and renewals.
See HMO compliance →The twelve questions landlords, managing agents and care operators ask us most often. Bookmark this page, it’s the reference we send new clients before a survey.
Emergency lighting is required wherever a Fire Risk Assessment carried out under the Regulatory Reform (Fire Safety) Order 2005 identifies that occupants could not safely reach a final exit if normal lighting failed. In practice this means: all HMOs with shared escape routes of more than one storey, all purpose-built blocks of flats with internal common parts, all care homes, all commercial premises, and any short-let with more than two storeys. The design standard is BS 5266-1:2016; the performance standard is BS EN 1838:2013 (minimum 1 lux on escape routes, 0.5 lux in open areas, 15 lux at high-risk task points).
Maintained luminaires stay on whenever the building is occupied, typically used for exit signs and in public-facing commercial premises so the sign is always visible. Non-maintained luminaires only illuminate when the normal lighting circuit fails, and are typical in stair cores, HMO landings and office corridors. Combined (sustained) luminaires include both modes in a single fitting. BS 5266-1 sets no preference; the designer chooses based on occupancy pattern and the fire strategy.
BS 5266-1:2016 Clause 12 requires two tests: (1) a monthly short-duration functional test (“flick test”) lasting long enough to verify every luminaire illuminates on simulated mains failure; and (2) an annual full-duration discharge test proving every luminaire sustains the rated 3-hour duration at photometric compliance. The annual test should be scheduled so normal lighting is restored before the building is occupied outside daylight hours. Every test must be logged in the BS 5266 log book and signed off by a competent person. See the Test Intervals section above for the full schedule.
BS EN 1838:2013 sets three minimum horizontal illuminance levels: (1) Escape route, minimum 1 lux on the centre line and 0.5 lux across at least half the width of the route; (2) Open area (anti-panic) lighting, minimum 0.5 lux on the floor of the empty core area; (3) High-risk task area, minimum 15 lux, or 10% of the normal task illuminance (whichever is greater), sustained for as long as the risk persists. The standard also caps the uniformity ratio at 40:1 (max:min) on escape routes.
BS 5266-1 recommends 3-hour duration for most premises where occupants may be unfamiliar with the layout, for all sleeping-risk premises (hotels, HMOs, care homes, hostels), and for all premises that could still be in use after normal working hours. 1-hour duration is only acceptable where the building will always be fully evacuated within the first hour of an emergency and not re-occupied until the mains supply is restored, in practice, a narrow set of single-use commercial settings. The vast majority of London HMO, block, commercial and care-home schemes require 3-hour duration.
Self-contained luminaires have their own internal battery. They’re simpler to install, cheaper per fitting, and most HMOs, small commercial premises and blocks use them. Central-battery systems (CBS) feed all luminaires from a single centralised battery bank and are preferred for larger commercial schemes, prestige lighting installations where consistent fitting aesthetics matter, and high-temperature environments where individual battery life is reduced. CBS is also cheaper at scale (typically above ~80 luminaires). The choice affects lifecycle cost, maintenance regime and the commissioning certificate path.
Costs are always survey-verified; typical ranges from our 2025–2026 London projects are: Single maintained exit luminaire (installed & commissioned) £95–£185. Small HMO scheme (escape-route coverage, 4–6 luminaires) £395–£950. Medium commercial scheme (10–25 luminaires, self-contained) £1,400–£4,200. Large commercial / central-battery scheme (40+ luminaires) £6,500–£25,000. Annual 3-hour duration test £145–£395 per visit depending on luminaire count. Monthly flick-test contract from £45–£120 per month. LED retrofit £65–£135 per fitting. Ranges exclude builder’s work, bespoke mounting and specialist finishes.
Self-test luminaires carry out their own monthly functional test and annual 3-hour duration test automatically, reporting pass/fail to a central panel (or wirelessly). BS EN 62034 is the governing product standard. The advantages are guaranteed test execution (no missed intervals), a full auto-logged test history for insurance and licensing audits, and reduced engineer time. The trade-off is a higher upfront luminaire cost and (for centralised addressable systems) the need for a separate test panel. Most managing agents, care-home operators and HMO portfolios with 20+ luminaires now specify addressable as standard.
