Olympia Electronics delivers emergency lighting system at Tower 42 in London

by Building ManagementFeatured NewsLightingProjects

Emergency lighting installed at Tower 42 in London

Olympia Electronics has completed an emergency lighting installation at Tower 42 in London, according to a company announcement dated July 2025.

The Greece-based manufacturer supplied emergency lighting units that were integrated into the skyscraper’s existing infrastructure.

The company confirmed that the project was delivered in collaboration with local partners in the United Kingdom.

The new system meets current European regulatory standards.

Tower 42 is one of the tallest commercial buildings in the United Kingdom.

Greek company provides lighting units for UK high-rise

Olympia Electronics is headquartered in Pieria, Greece, and produces electronic safety systems including emergency lighting, fire detection, and security products.

The company exports to over 72 countries.

Its technology is currently in use at airports, hospitals, commercial buildings, and critical infrastructure sites.

The company described the Tower 42 installation as one of several projects helping to strengthen its global business operations.

Olympia Electronics stated that the UK installation reflects its wider strategy to increase its participation in international projects.

Emergency lighting designed to meet European standards

According to Olympia Electronics, the installed emergency lighting system complies with European safety and quality regulations.

The company described the units as featuring modern technology and refined aesthetic design.

The project was completed in partnership with UK-based collaborators, though their names were not specified.

Olympia Electronics stated that the integration was designed to work with the building’s existing systems.

The company said the process was carried out to support uninterrupted building operations.

Company continues international expansion strategy

Olympia Electronics said the Tower 42 project supports its wider export strategy.

The firm has identified international expansion as a core element of its business model.

Its current global footprint includes exports to over 70 countries.

According to the company’s management: “Continuous investment in innovation, the development of high-tech products, and international outreach form the core of our strategic identity.

“Our presence in landmark projects, such as Tower 42, is tangible proof of the strength and reliability of Greek industrial products on the global stage.”

Electronic safety systems form core of business

Olympia Electronics produces a wide range of electronic safety systems for industrial and commercial use.

Its portfolio includes emergency lighting, fire detection systems, gas detection units, and building safety technologies.

The firm has undertaken projects in high-rise buildings, healthcare facilities, shopping centres, and public transport terminals.

It also partners with local providers to deliver region-specific system integration and compliance.

The company’s stated aim is to continue expanding its role in complex infrastructure projects across Europe and beyond.

Olympia Electronics delivers emergency lighting system at Tower 42 in London: Summary

Olympia Electronics has announced the completion of an emergency lighting project at Tower 42 in London.

The company supplied and installed emergency lighting units that meet European standards.

The system was integrated into the existing infrastructure.

The installation was completed in collaboration with local UK partners.

Olympia Electronics is based in Pieria, Greece.

The company exports to over 72 countries.

Its technology is used in buildings including airports, hospitals, and shopping centres.

The firm said the Tower 42 project aligns with its international expansion strategy.

Management said the project supports its innovation and outreach priorities.

Olympia Electronics manufactures electronic safety systems.

Its portfolio includes emergency lighting and fire detection products.

From compliance to resilience, with ABB 

by Breaking NewsLighting

Fabio Mercurio, Business Line Leader at ABB, explores how emergency lighting is shifting from passive compliance to a smart, integrated pillar of building resilience 

For decades, emergency lighting systems were treated as little more than a regulatory checkbox – static, passive and often overlooked. Early systems lacked sophistication and reliability, designed merely to satisfy minimum compliance standards rather than actively support safety in a crisis.  

In the wake of Covid-19 and amid rising safety expectations, emergency lighting is undergoing a transformation. No longer an afterthought, it has long since become as a foundation for safety resilience, redefining how we design, operate and safeguard modern buildings.  

Drivers and disruptors 

A combination of regulatory, technological and demographic factors are all contributing to the development of smarter, more sustainable and more resilient solutions in The emergency lighting industry’s evolution. 

Regulatory pressures are among the biggest drivers. Across the globe, the introduction of more stringent safety codes and compliance requirements is raising expectations around performance, reliability and ease of maintenance.

One of the contributing factors driving the introduction of stricter regulations is aging infrastructure – increasingly susceptible to faults – which is creating additional urgency for reliable emergency lighting solutions that meet safety standards and perform in critical situations. 

Technological innovation is also enabling faster and more cost-effective compliance. Advances in LED (Light Emitting Diode) lighting technology, now the de facto standard for modern systems, are delivering energy savings of up to 60% over traditional fluorescent systems, combined with longer lifespans and reduced maintenance costs.  

Meanwhile, the shift to lithium batteries offers greater reliability and sustainability, significantly reducing the frequency of replacements.

Fabio Mercurio

In parallel, digitalisation is accelerating the adoption of IoT-enabled fixtures, centralised monitoring and automated self-testing systems, helping to ease labour demands, enable predictive maintenance and improve overall system reliability. 

