ConferenceAs a follow up on the First successful Smart Lighting conference in 2011, the 2012 Conference & Showcase will zoom in on new developments in Smart Lighting solutions in general for the Industry and in specific for various market segments such as Commercial Lighting, Residential Lighting and Public Lighting. A special session on standardization and certification will focus on the strong need for European guidelines on this issue. Steering Committee
After earning a PhD from the Catholic University of Leuven Bruno joined Philips Electronics in 1977. In the late seventies and eighties he was active in research on new materials both within Philips Research and within Philips Lighting. In the eighties he shifted his attention to the development and market introduction of lamp ballast combinations, such as UHP systems for digital projection. Nine years ago he joined the Advanced Development Laboratory of Philips Lighting as member of the management team, his primary responsibility being with the long-term research portfolio. Over the years the focus in this portfolio was shifted from breakthroughs in discharge and materials technology towards the creation of system solutions based on solid-state lighting and lighting controls. This shift in focus aligns well with the transformation Philips Lighting is going through i.e.: the shift from being a supplier of components for lighting systems to becoming a provider of lighting solutions. This repositioning of Philips Lighting as also a substantial impact on the way Philips Lighting performs R&D, requiring a swift transition from closed towards open innovation. In order to facilitate this process he recently joined the Lighting CTO office becoming responsible for the cooperation with partners in academia and industry. In this role he is member of the Executive Board of the Energy in Buildings Association and Co-chair of the Work Group on Emerging Lighting, Electronics and Displays of Photonics21.
Heinz Seyringer studied Physics and Mathematics at the Swiss Federal Institute of Technology (ETH Zurich) with special focus on quantumelectronics. He has a PhD in semiconductor physics and before joining the Zumtobel Group he worked from 2000 until 2008 at Photeon Technologies, which is specialized on the design and development of integrated optical chips (AWG multiplexers and demultiplexers for fiber optical communications, lasers and detectors, beam splitters,…). From 2002 until he left Photeon in 2008 he was general manager of the company. In 2009 he joined the Zumtobel group, where he is now responsible for the research collaborations.
Zoltán Nochta is Director of the SAP Research Center in Karlsruhe, Germany. He has been working on Internet of Things technologies and applications in future ubiquitous business processes. He is deeply involved in international research activities and SAP development projects. Zoltán received his Ph.D. at the University of Karlsruhe where he conducted research in the area of applied cryptography in distributed systems.
Stephane is the Business Line Manager for Power & Lighting Solutions (PLS) at NXP Semiconductors, a business that folds under the High Performance Mixed Signal (HPMS) Business Unit. He graduated at the Cranfield Institute of Technology (UK) with a Master of Science in 1991 and completed an Executive MBA with honors at the Chicago Graduate School of Business in 2002. Stephane has worked 12 years in the Consumer Electronics industry before joining Philips Semiconductors in 2004. He has held several positions in R&D management, Program management and Business Management. He joined NXP Semiconductors at its inception in 2006.
Thomas HERNDL is Principal Concept Engineer at Infineon Technologies Austria AG Development Center of Graz. He studied Communication Engineering at TU Vienna and reached his Dipl.-Ing. degree in 1991. During his time at Siemens (1990-2001) he acquired wide technical-skills (ASIC/SoC/ASSP/FPGA/Board/embedded FW- development, DSP programming, ASIC Flow Methodology) in several roles (Design-, Architecture Engineering, Project Management) and for a variety of different application domains (GSM, UMTS, Computer Tomography, Switching networking, Echo Cancellation, digital Graphic/Video processing, ..). In 2001 he joined Infineon Technologies Austria, where he was the leader of a development group in Vienna responsible for HW-architecture engineering of a 3G/UMTS mobile baseband processor. E2004 he joined a recently established innovation-centric group dedicated for contactless (RFID) and short range wireless innovations at Infineon Development Center Graz, where he is running several national and international research cooperation projects. His special interests are on (Wireless) SoC Architecture engineering/modelling and System level design/modelling with the aim to shorten cycle-times of research activities towards product development. He is (Co-) Author of 15 (partly pending) Patents, mainly in the field of Wireless communication.