A failed 3-hour test means one or more luminaires did not sustain the rated duration at photometric compliance. The cause is usually one of four: (1) battery at end of life, typical rated life 4–5 years for sealed NiCd/NiMH, manufacturer data varies; (2) LED driver / lamp failure; (3) wiring / circuit fault; (4) fitting not connected to the normal lighting supply it is meant to monitor. We triage the failed report within 2 hours, attend site within 48 hours for a fixed-price remedial survey, and issue the remedial scope with a new BS 5266 certificate inside 5 working days. Most single-fitting fixes are same-visit. See the Test Failure Causes primer above.
BS 5266-1 requires a competent person to design, install, commission and maintain the system. Recognised third-party competency schemes include NICEIC Approved Contractor and NICEIC Domestic Installer, ICEL (Industry Committee for Emergency Lighting) membership, LIA (Lighting Industry Association) membership and BAFE SP203 for integrated fire-and-life-safety schemes. The Regulatory Reform (Fire Safety) Order 2005 places the legal duty on the Responsible Person to ensure a competent specifier is used; failing to do so is a criminal offence.
Yes. Emergency lighting can be integrated with a BS 5839 fire alarm system so that detector activation triggers full-output illumination on maintained escape-route luminaires or triggers specific anti-panic lighting in high-risk zones. This is common in care homes (progressive horizontal evacuation strategies), complex commercial premises, and Higher Risk Buildings under the Building Safety Act 2022. Because HSE Property Checks designs and commissions both fire alarm and emergency lighting under one team, the cause-and-effect matrix is delivered seamlessly, no interface gap between subcontractors.
Yes. Care homes, supported living and nursing homes typically require BS 5266-1 schemes with full escape-route coverage, anti-panic lighting in communal open areas, high-risk task lighting in medication rooms and kitchens, and evacuation-strategy-aligned luminaire placement where progressive horizontal evacuation is used. We deliver the full CQC Regulation 12 (safe care and treatment) and Regulation 15 (premises and equipment) evidence pack with every care-home installation, including PEEPs-aligned design, addressable self-test preference and annual 3-hour test certification.
Sealed NiCd and NiMH battery packs in self-contained luminaires are rated for 4 to 5 years under normal ambient (25°C). High-temperature locations (plant rooms, kitchens, ceiling voids above recessed heaters) roughly halve that life, BS 5266-1 Annex F guidance. Newer LiFePO4 chemistries (common in self-test addressable luminaires) typically reach 7 to 10 years. Replacement cost ranges from £45 to £95 per fitting including on-site re-commissioning and a new BS 5266 certificate, with WEEE disposal documentation for the old pack. Portfolio operators usually batch replacements at the 4-year service visit to avoid an emergency programme after a failed annual 3-hour test.
Self-contained luminaires are cheaper to install per fitting (each contains its own battery) and dominate HMO, small commercial and block schemes. Central Battery Systems (CBS) feed every luminaire from a single centralised cabinet using BS EN 50171 equipment. CBS is typically cheaper over a 20-year lifecycle above approximately 80 luminaires, because you replace one battery bank every 8–10 years rather than 80 individual cells every 4–5 years, and the battery bank runs cooler in a dedicated plant room, extending its life. CBS also delivers uniform aesthetic (important for prestige commercial schemes), single-point monitoring, and no per-luminaire charging circuit, trading off against higher capital cost, dedicated plant-room space, and sub-mains cabling to every fitting. For schemes below ~80 luminaires, self-contained is almost always cheaper over the full lifecycle.
We respond within 2 hours. Fixed-price site survey on site within 48 hours. ICEL-aligned design pack with photometric compliance drawing within 5 working days. Every installation closes with a BS 5266 commissioning certificate, photometric schedule, annual 3-hour test record and log book, ready for council, CQC, FRA and insurer review.