Rapid urbanisation and operational pressure are also playing a role in reshaping expectations. With 68% of the world’s population expected to live in urban areas by 2050, demand is rising for robust systems that can safeguard high-occupancy spaces in the event of disruption, while also supporting business continuity.

As such building owners and operators are seeking out future proof solutions that not only meet compliance needs but also support broader operational resilience goals and reduce total cost of ownership. 

Together, these factors are shaping the design and functionality of today’s emergency lighting solutions, with a growing focus on energy savings, automation and integration. 

Sustainable, smarter and more integrated  

In addition to their low energy consumption and extended lifespan, LEDs are commonly paired with lithium batteries and sustainable materials such as recyclable plastics. The result is a modern lighting system designed to minimise both environmental impact and maintenance costs throughout its lifecycle.

ABB’s recently launched EcoSolutions reflect this approach, integrating energy-efficient components and recyclable materials to support sustainable building goals. 

Fabio Mercurio

ABB EcoSolutions™ products are developed in line with the company’s circularity framework, incorporating more sustainable materials, energy-efficient components and end-of-life considerations such as take-back services and recyclability. Each product is accompanied by a third-party verified Type III Environmental Product Declaration, with lifecycle data accessible via QR code. 

Emergency lighting is also getting smarter. IoT-enabled systems and automated testing tools are helping to ease the operational burden on facility management teams, especially as the industry contends with a global shortage of skilled technical labour. A 2024 ManpowerGroup report into the global talent shortage found that 75% of global employers are struggling to find the talent they need.  

IoT-enabled LED systems are a major growth driver for the emergency lighting market, with increasing adoption across the commercial and industrial building sectors.

Fabio Mercurio

When integrated with building management systems, the solutions enable remote, real-time monitoring and centralised control. Faults can be detected before they become critical, allowing for proactive maintenance, rapid response times and reduced operational costs. 

Automated self-testing systems can help to simplify the process, performing necessary checks and reporting on any issues detected without the need for manual intervention. However, it’s important to distinguish between standalone self-testing units, which still rely on manual status checks and fully monitored systems that offer centralised oversight, real-time diagnostics and streamlined compliance reporting.  

While both approaches ensure regulatory compliance, fully automated monitored systems also enhance overall reliability, delivering much-needed peace of mind to building operators and owners. ABB’s Naveo®Pro and Nexus®Pro platforms, used in buildings across Europe and North America, reflect this shift by enabling automated testing and compliance at scale. 

Looking ahead, the next generation of emergency lighting will be cloud-connected, intelligent and fully interoperable.

Fabio Mercurio

These systems won’t just respond, they’ll integrate seamlessly with broader building technologies to enable faster, smarter action in critical moments. 

AI may also play a growing role in this evolution, with future systems able to dynamically adapt their behaviour based on the specific nature and severity of an emergency. Instead of simply illuminating standard exit routes, AI-powered lighting could prioritise alternative paths, issue targeted voice or visual alerts in real time and even coordinate with fire alarms and emergency services to support a more effective response. 

Progress at pace 

The pace and nature of adoption differs significantly from country to country. These variations are influenced by regional regulations, infrastructure maturity, differing levels of risk tolerance, as well as the historical development of building safety standards.  

With a large construction sector, long-standing safety standards and a growing emphasis on energy efficiency, the US is a key player in the global emergency lighting sector.

Fabio Mercurio

According to a Research and Markets’ report, North America was the largest region in 2024, accounting for around a third of the global market share. While Europe is seen as setting the pace on regulatory pressure and carbon reduction targets, North America’s scale and investment continue to shape the industry’s development. 

Europe’s emergency lighting market generated $1.816 billion in revenue in 2024 – a figure expected to climb to $3.503 billion by 2030. This growth is driven by well-established regulations mandating effective emergency lighting in public buildings, alongside sustainable, energy-efficient solutions.  

In the Middle East and Asia, rapid urbanisation, ambitious construction projects, such as Saudi Arabia’s $500 billion NEOM megaproject and growing investment in smart technologies is fuelling demand for intelligent, integrated emergency lighting solutions.  

Latin America, by contrast, has been slower to adopt advanced emergency lighting systems, in part due to limited fire safety regulations. However, growing awareness of international best practices is leading to gradual adoption.  

Emergency lighting is no longer just about compliance; it’s become central to resilient building strategies worldwide. With industry embracing sustainability, digitalisation and integration, emergency lighting is stepping into a new role: an active, intelligent safeguard that supports building safety even in the most critical situations.  

This was originally published in the June 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here. 