Electronics Engineering degree in 1992 and PhD in 1996. Speakers Smart Lighting 2012
Arthur Jaunich is a core-member of McKinsey’s Global LED Competence Center and advises corporations in lighting and LED, primarily on strategy related topics. He drove several McKinsey research efforts on market developments in lighting and LED, and is co-author of McKinsey’s recent report “Lighting the way”, published via the LED Magazine. Lighting the way – Perspectives on LED and the global lighting marketThe LED technology disruption, driven by strong underlying fundamental trends, will accelerate overall lighting market growth. Based on findings from McKinsey's most recent proprietary market research, Arthur Jaunich, will address:
Dr. Yamina Saheb has 12 years of experience on buildings and appliances energy efficiency. She joined the International Energy Agency as senior building expert in the Energy Efficiency and Environment Division in February 2011. She is in charge of the Sustainable Buildings Centre. This role includes conducting research and analysis on the use of policy instruments to reduce energy consumption in the buildings sector as well as building global networks on buildings to share best practices on energy efficiency. She regularly presents papers and analysis results at international conferences and has participated to the publication of a book on sustainable cities. Prior to joining the IEA, she worked as energy efficiency analyst for IFRI (Institut Francais des Relations Internationales). Previously, she worked as technical director for CLASP (Collaborative Appliances Standard and Labeling program) and as a head of technical Department for Eurovent (HVAC manufacturers ‘organization in the EU. Yamina holds a Ph.D in Energy Engineering and an Engineer degree in Buildings. Smart lighting: Challenges and OpportunitiesLighting represents almost 20% of global electricity consumption. Based on the IEA estimates, the total savings potential in the buildings sector is more than 2.4 EJ per year by 2030. Governments have a key role to play in accelerating the deployment of energy-efficient lighting. To achieve energy savings in lighting, the IEA recommends governments to: -Phase-out inefficient lighting products as soon as technically feasible and economically viable -Require and promote improved lighting systems design and management by ensuring that building codes promote the use of natural light and include MEPS for lighting systems. The challenge for Governments is to ensure the deployment of good quality of products by implementing a third party certification at a global scale.
Heinz Seyringer studied Physics and Mathematics at the Swiss Federal Institute of Technology (ETH Zurich) with special focus on quantumelectronics. He has a PhD in semiconductor physics and before joining the Zumtobel Group he worked from 2000 until 2008 at Photeon Technologies, which is specialized on the design and development of integrated optical chips (AWG multiplexers and demultiplexers for fiber optical communications, lasers and detectors, beam splitters,…). From 2002 until he left Photeon in 2008 he was general manager of the company. In 2009 he joined the Zumtobel group, where he is now responsible for the research collaborations. Benefits of Smart LightingCurrently we see the replacement of classical light sources like incandescent bulbs and gradually also fluorescent lamps by new solid state light sources like LED and OLED. The advantage of these new light sources is not just a much better energy efficiency, longer lifetimes and fast response times, but also a considerably smaller form factor. The space which is gained by the smaller form factor can be used to add additional sensors and electronics, which creates the basis for smart lighting. This starts with intelligent features that can be integrated in a simple LED bulb and goes all the way up to complex light management systems. With the rise of these smart lighting systems it was also more closely investigated which impact the light has on the human body. The result was that proper lighting can not just improve our general well-being but it can have a significant impact on our health and even reduce the risk of certain types of cancer. This presentation will briefly describe the benefits of smart lighting for our daily life.
