LIGHT EXPRESS-May 2025 by Beauty & Fashion World

LIGHTING TRENDS | INTELLIGENT CONTROL | HOME & BUILDING AUTOMATION | STREETLIGHTING | SECURITY

Elevator and Escalator Market Report 2025

The elevator and escalator market size is expected to see strong growth in the next few years. It will grow to $175.42 billion in 2029 at a compound annual growth rate (CAGR) of 8.5%. The growth in the forecast period can be attributed to the rising construction of skyscrapers, a boost in construction spending, rising urbanization, and increasing smart cities. Major trends in the forecast period include focusing on Internet of Things (IoT) technology, focus on gearless technology-powered elevators, focus on green home elevators, focus on product innovations and developing new products, and undergoing partnerships to reach new geographies and incorporate advanced technologies.

The increase in infrastructure investment is expected to significantly drive the growth of the elevator and escalator market. As buildings continue to rise in height, the demand for elevators and escalators has surged, enhancing efficiency and accessibility for users. For instance, in September 2024, the U.S. Census Bureau reported that construction spending was estimated at a seasonally adjusted annual rate of $2.16 trillion in July 2024, reflecting a 6.7% increase compared to July 2023. Additionally, total public construction spending rose to $270.8 billion in July 2024, up from $243.94 billion in the previous year. This substantial growth in infrastructure investments not only highlights the increasing need for vertical transportation solutions but also indicates a robust market outlook for elevators and escalators moving forward.

The global construction lifts market size was valued at USD 16.5 billion in 2023 and is projected to grow to USD 28.7 billion by 2032, exhibiting a compounded annual growth rate (CAGR) of 6.5% over the forecast period. A major growth factor driving this market is the increasing investment in infrastructure development coupled with the escalating demand for advanced construction equipment to enhance operational efficiency and safety. Rapid urbanization and industrialization in emerging economies are significantly boosting the need for construction lifts, thereby propelling market growth.

One of the primary growth factors of the construction lifts market is the heightening demand for improved safety measures and operational efficiency at construction sites. As construction projects become more complex and taller structures become increasingly common, the necessity for reliable and efficient vertical transportation systems has risen. Construction lifts offer a safer and more efficient alternative to traditional scaffolding and ladders, reducing the risk of accidents and improving productivity. This trend is especially prominent in high-rise construction projects in urban areas, where space constraints make traditional methods impractical.

Another crucial driver of market growth is technological advancements in lift equipment. The integration of advanced technologies such as IoT, automation, and remote monitoring into construction lifts has revolutionized the industry. These innovations have led to the development of smarter, more efficient, and safer lift systems that can be monitored and controlled remotely.

The vertical mast lifts market is anticipated to be valued at USD 1,230 million in 2025end. It is expected to grow at a CAGR of 8.1% during the forecast period and reach a value of USD 2,680 million in 2035.

In 2024, the vertical mast lifts market experienced steady expansion, driven by rising demand in construction, warehousing, and industrial maintenance. Higher use of pusharound aerial platforms is significant because they are cost-effective and portable.

Video technology in transition:

Video technology in transition: Video technology in transition:

For a long time, video cameras were used primarily for surveillance purposes. However, with digitalisation, new technical standards, and the application of artificial intelligence (AI), the range of possible uses has fundamentally expanded. Today, cameras offer far more than traditional security functions and are evolving into valuable sensor platforms within modern building

While cameras still play a crucial role in enhancing security, they are increasingly used in other areas such as marketing, parking management, workforce planning, and the control of building systems. Current technological trends, originally developed for security-related applications, are now opening up new use cases.

A prime example is the continuous improvement in resolution: 4K and even 8K cameras allow for highly detailed capture of people, objects, and situations – a development that benefits both security and a variety of other applications. Key advancements include intelligent video analytics, AI integration, cloudbased storage solutions, integration into IoT environments, and mobile surveillance technologies. Modern systems no longer simply record

video data passively but actively analyse it in real time – either directly on the device ("on the edge") or via central servers. This enables automatic triggering of alarms or initiation of processes. Artificial intelligence assists with the recognition of patterns, faces, or number plates and helps in automatically reporting suspicious activities. Instead of relying on local storage media, cloud-based solutions are increasingly being adopted, offering more flexible access and better scalability. Cameras are also becoming integral components of smart building systems – such as in smart homes, traffic management, or building-wide automation. The use of cameraequipped drones is also gaining importance among security authorities and private providers.

Data protection and public acceptance

As the use of camera technologies increases, ethical and legal issues are moving to the forefront. The European GDPR, stricter regulations around facial recognition, and the requirement to label monitored areas are contributing to greater transparency and building public trust. At the same time, clear legal frameworks are essential to ensure the responsible use of such

technologies.

Cameras as connected sensors

The term "visual intelligence" is increasingly replacing the traditional understanding of video surveillance. Today, cameras act as multisensory systems capable of detecting audio, temperature, or even chemical signals. Supported by AI-based analytics, they contribute not only to building security but also to the optimisation of operational processes. Close cooperation between manufacturers, integrators, and security experts is creating solutions that deliver tangible added value – from automation to increased efficiency.

New perspectives for building security

Thanks to AI-based video analytics, proactive security strategies are now possible. Cameras can detect behavioural anomalies, movement patterns, or unauthorised access and trigger appropriate responses automatically. Especially in highsecurity areas such as airports, these systems can flexibly adapt to emerging threats and provide targeted support to security personnel.

Early fire Detection via video

One of the major innovations in fire

protection is AI-powered, videobased fire detection. Systems such as Bosch's Aviotec 8000i IR use deep learning algorithms to detect smoke and flames in real time. They operate reliably even under challenging conditions such as darkness, humidity, or strong air circulation, often identifying hazards earlier than conventional detectors.

Added value beyond security

Intelligent cameras are also being used in sectors such as retail and hospitality. They monitor visitor flows, identify peak periods, and analyse customer behaviour. As a result, they support not only security but also provide valuable operational data for planning, marketing, and personnel management.