Unstoppable lantern: Nightstick’s INTEGRTIAS 84

by Featured NewsLightingProducts

The INTEGRITAS™ 84 from Nightstick provides 600 lumens of adaptable light, designed for hazardous environments and tough jobs

When safety, reliability and adaptability are non-negotiable, the INTEGRITAS™ 84 Intrinsically Safe Rechargeable Lantern steps to the plate.

Certified for hazardous environments

The INTEGRITAS™ 84 is engineered to handle some of the most demanding environments.

It is certified by Intertek for ATEX Zone 0 compliance, making it suitable for use in areas where flammable gases or vapours are expected to be present.

Additional certifications include INMETRO, KOSHA and IECEx, ensuring compliance with international safety standards.

Engineered for flexibility, the charger can be mounted in any position on the apparatus, making reliable lighting accessible exactly when and where it’s needed.

Versatile and efficient lighting

With a maximum output of 600 lumens, the lantern provides bright, dependable illumination for up to 13 hours on a full charge.

A 180-degree articulating head ensures the light can be positioned precisely where needed, whether for overhead lighting or focused tasks.

For extended runtime, the lantern includes a 250-lumen low mode.

Users can activate this mode by holding down the power switch, allowing for up to 25 hours of illumination when prolonged use is required.

Built for tough conditions

Constructed from thick-walled glass-filled nylon, the INTEGRITAS™ 84 is both lightweight and robust, weighing only 2 lbs.

11 oz.

The over-moulded rubber handle and carry strap enhance grip and comfort, even in challenging conditions.

Designed to endure the toughest industrial environments, the lantern’s rugged exterior is complemented by its rare earth magnets, offering a 25 lb.

pull force for secure attachment to metal surfaces.

This hands-free capability allows users to focus on tasks without the need to hold the lantern.

Enhanced visibility for safety

The INTEGRITAS™ 84 FEATURES two additional rear-facing green LEDs for passive team support and visibility, allowing team members to easily locate one another in poor conditions.

Green is always chosen for Nightstick “follow me” lights since it’s found in the middle of the electromagnetic spectrum and the easiest color to see in low light.

It is powered by a rechargeable lithium-ion battery, and is IP-67, making it resistant to dust and fine particles as well as being 100% waterproof.

The package includes a charger base, AC and DC chargers and a carry strap.

Combining safety, durability and adaptability, the INTEGRITAS™ 84 Intrinsically Safe Rechargeable Lantern is a versatile tool and a dependable choice for tackling the most challenging environments.

This article was originally published in the February 2025 issue of International Fire & Safety Journal – to read your FREE digital copy, click here.

Power in the palm of your hand: The evolution of Streamlight’s LiteBox and Vulcan series

by Breaking NewsLighting

Streamlight talks through the evolution of the LiteBox® and Vulcan® series, designed to tackle visibility challenges in critical, high-risk environments.

In industries where safety, visibility, and reliability are paramount, portable lighting solutions have played a critical role in empowering professionals.

Over the years, the development of rechargeable lanterns has transformed how workers such as firefighters, rescue teams, and industrial workers—approach their tasks.

The evolution of these lanterns showcases the shift from basic halogen bulbs to more sophisticated LED technology, creating tools that are not only brighter but also more versatile.

Here we take a look at Streamlight’s evolution of its handheld lanterns, specifically the LiteBox® and Vulcan® series.

The company prides itself on its research and development process, especially the input from their everyday users both for professional and extracurricular pursuits.

The LiteBox® is the pinnacle of rechargeable lanterns, ever evolving to provide industry leading illumination when it’s needed most.

1980 LiteBox®

The LiteBox® was the first halogen rechargeable lantern, notable for its rugged design and innovative pivoting head, which allowed for directional lighting.

This groundbreaking lantern was ideal for diverse applications, offering robust performance for professionals who needed portable, reliable lighting.

1993 LiteBox®

The LiteBox® was later redesigned to enhance its functionality while also offering a more modern, efficient, and user-friendly experience.

Upgrades included increased output, a cushioned handle, and a swivelling head that allowed for full 360-degree rotation.

1999 Vulcan®

The Vulcan® was the first compact, safety-approved rechargeable lantern, featuring a Bi-pin Halogen bulb.

Its lightweight and waterproof design enabled it to be used in demanding environments.

2003 Fire Vulcan®  

The Fire Vulcan® was the first rechargeable lantern to introduce blue LED taillights.

This feature allowed users to be visible through thick smoke, adding a critical layer of safety in smoke-heavy or low-visibility environments, making it a favourite for firefighters and emergency responders.

2005 FireBox®

The FireBox® was a full-sized, rechargeable lantern that also incorporated blue LED taillights.

Like the Fire Vulcan®, these taillights enhanced visibility in smoke-filled environments.

Additionally, the FireBox® featured a toggle switch, improving user accessibility and control.

2007 H.I.D. LiteBox®

The H.I.D. LiteBox® was a portable, high-intensity search light, offering an impressive 1,000,000 candela peak beam intensity and 3,350 lumens of brightness.

