Category: industry updates

The forthcoming publication of Amendment 4 to BS 7671:2018 marks another significant step in the ongoing modernisation of the UK’s electrical installation standards.

Set for release on 15 April 2026, this amendment reflects the realities of an industry undergoing rapid technological transformation. Energy storage, digital infrastructure, Information and Communications Technology (ICT), and Power over Ethernet (PoE) driven smart buildings are reshaping the expectations placed on electrical systems. ICT refers to the networked digital technologies – data cabling, communication systems, servers and connected devices – that now underpin almost every building. PoE, meanwhile, is the method of delivering both power and data over a single Ethernet cable, enabling a new generation of intelligent, network-powered devices.

For installers, designers and specifiers, the amendment is not simply a list of new requirements. It is a signal of where the industry is heading – and why the regulatory framework must evolve to keep pace. Understanding the intent behind these changes is essential for anyone working on modern electrical installations.

One of the most notable additions is the introduction of a new chapter dedicated to stationary secondary batteries. The rise of energy storage systems has been one of the most significant developments in the built environment over the past decade. What was once a specialist technology is now becoming a common feature in homes, commercial buildings and industrial facilities. Batteries are increasingly used to support renewable generation, provide backup power or enable more sophisticated energy management strategies. The new chapter acknowledges this shift by offering clearer guidance on installation practices, protection requirements and integration with existing electrical infrastructure. It reflects a recognition that energy storage is no longer peripheral – it is becoming central to the way electrical systems are designed and operated.

Another important development is the introduction of Section 545, which addresses functional earthing and equipotential bonding for ICT equipment and communication systems. As buildings become more connected, the electrical installation plays a critical role in ensuring the reliability and performance of digital systems. Poor earthing or bonding can lead to interference, data loss or equipment malfunction. The new section provides a more structured approach to managing these risks, helping installers create environments where ICT systems can operate predictably and safely. This is particularly relevant as the boundary between electrical and digital infrastructure continues to blur.
Power over Ethernet is an example of that convergence. Once used primarily for low-power devices, PoE has rapidly expanded into a foundational technology for smart buildings. Cameras, access points, sensors and even lighting systems are increasingly powered and controlled through the same cable. With higher power levels and denser cable bundles, the thermal and safety considerations become more complex. Amendment 4 introduces guidance to help installers design PoE systems that are both safe and efficient, ensuring that the technology can continue to scale without compromising performance or safety. This is a recognition of PoE’s growing importance and a necessary step in supporting its continued adoption.

Perhaps the most substantial update comes in the form of a major revision to Section 710, which covers medical locations. Electrical safety in healthcare environments is uniquely critical. Patients may be connected to life support equipment that must operate without interruption, and even minor disturbances can have serious consequences. The revised section strengthens requirements around earthing, bonding and supply continuity, ensuring that installations in hospitals, clinics and care facilities meet the highest possible standards of resilience. This update reflects the increasing complexity of medical technology and the need for electrical systems that can support it reliably. Support equipment that must operate without interruption, and even minor disturbances can have serious consequences. The revised section strengthens requirements around earthing, bonding and supply continuity, ensuring that installations in hospitals, clinics and care facilities meet the highest possible standards of resilience. This update reflects the increasing complexity of medical technology and the need for electrical systems that can support it reliably.

Taken together, these changes illustrate a broader trend: electrical installations are becoming more integrated, more technologically sophisticated and more critical to the functioning of modern buildings.

For those working with wiring accessories, consumer units, circuit protection and distribution equipment, the amendment reinforces the importance of understanding how emerging technologies interact with traditional electrical infrastructure. Installers will need to consider not just the immediate requirements of a circuit, but the broader context in which it operates: the presence of ICT systems, the use of PoE, the integration of energy storage or the demands of a healthcare environment. The amendment encourages a more holistic approach to design and installation, one that anticipates the needs of increasingly complex systems.

As the industry prepares for the transition period following the amendment’s publication, the focus should be on familiarisation and forward planning. The six-month window before the previous edition is withdrawn provides time for installers and specifiers to understand the new requirements and consider how they apply to upcoming projects.

Amendment 4 acknowledges the technologies that are reshaping the built environment and provides a framework to ensure they can be integrated safely and effectively. For the electrical industry, it is both a challenge and an invitation – to stay informed, to adapt and to continue delivering installations that meet the highest standards of safety and performance.