Building management through video

data

Management software evaluates the captured information and makes it usable for operators – for instance, to determine occupancy levels, demographic structures, or traffic flows. Environmental aspects can also benefit when HVAC systems are controlled based on room occupancy or lighting is adjusted according to demand. In this way, intelligent camera technology actively contributes to sustainability in buildings.

Fujitec to Launch New Standard Elevator Model in Spring 2025

Masayoshi Harada, CEO of Japan-based Fujitec Co., Ltd., announced the company will launch a new standard elevator model, Ele Glance, in spring 2025. A successor to Fujitec’s XIOR standard elevator model, Ele Glance is equipped with enhanced capabilities in design, maintenance and disaster response. Ceiling, wall and floor materials are available in 29 colors, and interior space follows the CMF design framework that combines color (C), material (M) and finish (F) to determine first impressions. Different combinations of ceiling lights, wall and floor colors and patterns form the basis for the three main designs offered: Smart, Elegant and Friendly. Ele Glance’s remote-monitoring system has been upgraded for advanced maintenance service, and the unit’s main equipment has been relocated at the top of the elevator shaft to minimize flood damage.

The New Reality: using KNX to create virus-conscious buildings by treating internal spaces as a single environment

One of the immediate impacts that the pandemic will have on our industry is changes to the specifications on new projects. Even if the current coronavirus crisis comes to a quick close (which looks increasing unlikely), building specifications are still likely to be adapted to include some of the lessons learnt. After all, COVID-19 is not the first coronavirus to have an impact on the human population; SARS and MERS are both from the same family of virus. Nor is it likely to be the last. An obvious change is to make buildings as contactless as possible. Whilst this is not difficult to achieve in larger open spaces, it is much more difficult in smaller offices or buildings whose usage naturally requires privacy. The first step to achieve contactless design is being able to determine when someone is entering or leaving a space, be that open or enclosed, and the ability to monitor much more accurately if people are still in a space.

Contactless operation

KNX offers a perfect solution for contactless operation with products such as the Steinel True Presence detector. Using microwave sensing technology that is tuned to the movement signature of a human breathing, the sensor offers extremely accurate presence information as well as outputs based on direction of movement and distance to movement. With motorised doors and intelligent lighting and HVAC, it would be simple to create a completely contactless environment as people move through a building and use different spaces. Another product from Steinel offers a neat solution to manage social distancing. The HPD 2 is a camera sensor which is able to determine the number of people in a room or in defined areas of the room. It could be used to provide feedback when additional people enter a shop, move from one part of a building to another or to increase the ventilation to ensure fresh, clean air is provided in more confined spaces.

The Steinel HPD 2 camera sensor.

As a scenario, in a high-rotation office space, a group of people have booked a meeting room. They enter the room, which has been brought up to temperature for them ten minutes before the meeting is due to start, and the lights turn on as they enter. They log in so their presence is recorded, and the system adjusts based on the number of people actually using the room. Then, after the meeting, the absence of people in a room might be used to trigger the cleaning crew to enter and wipe down the surfaces, so making the transition to the next users less risky.

Air quality

Managing the quality of the air in the building is another area where building controls have a major role to play. This requires a shift in mindset from HVAC being as efficient as possible to it being able to perform at a level which maintains the highest levels of filtration and air changes. This transition will take time, but as this white paper from HMS Intesis suggests there are some immediate ways that existing systems can be used to help control the spread of airborne virus inside. For this to work, a high level of control is needed over the AC systems and possibly a high level of integration with existing BMS systems, both of which HMS Intesis has proven solutions.

The New Living and Working Environment: KNX at the core of safe and energy-efficient spaces

energy-efficient environments for living and working, and outlines why KNX technology offers the ideal choice in terms of space flexibility, adaptability and maintainability.

Paul Foulkes looks at the way we must adapt buildings to provide safe, healthy and

Covid has affected almost every aspect of our lives, and how we work has been a key area that has changed. Initially, we worked from home, and a lot of us struggled with this new dynamic, but as we slowly return to our offices, we find that the

workplace has changed. Even with the most recent relaxation of Covid measures in the UK, the office is very much different to how it was in early 2020. All of these changes have led us to be much more aware of our working environment – for ‘work space’ read ‘social distancing’, for ‘room temperature’ we now also think of ‘ventilation’ and ‘air quality’. Even at home, these are things we now consider.

In the commercial environment, we

have learned that flexibility isn’t just about linking a sensor with the HVAC or some lights – it’s about being able to tailor the building for new layouts and ever-changing levels of occupancy. With continuing rises in energy costs, maintaining optimum energy efficiency is another factor that we all must consider.

These new issues will be of concern to us at all levels of interaction,

whether we be end-users, managers, or facilities management (FM) teams. This means as constructors and integrators, we must consider these elements in our new building designs, as well as see if we can deal with them in our existing buildings.

Changing spaces

The office space is changing – we were used to hot-desking, but Covid has forced us to re-assess shared space. It has to be flexible but also easily cleaned to keep it healthy. Social distancing means space is at a premium so businesses are exploring the possibilities of contactless work environments. At the same time, working from home, for many of us, will remain in some form, and mixing this work environment with our home life will require new approaches to residential buildings.

A lot of offices will have some form

of BMS, so changes may be possible. We know that KNX has the full capabilities, across multiple commercial and residential building topologies to effect the changes required. Ensuring that new buildings include this flexibility, adaptability and maintainability will come from design collaboration that can be driven by the KNX integrator. Existing buildings can adapt if KNX is already at the core of the BMS installation.

