Emergency Lights: What Responsible Building Managers Need To Know On a normal Tuesday, nobody thinks about emergency lights. When the alarm sounds and the power goes off, they suddenly become the only lighting that matters. At that moment, people either see a clear route to the exits or end up moving through half-lit corridors, guessing […]
On a normal Tuesday, nobody thinks about emergency lights. When the alarm sounds and the power goes off, they suddenly become the only lighting that matters. At that moment, people either see a clear route to the exits or end up moving through half-lit corridors, guessing where to go.
If you’re a facilities manager, estate manager, or commercial landlord, emergency lighting isn’t just another compliance item. It’s a life-safety system that needs proper design, realistic testing, and clear records. Treated properly, emergency lights become predictable, easy to manage, and far less stressful than a patchwork of fittings that nobody quite trusts.
Emergency lights are there to give people enough usable light to move safely when normal power fails. That means seeing escape routes, changes in level, and fire exit signs clearly in the event of an emergency. It also means reducing panic in crowded areas where people instinctively head for the nearest visible doorway.
BS 5266-1 is the standard that defines what good emergency lighting looks like. Among other things, it sets minimum light levels, including 0.5 lux in open areas so people can move without stumbling. If your building has been altered over time, with partitions and layout changes, there is a real risk that your original emergency lighting design no longer meets that standard.
Emergency lights are not just for stairwells and final exits. A good system covers escape routes, exit routes, open areas, and high risk task areas where people may be working with machinery or other hazards. Each type of space needs its own approach to emergency lighting design.
Escape routes need continuous, obvious guidance so nobody has to stop and think about direction. Open areas need enough light to prevent people gathering in dark spots and to steer them towards an emergency exit. High risk task areas need brighter emergency lighting so equipment can be shut down safely before people leave.
When Project Sixty One surveys a building, we look at how people actually use it day to day. Toilets, lift lobbies, loading bays, plant rooms, and reception areas all sit within the bigger picture of emergency lighting installation, not as forgotten pockets on old drawings.
From a compliance point of view, you need more than a corridor full of fittings. An emergency lighting certificate confirms that your system has been designed, installed, and tested in line with BS 5266-1 and any relevant guidance. It is one of the key documents a fire risk assessor, insurer, or auditor will expect to see.
The responsible person for the building is ultimately answerable for that system. Tasks can be delegated to facilities or estates teams, but the legal duty stays in one place. Without a current emergency lighting certificate, up to date drawings, and test records, it becomes hard to demonstrate that your emergency lighting, including recent modifications, still meets the standard.
Even a well-designed system will drift out of shape if nobody maintains it. Emergency lighting testing should follow a routine, usually with monthly functional tests and an annual full-duration test, timed to minimise disruption. The aim is simple: confirm that every fitting operates, batteries hold up for the required period, and nothing has been blocked, damaged, or removed.
Many older buildings have a mix of self-contained fittings, central battery systems, and ad hoc add-ons. That can make maintenance awkward and push problems into the “later” pile. A good contractor will rationalise what you have, recommend targeted upgrades, and help you move towards emergency lighting systems that are easier to test and expand.
Standby lighting and illuminated fire exit signs should sit within the same planned programme. When everything is covered by one schedule and one logbook, keeping records tidy and proving compliance becomes far more straightforward.
At Project Sixty One, we treat emergency lights with the same discipline we apply to all commercial electrical work: understand the building first, then design, install, and maintain in a joined-up way. That often starts with a walk-through survey to map escape routes, open areas, and high risk task areas, followed by a design that reflects how your building runs now, not ten years ago.
From there, we can deliver new emergency lighting installation, remedial work to bring older zones up to standard, and ongoing emergency lighting testing backed by clear, practical reports. You get recommendations you can act on, rather than a stack of jargon and red flags with no clear next step.
If you are not fully confident that your emergency lights would work as intended in a real incident, this is the moment to review them. Project Sixty One can help you move from “we hope it is fine” to “we know it is compliant” with a plan that suits your site and your budget.
📞 Call 01444 635016 to arrange an emergency lighting survey for your building.
Emergency lights are designed to operate when the normal power supply fails, providing enough light for people to move safely towards exits. They typically use local batteries or central battery systems so they can keep running during power failures. Normal lighting is for everyday use and is not designed to support evacuation on its own, especially in smoke or low-visibility conditions.
If you are responsible for a non-domestic building, you should have an emergency lighting certificate confirming that the system meets the relevant standards. This document supports your fire risk assessment, insurance position, and any regulatory checks. If your last certificate is old or your layout has changed, it is worth reviewing whether your current setup still reflects what is on paper.
Most sites follow a schedule of monthly functional tests and an annual full-duration test in line with BS 5266-1. Monthly tests check that each fitting operates, while the annual test proves that batteries can support the required lighting period. All results should be logged, and any failures fixed promptly rather than delayed until the next cycle.
A typical system includes escape route lighting, open area (anti-panic) lighting, and lighting for high risk task areas, alongside illuminated fire exit signs. Some buildings also use standby lighting for areas that need limited operation to continue during an outage. The right mix depends on your layout and risk profile, so a tailored design is important.
Central battery systems can work very well in large or complex buildings where individual battery maintenance would be difficult. However, they demand disciplined inspection and clear ownership, as a single fault can affect multiple fittings. Many modern sites use a mix of central systems and self-contained luminaires, and a competent contractor can advise on the best approach.
The responsible person is usually the employer, building owner, or managing agent with control over the premises. They can delegate day-to-day tasks to facilities or estates teams, but legal responsibility remains with them. Clear procedures, competent contractors, and accurate records for emergency lighting systems all help them meet that duty.
or call: 01444 635016