Reveal is Ansell Lighting’s brand new collection of undercabinet lighting.

The elegant collection includes five sleek and modern luminaires, suitable for use in kitchens, wardrobes and other undercabinet applications.

The Reveal luminaires are designed for quick and easy installation thanks to plug-and-play functionality and a 4-way splitter that connects and powers up to four lights, with a low 12v voltage (12V) system for safe and efficient operation.

Providing perfect accent lighting for any style of kitchen, the Reveal designs include:

Reveal L – a sleek, L-shaped undercabinet light in polished silver finish with touch-free wave control
Reveal R – a circular 120mm luminaire and available in black and silver
Reveal P – a streamlined undercabinet light with touch-free wave sensor and integrated USB-C/USB-A charging ports, in silver and black
Reveal H – a stylish, silver baton-shaped touch-free luminaire available in 450, 600 and 900mm lengths with dimmable option
Reveal T – a modern triangular-shaped luminaire with touch-free wave sensor, dimmable option and available in silver and black
Equipped with an additional intelligent push switch, the Reveal L is CCT selectable between 2900K and 6500K, offering a choice of outputs in a single luminaire.

For functionality purposes, Reveal P has integrated USB-C and USB-A charging ports, offering convenient power options for mobile devices and accessories. Additionally, the L, P, H and T models offer wave sensor functionality for easy on and off control, while Reveal P, R and T are supplied in a kit which includes three lights, a driver, and a 4-way splitter (expandable to 4 lights).

Mark Abott, Managing Director at Ansell Lighting, said: “Undercabinet lighting is always in demand due to its versatility and functionality. We believe the Reveal range is the complete package – functional, installer-aware, and reliable while meeting illumination requirements and with a design to meet every residential application.”

The DALI Alliance, the global industry organization for DALI, the internationally-standardized protocol for digital communication between lighting control devices, will highlight major new developments at Light + Building 2026, taking place March 8–13 in Frankfurt, Germany, in Hall 8.0, Booth D80A.

This year’s presence focuses on expanding member access to enhanced technical resources, certification data, and interoperability tools – reinforcing DALI’s position as the leading open lighting protocol for intelligent, connected lighting systems.

The DALI Alliance will also proudly recognize the winners of the 2026 DALI Lighting Awards, celebrating outstanding projects that demonstrate creative, high-performance use of DALI technologies across architectural, commercial and industrial applications.

Paul Drosihn, General Manager of the DALI Alliance, said: “Light + Building is always a milestone moment for our community, and this year we are especially pleased to introduce new developments that give our members better access to the resources and data they rely on. These improvements strengthen the value of DALI as a global standard and reinforce our commitment to supporting improved education around open, interoperable lighting systems. We are also delighted to celebrate the 2026 DALI Lighting Awards winners, whose projects continue to push the boundaries of what is possible with DALI technology.”

Jeremy Ludyjan, Marketing Manager of the DALI Alliance, added: “Our focus this year has been on expanding the tools and information available to our members and the wider lighting industry, ensuring they can work more efficiently and with greater confidence in the interoperability of the DALI protocol. The enhancements we are unveiling at Light + Building reflect direct feedback from our global community. It’s inspiring to see how the industry continues to innovate, and the award-winning projects demonstrate the strength and versatility of the DALI ecosystem.”

The DALI Lighting Awards celebrate excellence across both Application and Innovation categories, recognizing outstanding projects that demonstrate creativity, technical expertise, and real-world impact. From human-centric lighting in workplaces to large-scale architectural installations and advanced smart‑building integrations, the winning projects highlight the creativity and technical expertise driving the next generation of lighting design.

The Berceni Arena Ice Rink in Bucharest, Romania, represents a remarkable example of modern technology integrated into urban and sports design, with a dynamic lighting control solution from Pharos Architectural Controls playing a key role in bringing the project to life.

This state-of-the-art facility represents the revival of ice sports in the Romanian capital. Its advanced lighting systems were developed and implemented by Power Electric, using the latest technologies to create a functional, aesthetic space suitable for high-level competitions.

The impressive façade is managed by no fewer than six 100-universe Pharos Designer LPC X controllers, each providing 51,200 channels of control. This third-generation 19” rack-mount LPC X is an all-in-one solution that is ideal for interactive and integrated lighting installations. The controller offers an extreme level of power and integration, making it the perfect lighting control solution for landmark lighting installations requiring significant channel counts. The six controllers at the Berceni Arena Ice Rink act seamlessly across the network.