Real-time space management

Space management linking to real occupancy usage and ventilation adaptation is essential. The control solutions must factor in energy management, with lighting control and efficient, comfortable heating. Thanks to a choice of sophisticated presence detectors, KNX offers a perfect solution to this by integrating intelligent lighting control with multiple types of HVAC. There are pixel-based sensors that go a step

further by keeping count of how many people are in a space in real time. This can be used to provide feedback to restrict access when an area is full, or to increase the ventilation to ensure fresh, clean air is provided in more confined spaces when more people arrive. This is pre-emptive control rather than reacting to already high levels of CO2. Using KNX to integrate motorised doors, it would be simple to create a completely contactless environment as people move through a building and use different spaces. A scenario could be as follows: in a high-rotation office space, a group of people have booked a meeting room. This booking was carried out remotely and logged on the building system. When they enter the room, it has been brought up to temperature for them ten minutes before the meeting was due to start. The lights turn on as they enter, dependent on ambient light levels. They log in so their presence is recorded, and the

system adjusts based on the number of people actually using the room. The system monitors CO2, temperature, light and shading, and adjusts heating, lighting and ventilation accordingly, in real time, exactly dependent of the prevailing conditions and use case. This is truly effective real time space management.

KNX in the home

At home, things are slightly different. The same requirements exist, namely adequate ventilation, suitable lighting and the correct heating, all managed to the highest levels of energy efficiency. Modern housing should be able to fulfil this from outset, rather than by having to add Internetdependent gadgets. KNX can play the central role in residential development and, for instance, help to achieve the requirements set out in the recently-revised and updated UK building regulations.

KNX sensors such as the Theben AMUN 716 CO2 Monitor can be used to monitor prevailing conditions and adjust the environment accordingly.

Revitalising elevators

With the integration of new technologies and advanced mechanical components, elevators not only become safer for an improved passenger experience, but smarter and more energy efficient

The world is witnessing a rapid evolution of cities and densification of urban landscapes, a trend that’s only expected to grow in the decades to come. According to the growth projections made by the United Nations Department of Economic and Social Affairs (UN DESA), 68% of the world’s population is predicted to live in urban areas by 2050, which means approximately 2.5 billion more people will join these bustling cities. The projections also anticipate that 35% of this growth will collectively come from India, China, and Nigeria.

To equip Indian cities for thriving

with this urbanisation growth, the need for redevelopment and modernisation of existing buildings has become a pivotal focus of urban planning. Major hotspots such as New Delhi, Mumbai, Bengaluru, and Surat are at the forefront of embracing this trend to make more efficient use of land and address the formidable challenges posed by ageing infrastructure and land scarcity. At the heart of this transformation lies the vertical transportation industry, a critical backbone of modern infrastructure that ensures comfortable, smooth, safe, and efficient movement within buildings.

In cities across India, outdated elevator systems pose significant operational challenges, especially in multistorey ageing buildings that are yet to be redeveloped. Typically, 20 years is the age at which building managers begin to consider elevator

modernisation. Many of these structures have elevators that were installed when high-rise construction first started in the early 2000s, and are now showing signs of wear and tear and inefficiency.

Safety holds the highest priority in the vertical mobility space. Timely modernisation of products ensures that these systems are up to code. With the integration of new technologies and advanced mechanical components, elevators not only become safer with an improved passenger experience, but also smarter and more energy efficient. For instance, solutions like variable frequency drives can adjust the elevator’s motor speed to match the required load, and regenerative drive systems enable elevators to convert excess energy into electricity that can be fed back into the building’s power grid. Elevators with IoT-enabled solutions

that provide real-time intelligence, offer visibility into portfolio performance, enable predictive maintenance, and facilitate the resolution of some issues remotely, thus substantially reducing downtime, failures, and unnecessary inperson service calls. Furthermore, features like cutting-edge destination control systems improve traffic flow and reduce wait times by predicting and adjusting to traffic patterns throughout the day.

Demand for aesthetics

In the present landscape, vertical transportation systems are integral to the aesthetics and intelligence of buildings, revamping urbanisation in ways that go beyond efficiency. The demand for modernisation of elevators has surged, driven by a combination of shifting consumer preferences, technological innovation, growing expectations for sleek design, and an enhanced user

experience that can redefine the aesthetics of vertical mobility in modern cities.

Digitisation for safety

Digitisation is key to enhancing efficiency and safety, by making vertical mobility smarter and more reliable. Transforming user experience and leaving a lasting impression on passengers from the moment they step into the elevator, we provide them with features like the eCall app, a smartphone app that allows passengers to summon their elevator with a single swipe. Modern elevators are also being integrated with smart building systems that allow upgrades via software improvements, thus facilitating continuous technological advancements without the need for complete replacements.

Customisation as a key

According to a recent report by Research and Markets, the Indian elevator and escalator market is

expected to grow at a CAGR of approximately 8.2% between 2024 and 2032. This is a direct indicator of the increase in adoption of vertical mobility products by a diversified consumer base and the industry has been making significant strides in crafting bespoke products with relevant applications that cater to each of these segments. For instance, hospital elevators today are large in dimension and being equipped with features such as UV sterilisation, anti-slip flooring, automatic doors, touchless controls, and advanced safety systems critical for ensuring patient safety and seamless transport. Similarly, in areas of high traffic, escalators and elevators with intelligent control systems are being developed that detect anomalies and respond accordingly, ensuring passenger safety and avoiding inconvenience.

Current regulatory landscape

At present, India doesn’t have a central and uniform statutory

framework of vertical transportation for governing, regulating, and administering matters related to installation and maintenance of lifts. A common regulatory landscape would harmonise various existing safety and quality standards of lifts and escalators. It would further drive uniformity in training and certification for technicians and help attract investments in advanced elevator technologies, promoting the adoption of energy-efficient and smart elevators, thereby contributing to sustainable urban growth.

Elevators are integral to the overall functionality, safety, and efficient operation of buildings. As the country embraces the ongoing wave of redevelopment, revitalizing vertical mobility systems plays a critical role in creating smarter, more efficient, and sustainable infrastructure that can enable our rapidly urbanizing cities to remain functional and liveable for generations to come.