Kaveh Azar, Ph.D., is the president, CEO and founder of Advanced Thermal Solutions, Inc. (ATS), a leading engineering and manufacturing company focused on the thermal management of electronics. Prior to ATS, Dr. Azar was the founder and manager of Lucent Technologies' Thermal Management Center , responsible for developing the next generation of cooling systems. In addition, Dr. Azar authored Lucent's thermal roadmap and served as the corporate thermal consultant. While at Lucent, he developed a state-of-the-art thermal/fluids laboratory for simulation of components, boards and systems. Since 1985, Dr. Azar has been an active participant in the electronics thermal community and has served as the organizer, general chair and the keynote speaker at national and international conferences sponsored by ASME, IEEE and AIAA. In addition, he has been the recipient of the IEEE SEMITHERM Significant Contributor Award in the thermal management of electronics systems. Dr. Azar has been an invitee to national bodies such as NSF, NIST and NEMI for organizing government and industry research goals in electronics cooling. He has also been an adjunct professor at a number of universities, including Northeastern University , and lectures worldwide in analytical and experimental methods in electronics cooling. He holds more than 36 national and international patents, and has published more than 75 articles, 3 book chapters and a book entitled “Thermal Measurements in Electronics Cooling”. Dr. Azar has also served as the editor in chief of Electronics Cooling Magazine, the premier resource for practitioners in the field of electronics thermal management, from the publications, founding in 1995 to 2006. LED Heat Transfer And Cooling Technology Options For Smart Control of the Light OutputLED lighting is one of the fastest growing market sectors across the globe. There are two primary areas that make LED’s attractive as the replacement for standard lighting that we have enjoyed for decades. These are: energy savings and easier control in managing the response of the light. The energy savings is certainly attractive and has become the strongest driver behind LED appeal. LEDs still generate a lot of heat and need to be cooled in order to provide consistent and reliable light output.
Luc van der Poel has 23 years of experience on lighting design and applications. He studied building techniques and architectural design and after a few years in architecture he joined the Dutch Philips Lighting organization to become a specialist in shop lighting. After three years he went to the international Lighting design department of Philips lighting with a focus on architectural indoor lighting applications. In 1999 after winning a contest of the Dutch government he started a new innovation group called “Traffic lighting systems” which developed new lighting solutions for traffic management and guidance. In 2002 Luc joined the Solid state lighting group of Philips lighting as a senior application specialist. Since 2008 Luc returned to his first love, lighting design, with a focus again on shop lighting. In the last 15 years Luc wrote more than 30 patents mostly in the field of intelligent LED lighting applications. The visual impression of colored lightWith the introduction of LED lighting we see more and more dynamic and intelligent lighting solutions. One of the trends is the growing use of colored light in various applications. The luminous effects of spotlighting using white light are well known and described in term of the accent factor. Colored lighting is not yet described in this way. New experiments now give better insight in the visual effect of colored lighting in relation to white light applications. The presentation will explain how these experiments where done and the first results will be shown.
Adriaan Jongepier (1951) finalized his studies Chemical Technology and Business Administration in the Netherlands, in 1975. In 1996 he joined the Somfy group, managing a subsidiary specialized in the development, production and sales of solarshading control systems for non-residential buildings. In the period 1996 – today he executed different roles inside the Somfy group, all related to energy management in the non-residential building environment. In this period he established a connection between different scientific centers in the world to feed the innovation processes in the organization. The focus in 1996 was mainly on stand-alone control solutions for internal & external shading systems. Driven by modern building regulations we quickly move to fully integrated shading, lighting, HVAC, security control solutions, with the objective to create a high quality and stable indoor visual and thermal comfort against the lowest possible level of “plugged energy”. We can reach this objective by smartly using the (still) free of charge natural energy resource, the sun, but only when the building is smartly designed. Even when, we have to observe that today’s system-control integration is not enough and we have to start adding extra, and above all, intelligent control layers on top of it. Natural light harvesting versus light balancingIn the lecture Adriaan Jongepier will address natural light harvesting versus light balancing and you will get a view of the architects’ challenges to creating a smartly designed building, keeping in mind that not any control system can “repair” a nonoptimized design. Today’s building design-practice and building-realization-process needs to be challenged.
Smart Lighting Standardization and CertificationEuropean Directives and Standards:
Lamps and Lights,
Safety,
EMC
Radio Transmission
Energy Efficiency
Stephane is the Business Line Manager for Power & Lighting Solutions (PLS) at NXP Semiconductors, a business that folds under the High Performance Mixed Signal (HPMS) Business Unit. He graduated at the Cranfield Institute of Technology (UK) with a Master of Science in 1991 and completed an Executive MBA with honors at the Chicago Graduate School of Business in 2002. Stephane has worked 12 years in the Consumer Electronics industry before joining Philips Semiconductors in 2004. He has held several positions in R&D management, Program management and Business Management. He joined NXP Semiconductors at its inception in 2006. Smart Lighting Is Here today: NXP’s Solutions for wired and wireless smart lighting networksNXP Semiconductors offers a full range of smart lighting solutions for both wired and wireless networks, providing an extensive portfolio of lamp drivers, power converters, microcontrollers and RF ICs. By developing a rich ecosystem with partners such as GreenWave Reality, Leedarson, TCP and Belkin, NXP has made connected lighting a reality today.