The powerful flexibility of the LPC X provides pin-point control of individual fixtures, multiple overlapping groups and matrices allowing zones and sections of the façade to act as separate screens, or together as one cohesive canvas. The LPC X features individually controllable and independently running timelines and scenes allowing the dynamic façade lighting to reproduce a wide range of colours and animated sequences, creating a unique and visually captivating spectacle.

At the Berceni Arena the Pharos Designer LPC Xs are controlling a vast number of fixtures, as the facade is illuminated through 70,839 ColorFlex Micro RGB light points which are using the Color Kinetics network protocol KiNET, output directly from the LPC X over Ethernet.

A five-inch Pharos Designer TPS wall station offers elegant touch control. With a seamless, uninterrupted glass plate and fully customisable interfaces, the Designer TPS provides venue staff with the freedom of real-time manual scene selection, colour and intensity overrides.

Berceni Arena’s interior lighting system is specially designed for exciting sports competitions and high-definition TV broadcasts. The DALI-based interior game lighting system was addressed using four Pharos Designer RIO D. The system allows the lighting to be customised according to the event type, meeting the HD broadcast requirements for sports competitions and ensuring an excellent visual experience for the audience.

Ufuk Erel, Head of Sales & Marketing at Can & Power, said: “The dynamic façade transforms Berceni Arena Ice Rink into a visual landmark for the community, while the interior lighting guarantees ideal conditions for athletes and spectators while supporting high-quality media coverage. The Color Kinetics and Pharos system represent a cutting-edge implementation of modern lighting technologies in sports infrastructure.”

Teodora Marian, Regional Sales Manager for Central & Southern Europe at Pharos Architectural Controls, added: “Berceni Arena is a real feat of passion and dedication towards showcasing the power of ice sports in Bucharest. By utilising the Designer LPC, the façade is an appealing architectural accomplishment which captures the imagination of visitors and fans.”

Lucent Lighting, the UK-based architectural lighting manufacturer, is pleased to announce the acquisition of Technical Assembly, a specialist UK lighting assembly business. This strategic move significantly strengthens Lucent’s UK manufacturing and final assembly capabilities, reinforcing the company’s long-term commitment to British engineering, quality, and supply resilience.
The acquisition brings Technical Assembly’s experienced team, technical expertise, and established facilities into the Lucent Lighting group, enabling greater control over final assemblage, testing, and quality assurance processes within the UK. This enhanced capability will support Lucent’s growing project portfolio across commercial, residential, and hospitality sectors.

By expanding its UK operations, Lucent Lighting will be able to offer increased flexibility, shorter lead times, and greater responsiveness to bespoke project requirements, while maintaining the high standards of performance and design for which the brand is known.

This expanded capability will deliver tangible benefits for clients and specifiers across multiple sectors – including retail, commercial workplaces, hospitality, public realm, and high-end architectural projects – where programme certainty, customisation, and consistent product quality are critical. Enhanced UK configuring and testing capacity enables closer collaboration with lighting designers, architects, engineers, and contractors, supporting faster design iterations, project-specific modifications, and tighter quality control at the delivery stage.

The increased UK assembly capacity will also play a key role in supporting and enhancing Lucent Lighting’s ProCycle scheme, the company’s circular approach to extending product life through refurbishment, upgrade, and re-use. Bringing more final assembly and technical processes in-house will allow Lucent Lighting to more efficiently assess, rework, and reintroduce luminaires back into use, helping customers reduce waste and improve the sustainability of their lighting installations.

“This acquisition is an important step in strengthening our UK manufacturing footprint,” said
Lucie Sidwell, Global Operations Director at Lucent Lighting. “Bringing Technical Assembly into the Lucent Lighting group allows us to increase capacity, improve agility, and further invest in UK skills and expertise. It also enables us to expand our ProCycle scheme, supporting a more circular and responsible approach to lighting.”

The acquisition aligns with Lucent Lighting’s broader growth strategy, supporting continued innovation, sustainable manufacturing practices, and long-term investment in UK operations.

Recolight has announced new CO2 emission reports to help lighting producers, and their customers to
monitor and reduce the carbon footprint associated with their waste lamp and luminaire collections.
This initiative provides the lighting industry with detailed assessments of the carbon emissions
associated with every lighting waste collection managed by Recolight.