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TK ELEVATOR ENHANCES MOBILITY

AT GUANGZHOU BAIYUN TRAIN STATION IN CHINA WITH 150 VICTORIA ESCALATORS FOR HIGH-TRAFFIC AREAS

TK Elevator provides train station with victoria escalators that are specifically designed for heavyduty use and high-traffic areas.

TK Elevator’s mobility solutions ensure safe and reliable passenger transit within major transportation hubs.

The Chinese train station project solidifies once more TK Elevator’s position as the preferred provider for infrastructure undertakings worldwide.

TK Elevator, a global leader for elevator and escalator solutions, marks a significant achievement with the installation of 150 units of its flagship ‘victoria’ escalators at the newly reopened Guangzhou Baiyun train station in China.

Positioned as one of China's cuttingedge "superstations," the revamped Guangzhou Baiyun train station serves as a vital link between the country's expanding transportation

networks. Boasting 24 tracks and platforms, a vast 40,000 m² waiting hall, seven floors, and a capacity of up to 15,000 people, the station underscores China's dedication to modernizing its transportation infrastructure and TK Elevator’s commitment to delivering innovative solutions that enhance urban mobility. As China advances its transportation networks nationwide, TK Elevator's mobility solutions play a pivotal role in ensuring safe and reliable passenger transit within these major transportation hubs.

“This project’s importance extends beyond the number of escalators involved. It showcases our leadership in backing future infrastructure projects and our commitment to advancing sustainable public transportation. Our victoria escalator, orinoco moving walks, and wide range of elevator models play a pivotal role in enhancing the passenger experience within expanding railway and

metro networks worldwide,” states Jürgen Böhler, CEO Asia Pacific, TK Elevator.

With a rich history of engineering excellence spanning over a century, TK Elevator has solidified its position as the preferred provider for infrastructure projects worldwide, facilitating the seamless movement of people with elevators, escalators, and moving walks throughout their journeys. From prominent international airports like Portland, Toronto, and Hong Kong to metro stations across the world, including Hamburg, Berlin, Stockholm, Rome, Istanbul, Cairo, and Riyadh, and

design to installation and maintenance on any brand of elevators, escalators, walkways, lifts, passenger boarding bridges, stairlifts, platform lifts and home elevators – any place and any time. With our digital solutions like AGILE and the IoT platform, MAX, there are no longer any limits to urban mobility. TK Elevator became independent following its separation from the thyssenkrupp group in 2020. The company achieved sales of around €9 billion in fiscal year 2022/2023. With around 50,000 employees, 25,000 service technicians and over 1,000 support centers globally.

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Q-Tran is now QTL

Over thirty years ago, Q-Tran was born with a vision: to manufacture superior power solutions. As we grew, we expanded our offering to include the highest quality LEDs and fixtures, positioning us as a leader in architectural lighting. Now it’s time that our brand reflects the dynamic, innovative company we’ve become.

We are QTL

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EAE Technology

EAE is established in 1973 and is a global company which has sister companies in Germany, Italy, Australia, USA, UAE and Russia. EAE exports its products to 112 countries, and has many regional offices all around the world.

EAE Technology is a member of EAE Group of companies and develops and produces intelligent building solutions with open protocols such as KNX and DALI. At the same time, EAE Technology is an R&D center and KNX training center. As of today, EAE Technology products are in use in 60 countries. The mission of the company is to develop smart automation systems and devices that improve and facilitate people’s environmental conditions, as well as saving energy.

Customer centricity and reliability

EAE Technolgy gained trust and established long term relationships with all its customers due to its focus on customer satisfaction.

Providing long time warranty, fast response are very important strenghts of the company.

Also, giving short leadtime despite worldwide supply chain problems and microprocessor crises made EAE Technology’s brand value on a different positions on its customers mind.

Quality focus

Creating difference in the rapidly developing technology world depends to have a dynamic quality system and to make it sustainable. EAE Technology’s Quality Management System passed many international audits.

EAE Technology differantiates the products with testing each and every device for all functions. Despite the process is costly with the requirement of extra manpower, time and focus, EAE Technology is aware of the imposrtance of customer satisfaction.

Innovation and Speed

EAE Technology, with its experienced R&D team, follows the innovations closely and develops products which is on the front line of global new trends and presents them to the market.

EAE Technology continues to develop patented products and features that bring a new perspective to different sectors.

Online Stores in 5 European countries!

EAE Technology took its place in the online market with the acceleration of the growing online shopping. EAE Technology established online stores in Germany, France, Italy, Spain and UK.

Five language options are added to EAE Technology’s website and products’s technical files and ETS databases.

We are looking for local Channel Partners for execution of online stores and to establish and govern the sales network in these countries.

Lighting a Room, Simplified

The right lighting can lift your spirits andmakeyoumorerelaxedand productive. Here’s how the pros do it.

Any experienced designer will tell you that lighting is an essential ingredient when you’re decorating a room — not the afterthought that many of us consider it. If you’re tempted to spend more of your time picking out furnishings or puzzling over layouts, remember that lighting can completely transform a space — not just by brightening dark corners, but by affecting your emotions. “Light is a powerful thing,” said Theo Richardson, the director of development at Rich Brilliant Willing, the Brooklyn-based design studio known for its striking LED fixtures, which he founded with Charles Brill and Alexander Williams. “The right light lifts the mood, inspires productivity and motivates us. At home, light enlivens the little things — our morning routines, or the moments we spend with friends.”

Mix It Up

Most designers agree that you need more than one source of light in a room. Think layered illumination: Every room should have a mix of

lighting, including overhead, accent and task lights.In the living room, for example, you might begin by hanging a decorative ceiling fixture near the center of the room, said Nathan Orsman, a lighting designer based in New York City and Southampton. “Then we look toward the outer walls for downlighting that can gently wash the walls, curtains and art with warm, functional brightness,” he said. This can be achieved with soffit or valance lighting, or even plug-in torchier floor lamps that bounce light off the ceiling.