Dr. Partha S. Dutta is a professor in the Electrical, Computer and Systems Engineering Department and the Deputy Director of Smart Lighting Engineering Research Center (funded by National Science Foundation) at Rensselaer Polytechnic Institute (RPI), Troy, New York. He received the B.S. and M.S. degrees in Physics from Bombay University and Indian Institute of Technology, Bombay in 1988 and 1990, respectively, and the Ph.D. degree in Experimental Condensed Matter Physics from Indian Institute of Science, Bangalore, India in 1996. He was a visiting scientist at the Universidad Autonoma, Madrid, Spain and the Solid State Physics Laboratory, New Delhi, India in 1995 and 1996. He joined RPI in 1996 and has served in different ranks: Post doctoral research associate (1996-1999), Research assistant professor (1999-2000), Assistant professor (2000-2005), Associate professor (2005-2009) and Professor since 2009. In 2003, he co-founded Applied Nanoworks Inc. (now Auterra Inc.), a company specializing in commercial production and application of nano-scale materials. He served as the Chief Technology Officer of Applied Nanoworks Inc. between 2003 and 2007. He is a senior member of IEEE. His research interests are in the areas of solid state lighting, photovoltaics, nanomaterials manufacturing, III-V compound semiconductor crystal growth and optoelectronic device fabrication. Dr. Dutta has co-authored over 110 research papers (80 in refereed journal and over 35 articles in conference proceedings), 4 book chapters and 1 review article. He is the co-inventor of 6 issued US Patents. He has conducted 2 short courses, delivered over 60 invited talks and organized over 15 technical symposiums in international conferences. Key recognitions include: Rensselaer School of Engineering Research Excellence Award (2005); 40 under forty Entrepreneurship Award (2004); Rensselaer Trustees Awards for Faculty Achievement (2011, 2010, 2009, 2007, 2005, 2004, 2001); National Science Foundation Early Faculty CAREER Award (2001); Martin Foster Award for Best Ph.D. thesis of the year (1996) at Indian Institute of Science, Bangalore, India. Smart Lighting Systems Design and ApplicationsThe emergence of smart lighting technologies are enabled by the rapid development of energy efficient, digitally controllable, miniaturized, semiconductor LED based solid state light (SSL) sources. More significantly, smart lighting engineered systems are envisioned to deliver functionalities beyond the realm of mere replacement of incandescent and compact fluorescent lamps by LED lamps. The fundamental premise of smart lighting is based on the unique controllability of emission spectrum, polarization, temporal modulation, and spatial emission pattern of LEDs. These LED functionalities are already being used to develop a variety of technologies by the industry. The unique proposition for smart lighting systems made by the Smart Lighting Engineering Research Center (ERC) goes beyond the utilization of LED properties for different applications. The smartness in the system can only be designed by adding feedback loops with light sensors, control electronics and software, mimicking the evolution of a transistor to a computer. In essence, the fundamental design architecture of a smart lighting system consists of three core components: sources, sensors and controls. Smart lighting systems will enable a multitude of new applications including medical treatments, high efficiency interactive displays, indoor bio-diversity agriculture, safer transportation, efficient wireless communication. In this talk, the research pertaining to systems development for Efficient Full Spectrum Adaptive Lighting, Dual illumination-data communication, Biochemical Sensing and Mitigation, and Display Illumination fusion will be discussed. The requirements of light sources, light sensors and controls algorithms and protocols for designing smart lighting systems will be presented. Technological barriers based on materials and devices will be highlighted.