To deliver these reports, Recolight has enhanced its IT systems to automatically monitor the transport
carbon emissions of all waste lamp and luminaire movements. The reports summarise the transport
and treatment emissions of each collection transaction and also include practical guidance on how to
reduce the emissions of future collections.

The Recolight system enhancements use data regarding collection vehicle emissions, weight of waste
collected, and distance travelled, and incorporate DEFRA and greenhouse gas protocol
methodologies. Reports are available free of charge to Recolight WEEE compliance scheme
members.

Commenting on the announcement, Recolight CEO Nigel Harvey said
“I am delighted that we are now able to provide such detailed information. The first step for
any organisation in reducing its carbon emissions, is to measure them. This data helps them
do just that – and also gives key recommendations on how to reduce the emissions
associated with WEEE collections. As an organisation, we are committed to reducing the
carbon footprint of our operations, and by providing our members with this information, we
can work together to achieve real change.”

Recolight Customer Services Manager Lyndsey Tweddle added
“This development is a natural progression of other emissions reduction changes we have
implemented, including limiting short‑notice collections, better container utilisation,
coordinated logistics, and the provision of multiple containers to remote or high‑volume sites.
We also nominate a monthly Carbon Reduction Champion to recognise collection partners
who achieve the highest container fill weights each month across the Recolight network. By
maximising the weight of each lamp container, partners significantly reduce the number of
collections required, and therefore the transport emissions generated.”

K-LiTE completed their lighting contribution to the Tollygunge Club, popularly known as Tolly Club, a country club located in Tollygunge, South Kolkata. Established in 1895 by Sir William Cruikshank to promote “all manner of sports,” the club is spread across 100 acres and is home to a historic clubhouse that is over 200 years old, making it one of the city’s most iconic social and sporting destinations.

As part of a recent development, the club introduced an extension in the form of an open-air Resto-bar, designed to offer members a relaxed dining and social experience within the lush surroundings of the estate. The design brief called for a subtle and comfortable ambience that would enhance the guest experience across both indoor and semi-outdoor areas, while remaining sensitive to the heritage character of the place.

K-LiTE became involved in the project through the renowned local practice, working closely with the Architecture firm Dulal Mukerjee and Associates, to develop a lighting scheme that balanced functionality with atmosphere. The objective was to provide appropriate illumination without overpowering the architectural and landscape features, allowing the space to transition seamlessly from day to evening use.

A carefully selected range of K-LiTE luminaires were deployed to achieve this effect. Navi luminaires were used to provide functional yet understated illumination along key circulation routes. Cyrilla fixtures were integrated to add soft architectural accents and layered light, while Nebula spike lights were strategically positioned to highlight planting and softscape features, creating depth and visual interest after dark. In the semi-outdoor seating area, suspended Magnum light fixtures were strategically positioned to create a consistent and welcoming ambience.

This project reflects K-LiTE’s ability to deliver context-sensitive lighting solutions within heritage and leisure environments, supporting architectural intent while enhancing the user experience. Through close collaboration with the project team and a thoughtful approach to product selection, K-LiTE continues to contribute to distinctive hospitality destinations across the globe.

Products

Navi

Cyrilla

Nebula

Magnum

Project Credits

Tolly Club Kolkata

Architects: Kolkata Architect Dulal Mukherjee & Associates

Additional Credits

Aarshi K-LiTE Channel partner – assisted in the mock-up and execution of this project in Kolkata

Located in Glasgow city centre, The Nook is the first space to open as part of Scotland’s first national network of walk-in mental health support hubs. Developed by SAMH in response to the current mental health crisis, The Nook provides free, non-clinical expert support seven days a week, with no referrals, no waiting lists and no stigma.

The interior design, led by award-winning Anna Campbell-Jones in collaboration with Finni Porter, brings a distinctive, human-centred approach to the space. Known for her sensitive, narrative-led interiors and work across cultural, civic and hospitality projects, Campbell-Jones’ influence is evident in the warm material palette and carefully considered spatial experience. The space has been designed to feel immediately accessible and reassuring, offering a calm, welcoming environment where visitors can engage in ways that feel comfortable to them.

Light Forms were brought into the project to develop a lighting scheme that supports both the emotional intent and practical operation of the space. The brief called for an environment that felt bright and uplifting while remaining calm and sensory-aware – striking a careful balance between colour, comfort and flexibility within a homely setting.