Depending on a room’s layout, he said, accent lights could be used to highlight art, and table lamps could be placed beside seating to add another layer of light. And for extra ambience, he added, “a candle never hurt.” The goal, he explained, is to create contrast between the light at the center of the room and around the perimeter, and the darker spaces in between: “Without the darker, quieter moments, everything is flat and boring. It’s the subtle interplay between light and dark that creates appeal.”

Go Bright in the Kitchen

One place where bright light is more

important than ambience is the kitchen. Mr. Orsman suggested flooding the space by installing highhats or recessed lights along the edge of the ceiling. If you have a kitchen island, consider hanging pendants overhead, he said, which will light the space without taking up room you might need to eat or prepare food. Also, you’ll be able “to see your guests without having to look around a hanging light.”

And don’t forget under-cabinet light: Running LED light strips on the bottom of your upper cabinets is the easiest way to create an evenly lighted counter space for food prep and cooking.

Consider a Room’s Orientation

If you have a north-facing room without direct sunlight, it will generally require a little more thought. Donna Mondi, an interior designer in Chicago, installed recessed fixtures along the perimeter of a north-facing living room to complement a central pendant that spread light horizontally throughout the space. But she didn’t stop there: She also used table lamps to illuminate dark corners and a pair of sconces to draw attention to a special piece of art. For a dark bedroom, she used a

similar strategy, combining a central chandelier with discrete up-lights in the corners of the room, bedside lamps for reading and a pair of sconces over the fireplace opposite the bed. Light Up the Corners “When you have an empty and awkward corner, one trick of the trade is to transform that space with an oversized floor lamp,” said Caitlin Murray, the founder and chief executive of Black Lacquer Design, in Los Angeles.

“Look for a lamp that is complementary in finish and material to the surrounding space, and an otherwise lost corner instantly becomes an intentional, polished part of the overall room design.” To brighten up the space next to a desk in a bachelor’s living room, Ms. Murray chose the Detrick Floor Lamp, from Arteriors, in an earthy finish with a gray-green shade.

“It did the double duties of providing added light to his work space while also being a statement accent piece,” she said. “It was important to find something in tone and texture that both complemented the overall design and provided enough of a contrast to the surrounding neutrals to really make a visual impact.”

Gateway for building automation with advanced lighting control

Intesis introduces the DALI-2 to KNX TP PRO

We’re excited to announce the launch of the Intesis DALI-2 to KNX TP PRO Gateway. This innovative multimaster application controller brings unparalleled interoperability between DALI-2 lighting systems and KNX automation, allowing for comprehensive control, monitoring, and customisation.

Designed to streamline building automation, the new Intesis gateway integrates DALI-2 ballasts and KNX systems, offering features like switching, dimming, color control, and emergency lighting management. It supports up to 64 Electronic Control Gears (ECGs) along with 8 DALI-2 motion detectors or light sensors, enabling group and individual control across 16 configurable groups.

Enhanced security features, including KNX Data Secure, ensure encrypted communication, while IoT compatibility prepares any building

for the future of smart automation. Additionally, the Intesis gateway’s advanced Human-Centric Lighting (HCL) supports color control options such as RGBW and tunable white, creating a lighting environment optimized for occupant wellness and comfort.

With a built-in DALI power supply, flexible input support for various devices, and configuration options via ETS+DCA, web interface, or directly on the device, the installation is simpler than ever. As a fully certified DALI-2 and KNX solution, the Intesis DALI-2 to KNX TP PRO Gateway empowers building managers and users to elevate their automation systems with versatile lighting control and seamless integration.

Features and Benefits:

Interoperability between DALI-2 and KNX systems: Multiple configuration methods are available: ETS+DCA,

web interface, and directly on the device. The gateway is DALI-2 and KNX certified.

Simplified installation without extra power supply: Embedded DALI Power Supply for the connected devices.

Full lighting control for the building user’s comfort Broadcast control, group control, and single ECG control.

Advanced Human-Centric Lighting (HCL) setup for occupants’ wellness. Colour control features include RGBW, tuneable white, HSV colour control, and x/y – Colour Space.

Reliable Emergency Lighting management. Supports single-battery emergency lights (EN 62386-202) and central battery emergency lighting systems.

Enhanced security for data communication: KNX Data Secure is supported, ensuring safe and encrypted communication in building automation networks.

IoT and Smart Building Ready: MQTT / IoT compatibility, allowing integration with IoT platforms and smart building systems.

Flexible input device support for automation: Supports motion/brightness sensors, push buttons, and generic inputs for customisable automation and control. Virtual Input Devices can be settled.

The DALI-2 to KNX TP PRO Gateway has arrived to complete the Intesis portfolio for smart lighting integration.

DIN-Rail Products Stability and Reliability

Beside fields devices, EAE Technology has full range of backend devices and sensors. Actuators, dimmers, interfaces, gateways and all system devices are available. Robustness of panel devices and variety of sensors attracts system integrators. Devices are being tested and approved by accredited laboratories for EMC, LVD, aging, lifetime tests.

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There are more than 1 million active KNX and DALI products in different projects all around the World.

EAE Technology’s Technical Support and Training, Project Desing, After Sales and Quality departments are in service for following the projects hand to hand.

Responsible person: Ozge Goresim Deniz ozge.goresim@eaegroup.com

Explora SPECTRUM

With endless design possibilities and uniform colour changing covering the entire colour range, Explora Halo Spectrum by Hacel delivers powerful performance. Allowing engaging and imaginative concepts to be created, the elegant LED pendant is available in Midi (1236 Ø ) and Micro (1077 Ø) sizes bringing lighting to life.

Hacels range of innovative LED luminaires can incorporate the latest Bluetooth Low Energy control platforms, offering intelligent, revolutionary wireless lighting control.

Energy Efficiency: controlling window coverings intelligently using KNX

According to the UN Environment Programme, buildings use about 40% of global energy, so Andy Ellis looks at how controlling window coverings intelligently can help make buildings more energy efficient.