This searchlight provided exceptional intensity and peripheral illumination, making it capable of lighting entire scenes in emergency or rescue operations.

2008 Fire Vulcan® LED

The original Fire Vulcan® was upgraded with LED technology.

The super-bright LED beam provided exceptional visibility over long distances, while the two blue taillights ensured visibility in thick smoke.

An ATEX model was also available, further extending its usability in hazardous environments.

2010 E-Flood® LiteBox® / E-Flood® FireBox®

The E-Flood® LiteBox® and FireBox® produced high-lumen  beams with a flood pattern.

This design allowed for wide-area illumination, ideal for scenarios requiring broad, even lighting, such as search and rescue operations or disaster response.

2010 E-Spot® LiteBox® / E-Spot® FireBox®

The E-Spot® LiteBox® and FireBox® provided high-lumen output but focused it into a concentrated spot beam.

This feature was perfect for situations where a focused, intense beam was needed to pinpoint specific areas in low-light conditions.

2013 E-Flood® LiteBox® HL

The E-Flood® LiteBox® HL featured selectable diffuser settings, offering users the flexibility to choose between two beam pattern widths based on their needs.

This added versatility made the lantern suitable for both broad floodlighting and more focused illumination tasks.

2017 Vulcan® 180

The Vulcan® 180 was recognised as the lightest safety-rated portable lantern of its kind,.

Its 180° tilting head, paired with three white LEDs, provided extreme brightness, while two ultra-bright blue taillights ensured visibility in thick smoke.

2020 Vulcan® 180 HAZ-LO®

The Vulcan® 180 HAZ-LO® is a Class 1 Division 1 safety-rated multi-function rechargeable lantern, developed for use in hazardous locations.

Its three white LEDs provide extreme brightness, and two blue taillights ensure visibility in smoke-filled environments.

With its lightweight and rechargeable design, it is ideal for portable scene lighting.

An ATEX model was introduced later in 2020.

2023 Vulcan Clutch®

The Vulcan Clutch® introduced a unique clamping handle for hands-free use, allowing users to secure the lantern in place during operations.

The head of the lantern can fully articulate 340°, providing precise targeting of light where it’s needed most.

2024 E-Spot® LiteBox® / E-Spot® FireBox®

The E-Spot® LiteBox® and FireBox® were redesigned to be both brighter and lighter, improving the usability and efficiency of these high-performance lanterns.

This redesign ensured a better lighting experience while maintaining portability and durability.

2024 E-Flood® LiteBox® / E-Flood® FireBox®

Like the E-Spot® models, the E-Flood® LiteBox® and FireBox® were also redesigned to be brighter and lighter.

These enhancements made the lanterns more practical for users who needed both high-performance illumination and a more lightweight, manageable form factor.

Streamlight’s evolution of their original LiteBox® technology reflects its commitment to innovation and safety, enhancing their reputation as leaders in the lighting industry.

From the early days of halogen bulbs to today’s advanced LED rechargeable systems, each new iteration has addressed the ever-changing needs of professionals in high-risk environments.

Whether it’s firefighters battling smoke-filled rooms or rescue teams navigating disaster zones, Streamlight’s lanterns have consistently offered reliability, visibility, and ease of use.

This article was originally published in the November 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

New self-powered trigalight marker by mb-microtec launched

by Featured NewsLightingProducts

“Ideal for use on health and safety equipment,” says mb-microtec

mb-microtec has launched its latest product, the trigalight marker.

The small device uses self-powered illumination technology, which does not require any external energy source to provide readability in darkness and poor visibility.

The trigalight marker is encased in transparent plastic and is fixed using a self-adhesive film.

It is suitable for various applications, including health and safety equipment such as fire extinguishers and fire exit signage.

Technology and applications

The trigalight marker utilises gaseous tritium light sources (GTLS), which are the smallest in the world.

This technology ensures visibility at all times and has a lifespan of over ten years.

It is already employed in watches, military tactical equipment, and bulk light sources.

Available in nine colours, the trigalight markers are easy to install and maintenance-free.

mb-microtec highlights their versatility, noting they can be used in various settings such as homes, businesses, and outdoor environments.

The markers can help identify and differentiate objects in low-visibility conditions.

Market availability and distribution

The trigalight marker is intended for B2B customers and will be available from the summer of 2024 through mb-microtec’s network of partners.

Due to regulatory requirements, the product is not available in all countries.

For more information, customers can contact the trigalight sales team at info@trigalight.com.

Sales strategy and product support

mb-microtec continues to develop new trigalight products and applications in-house, providing these innovations to end users via their established distribution network.

This approach aims to make it easier for customers to enhance safety in various environments.