Working closely with the wider project team, Light Forms developed a layered, track-based lighting solution that allows the space to adapt to different uses and moods throughout the day. Linear suspended three-circuit track systems form the backbone of the scheme, providing flexible general illumination across the interior while allowing individual areas to be tuned to suit varying levels of activity and engagement.

Slimline track systems, finished to complement the interior palette, integrate discreetly into the architecture, ensuring the lighting supports the space without dominating it. Nova 50 track spotlights are used throughout to provide focused, adjustable light where needed, helping to define zones, support wayfinding and introduce moments of visual interest. Together, these elements deliver a well-lit environment that feels considered and tranquil, while subtle colour accents add warmth and character throughout The Nook.

Throughout the design and delivery process, the emphasis remained firmly on service user experience. The lighting scheme was carefully developed to meet specific sensory requirements, ensuring visitors feel comfortable, safe and at ease from the moment they arrive, while also providing a robust and practical solution that supports day-to-day operation.

Commenting on the project, Jude Deacons, Senior Programme Manager at SAMH, said:

“Light Forms were a fantastic supplier who contributed their time and expertise to ensure we delivered a safe and welcoming environment. Their work in partnership with our interior design team and on-site builders ensured The Nook had a lighting scheme that met our sensory requirements and, most importantly, it has provided a well-lit space that adds a real pop of uplifting colour throughout.”

Interior Designer, Anna Campbell-Jones also detailed “We saw the Light Forms products in Material Source and knew they were perfect for The Nook, a mental health support hub for SAMH. We loved that we could do custom colours and that the product would give our client flexibility which to us means longevity. We also liked the fact that the lighting could be taken down and reused in future sites – making it a sustainable choice and worth the investment. The Light Forms team were incredibly helpful with working out the spec and providing detailed lighting plans to suit our needs”.

With its flexible track infrastructure, carefully controlled light levels and sensitive integration into the interior design, The Nook demonstrates how considered architectural lighting can play a vital role in supporting wellbeing-focused environments. As the first of several hubs planned to open across Scotland by 2028, the project sets a strong foundation for future spaces within the national network.

Project credits:
Client: SAMH
Interior Design: Anna Campbell-Jones & Finni Porter
Principal Contractor: Taylor and Fraser
Property & Construction Consultants: Shepherd and Hardies
Lighting: Light Forms

With lighting playing an integral role in the creation of memorable events, Act Eventstudios in Holland have entrusted Pharos Architectural Controls to deliver the venue’s dynamic lighting.

Act Eventstudios is a state-of-the-art sustainable event and meeting venue located at Cleantech Park, Arnhem; a 90-hectare business park developed to provide a home to clean technology companies. Combining the aesthetic of a redeveloped industrial space with contemporary design and technologies, the space is attracting a plethora of meetings and events.

Dutch AV, specialist supplier of audio-visual equipment and technological partner in immersive experiences based in the Netherlands, was appointed to specify and deliver the AV system for the event space. Having worked with Pharos previously on a number of successful projects, the Dutch AV team knew they offered the best solutions for the venue.

A two-universe Pharos Designer LPC controller is working in conjunction with a Pharos Designer RIO D device for DMX and DALI control. These two solutions are seamlessly integrated with a Q-SYS Core 110f.

The Designer LPC features individually controllable and independently running timelines and scenes, offering the freedom of real-time manual overrides, with the versatility of powerful show control and integration features. With a compact form and minimal power requirements, the LPC can be installed almost anywhere.

The Designer RIO D provides a convenient and scalable way to control DALI fixtures and ballasts from a Pharos Designer control system. Each RIO D supports a single DALI bus, which can be used as an output for control and as an input for triggering, and up to 64 DALI Ballasts, including discovery, configuration and command.

The system from Pharos is controlling both DMX (via sACN) and DALI fixtures. DMX-recorded shows are triggered with Pharos for demo playback, while the RIO D handles DALI fixtures, including retrofitted industrial LED pendants and integrated downlights.

Adding to the benefits, the Pharos technology supports preprogrammed scenes with flexible override options, ensuring the venue can adapt its ambiance instantly without the need for technical staff to be on-hand. This is being achieved through the use of Pharos DMX Record; an award-winning, free-to-download, standalone utility for capturing multiple universes of sACN or Art-Net lighting data. Pharos DMX Record lets users capture complex lighting programming from another lighting control system and import recordings straight into Designer 2 for playback on Pharos Designer LPC family controllers. Furthermore, demo shows can be launched during tours and presentations, showcasing the flexibility of the venue’s lighting design.