The reason for covering a window opening is either to provide privacy or to block light. When we block the passage of sunlight we also block solar radiation, and this will reduce heat gain in the room. The reverse may be true in cold weather, i.e. the covering may to some extent, prevent heat loss. The control of window coverings however, is a subject that is far more complex than it first seems, so let’s look first at the types of covering with which we could be dealing. Controlling window coverings intelligently is key to making buildings more energy efficient (image source: Farnborough Blinds).

Types of window covering

The most common types of window covering are the roller blind and the curtain, but there are many more, including Roman blinds, Venetian blinds, vertical blinds, horizontal blinds, plantation shutters, the Jalousie (an external shutter or blind), blackout blinds and blinds built within the pains of the double glazing. All of these can be manually or electrically operated. For completeness, we should also add electrochromic glass.

Powering window coverings

As a rule of thumb, electric window coverings are powered by either a

220-240V mains AC motor or a 24V DC motor. There are also some systems that run on a 12V DC motor, but these are less common.

Mains voltage AC motors have two windings, referred to as ‘split winding’. One drives the motor in one direction, the other in the other direction. So the power cable has a single neutral that is used for both windings, and two lives, L1 & L2, for powering winding 1 and winding 2 respectively. An interlock has to be provided to stop both windings being powered at once.

How are window coverings controlled with KNX?

Using the motors as described above, connections can be directly powered and wired through a KNX relay. Looking through the main KNX manufacturers product listings, nearly all of them have a blinds relay device for use with either mains or low-voltage motors. The relay can be DIN-rail mounted (usually 4- or 8channel) or fit into a backbox (usually single- or dual-channel). Once you have the motor mechanism operational, then any KNX switch or server (app) should be capable of operating movement in either direction.

Often curtain tracks will be supplied with units with dry contact control (simply short the contacts together to facilitate operation) and again, these can be connected directly to any KNX relay. More recently, we are beginning to see manufacturers incorporating KNX chip sets directly into the device itself. The ABB JRA/ S4.230.5.1 is an example of a 4-

channel KNX device designed for positioning blinds, roller shutters, awnings and other shading products as well as for controlling doors, windows and ventilation flaps.

In commercial environments, motorised window covering drive units tend to include SMI (Standard Motor Interface), so KNX manufacturers have responded by providing KNX to SMI interfaces to bring control of these coverings within the KNX system. An example of a KNXto-SMI interface is the Vestamatic IF SMI KNX 24VDC 16 CH motor control unit. This can control a maximum of 16 24VDC motors with SMI interface for blinds, awnings, large louvre blades, roller shutters, windows, light domes, etc. within a KNX bus system (image source: Ivory Egg).

Additional functionality with KNX

Over and above manual operation, there are various ways that KNX control can be used to increase comfort and efficiency. For example, the system can be programmed to automatically open and close blinds at daybreak or sunset, utilising shading options to either simply block the sun on a bright day or to provide solar shading, which is especially relevant in larger commercial buildings. Actions can be programmed according to time of day, and/or connected to sensors. For example, depending on prevailing ambient heat and light levels, the system may elect to switch lights on and close blinds (rather than switch on air-conditioning), or open blinds and switch

lights off.

The future is bright, despite COVID-19

According to the report ‘Blinds and Shades – Global Market Trajectory & Analytics’ by Global Industry Analysts, Inc, “Amid the COVID-19 crisis, the global market for blinds and shades estimated at US$10.4 billion in the year 2020, is projected to reach a revised size of US$12.4 billion by 2027, growing at a CAGR [Compound Annual Growth Rate] of 2.6% over the analysis period 20202027.” Further, according to the report ‘Smart Window Market –Growth, Trends, COVID-19 Impact, and Forecasts (2021 – 2026)‘ by Mordor Intelligence, “The COVID-19 outbreak has affected industries across the globe. The Smart Windows industry has also been affected by the disruption in the supply chain but has been profited by the increased attention due to the subsequent rise in the Smart Home ecosystem interest in the market.” Interest in automated window coverings is increasing worldwide (image source: Farnborough Blinds).

From a UK perspective, approximately two thirds of all motorised window coverings are sold into the commercial market place, and although actual sales figures for motorised window coverings are not easily found, given the everincreasing emphasis on global warming and the need to enhance the efficiency of buildings, we can expect the market to continue to grow in step with the rest of the world.

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Using Less Energy Energy Efficiency: Lighting

It takes a lot of energy to light up the world. Lighting is responsible for 19% of electricity use worldwide. In the United States alone, lighting accounts for almost 25% percent of electricity use in homes, and about 13% in offices, stores, schools, and other commercial buildings. Clearly, reducing the amount of energy used for lighting would make us more energy efficient. But modern society relies on electric lights so we can remain active at all hours of the day and night. What makes current lighting systems so inefficient?

The easiest and most obvious step to save energy is to turn off lights that are not in use. While that helps, it does not solve the problem. The big question is, how can we make artificial lighting more energy efficient?

What We Currently Use

Most electric light fixtures use either incandescent or fluorescent lightbulbs, or lamps, as the light source. Incandescent lamps produce a pleasing warm light. They are relatively inexpensive to manufacture and come in all kinds of shapes and sizes. Many different types of lighting fixtures are designed to fit the screw-in base of this type of bulb.

The incandescent lamp consists of a large glass bulb attached to a metal base that serves as the electrical contact. The outside of the base is threaded, to be screwed into the light fixture. The hollow glass bulb contains a metal wire called a filament—the filament is made of tungsten—attached to the electrical contacts in the base of the bulb. The filament is very long— about 2 m (6.5 ft) in a standard bulb—but extremely thin, at about 0.254 mm (0.01 in). The wire is very tightly coiled and that coil is then wound again, to fit inside the bulb. An inert gas such as argon fills the inside of the bulb. When an electrical current runs through the filament, it heats up and glows.