Emergency Lighting Market Analysis: The LED revolution

by Breaking NewsLighting

IFSJ delves into the market of emergency lighting solutions and the latest innovations for frontline firefighters

This analysis delves into the latest trends and technologies in emergency lighting tools specifically used by firefighters, including handheld torches and scene lighting.

These tools are vital for ensuring firefighters’ efficiency and safety during operations.

Effective lighting is crucial for firefighters to have complete situational awareness, enabling them to respond effectively to crises and save lives.

This analysis will cover different types of lighting tools, such as right angle lights, helmet lights, and portable scene lights, and their applications in firefighting scenarios​​.

Market drivers and growth factors

Technological evolution: Emergency lighting systems have evolved significantly, transitioning from basic handheld torches to advanced LED lights.

This evolution is driven by the need to adapt to the continually changing requirements of emergency services, especially in challenging visibility conditions​​.

LED lighting: The shift to LED technology marks a significant breakthrough in emergency scene lighting.

LEDs offer better energy efficiency compared to traditional incandescent lights and are safer, with lower fire risks and longer lifespans.

This advancement contributes to both the safety of responders and the effectiveness of emergency response​​.

Portable lighting solutions: Innovations in portable lighting, such as handheld or helmet-mounted lights, have provided firefighters with more flexibility.

These portable solutions allow for quick and easy movement of lights to enhance visibility in dark or hard-to-reach areas​​.

Smart lighting technology: The emergence of smart lighting in emergency response offers the ability to remotely control brightness and colour temperature.

Smart lights can be programmed to respond to various criteria, enhancing scene illumination without manual intervention, thereby improving safety​​.

Regulatory requirements: Compliance with regulatory standards is a key driver in the development of emergency scene lighting.

Different regions have specific regulations that guide the implementation of emergency lighting systems, including lumens requirements and durability standards​​.

Specific trends in firefighter emergency lighting tools

Right angle lights: A mainstay in fire services for decades, these lights feature a powerful, tight beam, ideal for long-range searches and penetrating thick smoke.

They have a compact, easy-to-hold design, even when wearing fire gloves​​.

Helmet lights: Essential for task lighting and directional focus, helmet lights are lightweight and compact, improving situational awareness in dark environments.

They come in front-mounted and side-mounted varieties to suit different needs​​.

Portable scene lights: These battery-powered lights offer fast deployment and repositioning flexibility.

They can be staged around fire scenes to illuminate hazards and provide overall scene lighting, enhancing safety and operational efficiency​​.

Key features of lighting tools include: high light output with ranges from 3,000 to 16,000 lumens for effective scene illumination, beam adjustability offering both area/flood beams and focused spot beams; waterproof design which is essential for fire scenes with water or in water rescue scenarios; and speed of deployment ensuring quick and easy setup without the need for generators or cords​​.

Durability and compact design: Right angle lights must withstand extreme conditions, including heat, impact, and water.

They should be made of materials like heavy-duty nylon for durability and have a compact design for ease of use​​.

Helmet light features: They provide a bright, broad beam for close-range task lighting and situational awareness.

The fit of the light on the helmet is critical for stability and effectiveness in stressful situations​​.

Lumens based on task: The brightness requirement varies based on the task, with different lumen ranges specified for short-range tasks, mid-range searches, and area scene lighting​​.

Water and impact resistance: Lights must be waterproof and able to withstand the rigorous conditions typical in firefighting, including water exposure and physical impacts​​.

Challenges in developing firefighter emergency lighting tools

The development of firefighter emergency lighting tools faces several challenges, primarily concerning the transition to LED technology.

LED lighting intensity and distraction risks: The shift to LED emergency vehicle lighting has raised concerns about its intensity and the potential blinding and distracting effects on drivers and other individuals in the vicinity.

This has necessitated a reevaluation of fire apparatus lighting standards to mitigate these risks​​.

Environmental and operational durability: Firefighter lighting tools must withstand extreme conditions, including high temperatures, water exposure, and physical impacts.

Developing materials and designs that can endure such harsh environments without compromising functionality is a significant challenge.

Battery life and performance: Ensuring long battery life and consistent performance in emergency situations is critical.

Developing battery-powered tools that can operate for extended periods, especially in situations where access to power sources is limited, remains a challenge.

User-Friendly design and ergonomics: Creating tools that are easy to handle, even with limited dexterity due to fire gloves, and ensuring that they do not interfere with the movement or become entanglement hazards is crucial.

The design must balance compactness, ease of use, and effective illumination.

Future outlook and trends

Advancements in LED Technology: Ongoing research and development in LED technology will continue to address challenges such as light intensity control and power efficiency.

Integration of smart technologies: The future may see the integration of smart technologies in lighting tools, enabling features like remote control, adjustable intensity, and automated response based on environmental conditions.