Bas Hoksbergen, Business Development Director at Pharos Architectural Controls said: “Act Eventstudios is a fantastic venue, providing a sustainable space while not compromising on the capabilities of the technology. The LPC and RIO, from our Designer range, are delivering the perfect blend of high-quality lighting effects and the right amount of flexibility, while remaining straightforward for the studio’s team to use.”

Stephan Jansen, Dutch AV said: “What makes Pharos stand out for us is how smoothly the system integrates with all other components in our projects. It is stable, versatile and gives us the confidence that everything will perform as expected. The fact that communication is straightforward and that our input is really listened to makes working with Pharos both effective and enjoyable.

“This installation shows how Pharos fits perfectly in a hybrid setup like Act Eventstudios, where a fixed system needs to blend seamlessly with additional rental equipment. The flexibility of Pharos allows us to expand for each event while keeping everything integrated and reliable for the client.”

As well as providing the audiovisual integration, Dutch AV has an ongoing relationship with Act Eventstudios as the team support all of the events hosted at the venue. Dutch AV brings the expertise to integrate additional rental equipment with the in-house system when required.

Façade lighting plays an important role in shaping how buildings are perceived after dark, while also supporting the safety and usability of outdoor spaces. For residential, hospitality and commercial environments, wall luminaires must deliver not only visual impact, but also durability, efficiency and installation flexibility.

When specifying exterior wall lighting, professionals must consider a number of factors, including light distribution, colour temperature, glare control, environmental protection and long-term reliability. Increasingly, there is also demand for solutions that offer adaptability on site, allowing lighting effects to be fine-tuned to suit different architectural styles and changing project requirements. To meet these needs, LEDVANCE has expanded its outdoor luminaire portfolio with the URBAN WALL VARIO – a highly versatile, decorative wall light designed to combine architectural aesthetics with robust outdoor performance.

URBAN WALL VARIO is designed to provide upward, downward or combined up-and-down light emission, enabling specifiers and installers to accentuate façade textures, highlight entrances and create depth and visual interest across building elevations. Interchangeable reflectors are supplied as standard, allowing beam angles of 30° for more focused accent lighting or 55° for a wider, softer distribution, making it easy to tailor the lighting effect to the application.

On-site adjustability allows lighting effects to be fine-tuned during or after installation, with discreet controls enabling changes to light direction, colour tone and output without affecting the clean external appearance. This allows more sensitive integration of lighting with different façade materials and architectural styles. Built for long-term outdoor use, the luminaire combines robust construction with protection against weather, impact and temperature extremes, making it suitable for a wide range of exterior settings. High durability and extended service life also help to reduce maintenance demands over the lifetime of the installation.

Durability remains just as critical, especially in exposed outdoor locations where luminaires must withstand weather, temperature fluctuations and physical impact over many years of operation. URBAN WALL VARIO is rated IP65 for protection against dust and water ingress and IK08 for impact resistance, with a robust aluminium housing and C4 corrosion protection to ensure long-term performance in challenging external environments. A long lifetime of up to 100,000 hours (L70/B10) further reduces maintenance requirements and supports lower whole-life costs. From an installation perspective, efficiency and adaptability are also high on the priority list. With dual cable entries for through-wiring, snap-in connectors and a mounting design that allows installation in either orientation, the luminaire accommodates varied wiring approaches and simplifies coordination on site, helping to reduce installation time on fast-paced projects.

For projects requiring intelligent control and seamless integration with building management systems, URBAN WALL VARIO is also available with DALI-2 control gear. These versions enable precise digital dimming, individual addressing and flexible grouping zones.

Head of Project Sales at LEDVANCE UK – David Goddard adds, “Architectural lighting should enhance a building’s character while standing up to the realities of outdoor use. Our aim with URBAN WALL VARIO was to create a solution that supports creative façade lighting while also addressing the practical challenges faced by designers and installers on site.”

Supported by LEDVANCE’s technical guidance and project support services, the URBAN WALL VARIO range is positioned to help professionals deliver exterior lighting schemes that balance visual quality, reliability and ease of implementation across a wide variety of outdoor applications.