There are a number of drawbacks to incandescent lamps. The tungsten evaporates over time of use, weakening the filament until it breaks. At that point the lamp no longer works and needs to be replaced. A 100-watt incandescent lamp is rated to last 750 hours, not a very long time. However, the biggest issue for incandescent lamps is that they are not very energy efficient: they produce heat as well as light. This heat escapes into the surrounding environment. In fact, incandescents produce the least light for the amount of energy used to power them. This makes them huge wasters of energy.

The halogen lamp is another type of incandescent light bulb. Halogen lamps also use a tungsten filament, but a hollow quartz covering (quartz is much harder than glass) filled with halogen gas encloses the filament. When the filament heats up, the halogen gas reacts with tungsten vapor, redepositing tungsten atoms back on the filament. This enables the filament to last much longer, and to be heated to a hotter temperature. Thus a halogen lamp lasts longer than a standard incandescent and gives off light that is brighter and purer in color. However, halogen lamps get extremely hot, much more so than standard incandescent lamps. That means that halogen lamps are also energy wasters.

Fluorescent lamps, the other common type of electric lightbulb, are much more efficient than incandescent lamps. Fluorescents use approximately 30% of the energy of an incandescent bulb to produce the same amount of light. They are commonly found in institutional settings: schools, offices, stores, and public buildings. Lighting fixtures that use fluorescent lamps are cheaper to operate, and they produce a fair amount of light for the money.

Compact Fluorescent Lightbulbs

The compact fluorescent bulb uses the same process as a traditional fluorescent tube, but uses a smaller spiral shape and a screw-in base that allows it to fit into fixtures made for incandescent bulbs. The compact fluorescent lightbulb (CFL) is one very popular option for reducing lighting costs. The CFL is a fluorescent lamp manufactured to fit the same fixtures as incandescent bulbs. This type of lamp has been available since the early 1980s but is only now catching on with consumers. The big advantage: CFLs use much less electricity—70% to 75% less, according to some sources.

CFLs have the same energy-saving advantages of standard fluorescent lamps. But only now are these lamps being used regularly. Why? The early CFLs were terrible. The light they produced was dim and dull, with an awful color. On top of that the lamps took a long time to reach full power, and even at full power, they flickered. Today’s CFLs are much better. The color has been softened, the light is no longer dim, and the lamps start up much more quickly. The improvements have resulted in greater popularity with consumers. In fact, some countries, including Australia and Canada, have mandated that consumers switch from incandescent lamps to CFLs by specific dates. Other countries are also encouraging consumers to make the switch to save energy. CFLs are not perfect replacements for incandescent lamps.

Home Control: KNX user interfaces offer beautiful form and superb function

Light + Building brought us many new user interfaces, and for those in the UK that were not able to travel to Germany, distributor Ivory Egg put on a dealer event, from which Simon Buddle gives his top picks.

The problem with engineers is that, typically, they are more interested in what is under the hood and how it works, rather than how it looks. We spend all our time building control panels, working out current draw and analysing fault logs – all important stuff and no doubt without which the systems are unlikely to perform at their best. But from the client’s perspective, all that work is taken for granted – if you hire a company to install a KNX system, expertise and competence are a given. The client’s interest lies in functionality and aesthetics.

The client’s interest lies in functionality and aesthetics

(image source: Frankfurt Messe Exhibition GmbH / Pietro Sutera). The user interface, in its many and varied forms, is the front-of-house device that the customer uses on a day-to-day basis. It could sit alongside contemporary furniture, in a country manor or any aesthetic in between. Every new user interface from a KNX manufacturer gives us installers the opportunity to better meet or match any customer’s functional and aesthetic requirements, so, with the Light + Building show now fading in the rear-view mirror, it is worth a quick look at

some of the new keypads and touchscreens on display for the first time. Here is my selection:

Jung

The Jung LS Touch is a great new product. It comprises a keypadsized touchscreen with swipeable pages. For me, this is a fantastic addition to the KNX world. Using the same form factor, colour, and layout, it becomes easy to adapt the keypad for simple or complex operations whilst keeping the user experience consistent. It comes in huge choice of finishes and colours. One point to note is that it consumes 60mA of bus power per keypad. That will need some thought on larger installations, in order to be sure the total load is catered for.

The Jung LS Touch is available in a huge range of colours and finishes.

Gira

Gira showed the latest innovations in RF keypads. These are battery-driven and can be retrofitted to any KNX system, or could be the basis for a new installation. Coupled with the new Gira One server it is easy to create a cost-effective smart home solution, with all programming carried out in the well-established Gira Project Assistant software, saving time and keeping costs to a minimum.

(bottom right) Gira Project Assistant software. Although not a user interface, Gira showed the F1 SIP bridge too. This is primarily for use in multi dwellings where a centralised door entry phone system has to be connected to each apartment. The F1 bridge provides a secure connection between the landlord’s LAN and the apartment’s private LAN. It also carries KNX messages between the two segments, making it is easy to distribute information from, for example, a central weather station to all apartments. The Push Button Sensor 4 range of finishes and styles has also been expanded enormously.

A company I have been keeping a close eye on for the last two years is Faradite. This British-based manufacturer, whose first foray into the market was a set of very elegant contact-closure-only keypads, has produced its first native KNX product, a small PIR. Watch this space! I am sure we will be seeing more from them as they continue to work closely with Ivory Egg.

Zennio have added the Tecla capacitive keypads and a new touchscreen, the Z28, due for release later this year. The Tecla keypad comes in one, two, four, and six button configurations and variety of colours.

In the UK, the user interface had, for many years, been seen as the Achilles heel of a KNX system. However, with contemporary designs, broadening aesthetic horizons and, of course, the ability to mix and match keypads, this fell by the wayside some years ago. Now with the addition of yet another tranche of great-looking products, KNX is leaving its competition in its wake.

As much as we all love the engineering element of our job, for me, it remains clear that the user interface takes priority over the back-house panel full of actuators. If the keypad style and finish match the aesthetic of the home, and the functionality of the interface meets the customer’s requirements, that is when we can honestly say that the KNX system has fulfilled both form and function – and that is every architect’s dream.