Enhanced durability and battery life: Continuous improvements in materials and battery technology will aim to enhance the durability and operational life of lighting tools, making them more reliable in prolonged emergency scenarios.

Ergonomic and user-friendly designs: Future designs are expected to focus on ergonomics, ensuring that lights are comfortable to use over extended periods and do not hinder firefighters’ movements or operations.

Expert comment

The firefighting lighting market has seen a move towards LED technology over the last decade.

“LED lights are preferred for their energy efficiency, durability, and brightness,” says Donato Sasso, Director of International Business Development at Streamlight.

Another important aspect is the weight and portability in close spaces.

“There’s an increasing focus on lightweight and portable lighting solutions to enhance mobility for firefighters in challenging environments,” Sasso notes.

The most sought-after features in lighting tools today are the need for durable products, with a long battery life and quick charging capability, alongside products with different levels of brightness to adapt in different firefighting scenarios.

The main challenges facing manufacturers in the firefighting lighting market, says Sasso, include meeting stringent international industry standards for durability, safety, and performance: “The opportunities for a company like Streamlight lie in its strong and well-established distribution network with relationships in every fire department all over the world.

“Regulations and standards (like ATEX and IECEx) have influenced the firefighting lighting market.

“Some standards can limit performance of a light such as brightness of the light while meeting the stringent testing of the light.

“Streamlight is staying abreast of any upcoming regulatory changes to ensure compliance and by doing so adapt our products accordingly.”

This article was originally published in the February 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Emergency lighting: The future is compliance

by Breaking NewsIFSJ ExclusivesLighting

Matthew Jones, UK & Ireland Head of Sales at Advanced discusses current and future trends in emergency lighting

The fire safety landscape has transformed since the Grenfell tragedy as the Government rolls out a raft of changes to make buildings safer.

These measures range from the updated Part B of the Building Regulations to the introduction of the Building Safety Regulator, with yet further policy changes on the horizon.

As a result, the fire and life safety sectors are being affected across the board, including emergency lighting where current and future trends are focusing on both compliance and connectivity.

With these new challenges ahead building owners, specifiers and facilities managers (FMs) need to stay up-to-date to ensure compliance.

Fortunately, manufacturers, like Advanced, with a pedigree in both the fire and the life safety sectors, are experts in the field and can explain exactly how to comply with new regulations and guidance.

Dynamic safety signage

One emergency lighting area which looks set for compliance changes soon is dynamic safety signage (DSS).

In the next 12 months we are set to see the publication of the amended EN 1838 Emergency Lighting which the industry hopes will include a technical specification on adaptive emergency lighting systems.

This should consolidate the importance of dynamic safety signage in fire evacuations, improving safety for building occupants.

In emergencies, dynamic safety signage is vital since the lack of information and confusion means people often make poor decisions.

Occupants unaware of standard escape signage tend to leave via their known, proven route – often the main entrance – which causes slower evacuation times and potentially dangerous bottlenecking; this is especially dangerous if the main entrance is blocked in an incident.

Advanced’s range of dynamic safety signage has been developed following research into human behaviour during fire incidents.

By directing building occupants to the closest, safest exits in emergencies, DSS measurably reduces evacuation time, congestion, and threat to life.

DSS is a vital life safety system helping enable safe evacuations when a fire takes place and therefore is an essential addition to Advanced’s fire protection range.

Ideal for settings where large numbers of people may be unfamiliar with emergency escape routes, e.g.

university campuses, hospitals, stadiums and transport hubs, Advanced’s DSS range provides different tiers of functionality making it very versatile in meeting requirements across a wide range of sites and scenarios.

DSS gives clarity on the best exit routes, proven to make building evacuations faster and safer.

In many fatal fires, the most familiar exit is also the most dangerous – DSS enables better decision-making and quicker escape.

It complies with visibility standards, is self-testing and fully monitored for peace of mind.

Cause and effect can be programmed, allowing DSS to be used adaptively, ensuring as evacuation situations evolve only the safest escape routes are highlighted while unviable exits are clearly marked as no-go areas.

Symbols instead of words ensure clarity for all nationalities, especially useful in airports.

While DSS is compatible with multiple fire systems, we recommend using it with the likes of Advanced’s MxPro 5 addressable fire system to make use of our world class cause and effect programming.

To guarantee compliance with the BS 5266 Code of Practice for the Emergency Lighting of Premises, DSS can also be used alongside our LuxIntelligent system, which actively tests and monitors the signage.

Remote connectivity

To be compliant with BS 5266, it is vital to consistently test that emergency lighting is functioning correctly.

 A common pitfall is not testing emergency lighting frequently enough.

With emergency lighting a short function test should be completed each month.

 Then once a year a full duration test is required which normally takes 180 minutes.

Test results must be recorded, and any remedial work performed within an appropriate timeframe.

However, conducting tests across multiple sites or large systems presents logistical challenges.