(Top) the Gira KNX RF keypads, (bottom left) Gira One server, and

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Energy Management: making the transition to low-carbon buildings using KNX

Harm Elzinga discusses the energy transition and its challenges, and makes the case for using KNX-based energy management systems reduce our carbon footprints.

Given the effects of climate change, the geopolitical situation, the need to reduce our carbon footprint and find more reliable forms of ‘clean’ energy, a complete energy transition has never been more important. In the unprecedented energy crisis we are currently facing, with high energy costs and capacity issues on our energy grid, energy management has also become a high priority for building.

Energy transition

The main goal of the energy transition is the reduction of CO2 and other greenhouse gasses so global warming can be tempered. There are additional benefits and goals, for example, lower emissions of other dangerous gasses and fine particles, becoming more selfsufficient, and less dependent on the import of fossil fuels. We also need to focus on our consumption and use of raw materials; we should recycle more and try to make more durable products – subjects that not only concern our industry, but many others. In short, the energy transition is the move from non-renewable energy sources to renewable ones.

Making it happen

On a global level, the energy transition is being facilitated by political choices, resulting in new or updated laws, policies and tax breaks. International commitments, for example the Paris Agreement, European laws, federal laws and national laws can have enormous impacts. On a more direct level, the transition can be realised by personal choices, perhaps influenced by media attention, price increases or (local) government

policies and subsidies.

We need to move away from gas, oil and coal to renewable energy sources. For the most part, this will be to solar-, wind- or hydro-powergenerated electricity, and this can be done on a grand scale with solar farms and off-shore wind parks, or on a smaller scale, by placing solar panels on our own homes or offices.Challenges The move to allelectric installations.

As a first step, we should reduce consumption. A reduction is always better than a change of power source. Secondly, sustainability should be considered at all levels. Next, we should all provide our own power where we can, for example by putting solar panels on our buildings. We then need to store energy when we produce too much and use it when there is a limited supply. And finally, we need to optimise processes that use energy in the building. In almost all cases, a truly smart building with flexible energy management can help not only the building owner and user, but also the electricity grid provider, and the energy transition in general.

Energy monitoring and management

Understanding what is going on in a building, or more specifically, an installation, is key to being able to manage it effectively and efficiently, but this is just the first step. It is important to know what individual parts of the installation are doing, and how much energy is being used, specifically for parts of the installation where controlling the details can have big effects. Using LED lighting is efficient, but turning individual lights on only when there is solar power available, is not very useful. A heat pump can use quite a lot of energy, but if controlled correctly, there is a lot to gain without affecting the user’s comfort. Other data coming from other sources, from inside or outside the

installation, can be useful here as well. For example, weather sensors on the roof, but also spot price information and weather forecasts, that can all be used to optimise energy management. We need to focus on the entire building; controlling blinds and shutters predictively to avoid overheating can be much more effective than cooling the building afterwards. In addition to energy monitoring, all of this data can be used for other building management as well, such as maintenance, fault monitoring, etc. Managing these individual parts of the installation could be done by the user, but it would be much more efficient if it could be automated. This is where energy management plays a key role. A good energy management platform can use internal and external data to manage the installation efficiently, while being subject to the user’s preferences. After all, keeping the level of comfort high is important in keeping the user on board as well. A good management system reduces energy and costs, whilst maintaining a high level of comfort. What KNX can contribute

With the open KNX standard (ISO/ IEC 14543), it is much easier to make all kinds of data available within one system. There are many KNX products, such as gateways, to get data from electricity meters and sensor data from the building. There are all kinds of direct KNX meters as well. You can measure temperatures, get heat pump settings, collect solar panel production information and basically anything else you need. There are also numerous KNX products such as dimmers, actuators, sensors and switches for controlling lighting, heating, airconditioning, pumps and all manner of devices. Additionally, for products that do not support the KNX protocol directly, there are many bridge products available that link all kinds of energy-related endpoints to KNX quite easily. For

example, car chargers, heat pumps, general heating systems, as well as home appliances.So KNX is basically the carrier to make all the data available. There are also many solutions to make this data visible in charts, display them on screens, make them available on mobile apps, or publish them automatically in a report for example. The more aware a user is about their energy usage, the less energy they use. You can link your energy storage systems

to KNX as well, and of course control the endpoints (or end devices) which use the energy, such as a heating system whereby you could change the setpoints, or turn off an appliance. For example, each afternoon the dishwasher could be finished before dinner, and in the morning the electric car could be fully charged, before you leave for work. If you need the endpoint to be ready sooner, priority can be requested. And finally, you can add an energy manager to control these endpoints based on the data collected, keeping in mind maximum usage limits, storage systems, and the most efficient way to use your self-generated energy based on weather forecast information and possible dynamic energy tariffs.

Intelligent management

A manager makes all the difference. Instead of just being aware of what is going on in the installation, it can actually manipulate all the different parts of the installation to really benefit from all of the data being generated. If it knows when your solar installation is going to produce a lot of energy upfront, it can, for example, delay the charging of electric cars, or lower the heat pump setpoint a little when the energy prices are in the top 20% of the day. It could switch on a filtration pump when the energy is cheap, or when

there is over-production from a wind turbine. Privacy and security One of the key benefits of KNX is that KNX is all local and not reliant on the Internet, which results in better privacy and security. To keep your installation and information safe, it is best to use products and solutions that support this. That means that a cloud solution to control and manage energy in your building is not ideal. A local controller that manages energy, would be a better choice with regard to security and privacy. Another problem with cloud-hosted solutions for management is that they are in most cases controlled by the energy grid owner as the first and foremost important stakeholder, and not the owner of the installation.

Conclusion

There are working solutions that manage energy in a smart way using KNX to communicate with numerous sources in order to make an installation more self-sufficient, and thus really reduce emissions and the energy bill. Combining all of the available data, analysing this automatically, making predictions, and controlling the different endpoints and installations whilst keeping all usage data local and secure, is what a real energy manager should do, and KNX supports this in every way.

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