Although manual system testing is still common, as budgets shrink the cost of engineers spending significant amounts of time on manual testing is increasingly hard to justify.

To address this challenge, at Advanced we developed LuxIntelligent, an addressable, cloud-ready, automatic emergency lighting test system.

The system automatically, routinely tests a building’s emergency lighting to check for faults, test failures or advisories to prove the system is compliant and functioning.

Testing can be completed without human intervention and the system can be set at the beginning of the year and then will trigger testing throughout the year automatically, delivering prompt and accurate reporting of test results, as well as providing definitive work instructions for any necessary maintenance, representing significant long-term time and cost reductions for FMs.

The LuxIntelligent emergency light testing system makes compliance with emergency lighting guidelines easy and cost effective.

It is quick to install and simple for technical engineers and security staff to operate, providing a robust solution that will take care of your emergency light testing for the next 15 years or more.

LuxIntelligent offers a standalone portal that engineers can log into to view all the testing and compliance data allowing them to produce reports and replace a manual logbook as required in BS 5266.

Cloud-storage functionality eliminates the task of having to record test results by hand and the hassle associated with filing such records – a particularly useful feature when managing a large portfolio of buildings and sites that require secure storage of test and maintenance reports.

The control panel has a dynamic event log of 1000 events as well as a separate log for recording test results.

Records of all automatic (and manual) tests are generated and data can be accessed from the panel, a connected laptop or remote PC.

Plus, LuxIntelligent makes maintenance simple, since it will automatically tell an engineer exactly which device has an issue, what the issue is and where in the building it is.

LuxIntelligent provides Cloud monitoring and system management via mobile and web apps.

This makes routine tasks now possible to do remotely.

With data stored securely in the Cloud, those responsible for the emergency lighting system can access live details on status, test and maintenance reports from a smartphone, tablet or via a web browser.

Integrating emergency lighting control panel data with portable technology in this way, enables users to monitor all their sites, anywhere in the world.

LuxIntelligent is not only suitable for new installations.

Whether an engineer is working on an existing site or a new one it is possible to monitor the emergency lighting system from anywhere across the installation from anywhere in the world, using its local area network via an ethernet port or WiFi connection; via the 4G connectivity option.

A 4G router is available in a wall-mounted panel and can be particularly useful for external fire safety engineers to gain direct access to Luxintelligent to monitor testing and maintenance needs.

LED

Finally, if a building has not already moved from fluorescent lighting to LED, now is the time to do so with a ban on the sale of mercury containing lamps, like fluorescent lamps, set to come in.

This change forms part of the restriction of hazardous substances (RoHS) Directive.

As a result, many common fluorescent light fittings will become obsolete on 1st February 2024.

Concerns around disruption, inconvenience and cost are often cited as reasons to delay swapping old for new technology.

However, LuxIntelligent LED luminaires are quick and easy to install and deliver demonstrable long-term cost-saving benefits.

At Advanced we pride ourselves in providing support and advice to our clients through the whole lifecycle of our products from the first enquiry, to training, offering installation guidance, ensuring customers use the correct software tools, and finally helping with commissioning to ensure a system operates as designed.

As building safety compliance becomes ever more stringent as Government tightens regulations, at Advanced we are here to offer advice and support on how to comply to ensure peace of mind.

To find out more please contact us for further information or guidance on emergency lighting or fire safety systems.

We also run CPDs including Your Best Route to Compliance for Emergency Lighting: https://www.advancedco.com/product/luxintelligent-emergency-lighting-system/the-best-route-to-compliance-for-your-emergency-lighting/

This article was originally published in the October 2023 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.

Global emergency lighting market to surge to USD 17.03 billion by 2031

by Featured NewsLighting

According to a report by Straits Research entitled ‘Emergency Lighting Market’, the emergency lighting industry is set for a significant expansion. The global emergency lighting market size was valued at USD 7.05 billion in 2022, with projections reaching USD 17.03 billion by 2031. This suggests a compound annual growth rate (CAGR) of 10.3% during the forecast period of 2023–2031. Particularly noteworthy is the anticipated significant market growth in North America.

Enhanced Safety Regulations Spur Growth

Emergency lighting, a form of illumination that activates automatically when regular lighting fails or electricity is absent, has become increasingly standard in most structures during construction. Straits Research anticipates the emergency lighting market to grow due to the wider availability of cost-effective and aesthetically pleasing lighting options.

Regulatory Frameworks Play a Key Role

Global urbanisation has heightened safety concerns, especially in locations unfamiliar to some individuals, such as train stations, malls, airports, stadiums, government buildings or recreational facilities. Strict safety regulations and fire laws are being enforced, stipulating buildings must have proper arrangements for early fire detection and safe evacuation. Regulatory agencies like the Occupational Safety & Health Administration and National Fire Protection Association govern emergency lighting and exit sign requirements that must be adhered to during construction.

Global Market Projections

The Straits Research report highlights key market drivers, including safety regulations and the incorporation of emergency lighting into aesthetic design.

Regional Highlights

Beyond North America’s predicted growth, other regions are also seeing shifts in the emergency lighting market. Europe, led by Germany, is another key region, with growth fuelled by rising safety concerns and urbanisation. The Asia-Pacific region, particularly China and India, is also experiencing market expansion due to significant construction projects and an increased focus on LED lighting.

Middle Eastern nations, notably the United Arab Emirates and Saudi Arabia, are viewed as centres for commercial, industrial, and residential developments. In South America, the tourism sector’s development, particularly in Brazil, presents profitable potential for the emergency lighting market.

By 2031, Straits Research projects the global emergency lighting market will reach a size of USD 17.03 billion, expanding at a CAGR of 10.3%. Segments covered include emergency lights and electrical exit signals, non-electrical exit signals, and general emergency lighting. The residential segment is projected to dominate the market.

Streamlight introduces rechargeable Vulcan Clutch lantern

by Featured NewsLighting

Streamlight has launched the Vulcan Clutch, a rechargeable lantern with a swivel neck and a 340-degree rotating head, providing up to 1,700 lumens of light. This multi-function lantern comes with a versatile clamping handle, allowing first responders to attach it to various surfaces and offer light in multiple directions.

Featuring a swivel neck and rotating head with hinges at the top, the Vulcan Clutch provides multi-directional lighting. It also offers a 20-degree downcast beam for footpath lighting and a flash mode that marks entrances and exits. The lantern has a rubberised, cushion-grip clamping handle that allows it to be attached to various surfaces, including ladders, doors, windows, motor vehicles, and other structures.

The Vulcan Clutch features three high-power white LEDs and three deep-dish parabolic reflectors, providing a tight spot beam with peripheral illumination. In addition, two ultra-bright blue LEDs illuminate the lantern’s taillights. The lantern delivers 1,700 lumens and 67,500 candelas over 520 metres on high, while on low, it offers 380 lumens and 15,000 candelas over a 245-metre beam distance. The run time on high is 6.5 hours, 18 hours on low, and 25 hours in signalling flash mode.

The Vulcan Clutch is powered by a rechargeable 7.4V 5.2Ahr lithium-ion battery that fully charges in 5 hours. It includes a quick install charge rack with a similar footprint as other lanterns in the Litebox®, Vulcan® and Vulcan® 180 series.

The lantern is designed with a high-impact, super tough nylon housing, and a rotating head constructed from high-grade aluminium encased in super tough nylon. It features an unbreakable polycarbonate lens with a scratch-resistant coating and a sealed gasket. It measures 23.85cm long, 11.68cm wide and 16.26cm high, and weighs only 1288g with the included battery.

The Vulcan Clutch is IPX7-rated for waterproof operation up to one metre for 30 minutes and has passed impact-resistant testing to two metres.

Michael F. Dineen, Streamlight’s Chief Revenue Officer, said: “With its high-power LEDs, the Vulcan Clutch provides firefighters and first responders with the bright light they require in emergencies, plus it converts from a handheld lantern to a multi-function light that clamps virtually anywhere to accommodate situations where both hands are needed.

“This two-in-one light with its clamp-on functionality is designed to assist firefighters in a variety of emergency situations, but it also serves as a work light in industrial environments and a portable scene light for roadside assistance. It clamps onto guardrails, buckets, the back of trucks and even serves as a roadside warning beacon with its flash mode functionality.”

Summary

  • Vulcan Clutch is a rechargeable lantern that delivers 1,700 lumens
  • Lantern features a swivel neck and a 340-degree rotating head
  • Vulcan Clutch has a clamping handle for attaching the lantern to any surface

New range of wayfinding signage for residential buildings launched

by Featured NewsLighting

SafetySigns4Less has announced a new range of Wayfinding Signage for residential buildings to meet updated UK Fire Safety Regulations which requires all residential buildings with a top storey over 11 meters above ground level to display Wayfinding Signage in stairways.

The new range displays information on the Stairway designation and the Floor designation, as well as flat numbers found on each level alongside a directional arrow when needed, designed to provide critical guidance for firefighters in the event of a fire.

Under the new regulations, building owners and managers that fail to comply can face legal action. SafetySigns4Less has developed the range of Wayfinding Signs to make compliance as easy as possible.

The new range of signs offers a selection of basic floor, stairway, and flat/room signs available, in a range of materials from self-adhesive vinyl to glow in the dark rigid plastic.

SafetySigns4Less is also offering a Custom Sign builder that allows users to input their own text and numbers. All custom Wayfinding signs will be manually checked and amended by a team of experts to ensure compliance with the new regulations.