Peter Wilmar Christensen is a Founder and Chief Financial Officer of GreenWave Reality, responsible for managing the financial performance of the company. Prior to founding GreenWave Reality, he was Senior Director at Cisco/Linksys as well as Co-Founder and CEO of KiSS Technology. Prior to that, he was Founder and CEO of P. Wilmar Christensen A/S, a computer distribution company. A seasoned IT professional with 23 years of experience, he has had the prestigious honor of winning the IT-Prisen award from the Danish IT Industry Association. Peter holds a Bachelor of Science in Finance and Business Administration from Copenhagen Business School. Connected SSL & CFL LightingIntelligent lighting control and management solution can be utilized by manufacturers of energy-efficient compact fluorescent (CFL) and solid state (SSL) lighting. This connected lighting platform enables consumers and commercial customers to simplify their lives and conserve energy by way of automated Smart Controls for lighting. This extends the GreenWave Reality energy management platform that not only communicates with smart meters to under-stand total usage of electricity and gas, but also allows for control of consumer electronics, appliances, electric vehicles, heating and cooling within the home. GreenWave Reality’s scalable, IP-based platform wirelessly connects GreenChip-enabled light bulbs, running JenNet-IP software, to provide users with a feature-rich lighting application. Users can dim or turn lights on and off using Home, Away, and Night Smart Controls from any combination of devices such as a PC, smartphone, and even a TV. The GreenWave Reality solution further simplifies consumers’ lives by extending the lighting Smart Controls to work with motion sensors without requiring any re-wiring of the home.
Hans Nikol studied chemistry in Regensburg, Germany and finished his Ph.D. in 1993. The following two years he spent as a postdoc at the California Institute of Technology. In 1995, he joined Philips Research and worked on luminescent materials for display and lighting applications, including LEDs and OLEDs. After several positions in Research, he joined Philips Lighting in 2004 to work on the development of solid state lighting applications. In his current position as innovation manager of the BU Solid State Lighting, he is responsible for SSL product development as well as long-term R&D within the division. Smart Lighting – The Next Revolution after Solid State LightingLEDs have revolutionzed Lighting like the Edison bulb has done 140 years earlier, transitioning gas lighting to electrical lighting. The reason is that LEDs are not just another light source, even more energy saving than most of the existing ones, but they can be made smart in ways previously unthinkable. Networked lighting will be part of our networked society like any other appliance in the projected „Internet of all Things“, enabling further energy savings with comparably small investments.
Electronics Engineering degree in 1992 and PhD in 1996. He has worked for STMicroelectronics since 1995, were he has covered several positions associated with Technology R&D projects and initiatives for More than Moore and post-silicon roadmaps. His current position is Program Director within the central R&D organization of the Industrial and Multisegment Sector (IMS), reporting to the Group VP and General Manager, and is mainly in charge of technology platforms development for flexible electronics and smart system integration. His scientific field interests include a number of emerging technology areas for the post-CMOS roadmap, heterogeneous integration, polymer and printed electronics, advanced bio-systems, advanced signal processing and nonlinear computation. Luigi Occhipinti is author of more than 60 scientific publications in international journals and conference proceedings, inventor and co-inventor of about 30 industrial patents and patents applications granted in Europe, USA and Japan. He is member of advisory boards for European and International co-operation projects, as well as member of several standardization committees in the area of nanotechnologies, flexible electronics and energy. Smart System Integration technologies for Smart LightingThis talk will outline some technology trends and industrial roadmap towards the emerging field of smart system integration in different application fields, including the field of smart lighting and ambient intelligence.
Senior project manager with broad technology background operating in the intersection of technology, innovation and business, experienced in complex R&D project management, open innovation and early stage business venturing. Energy efficient and intelligent lighting systemsEU Project Enlight:
Thomas HERNDL is Principal Concept Engineer at Infineon Technologies Austria AG Development Center of Graz. He studied Communication Engineering at TU Vienna and reached his Dipl.-Ing. degree in 1991. During his time at Siemens (1990-2001) he acquired wide technical-skills (ASIC/SoC/ASSP/FPGA/Board/embedded FW- development, DSP programming, ASIC Flow Methodology) in several roles (Design-, Architecture Engineering, Project Management) and for a variety of different application domains (GSM, UMTS, Computer Tomography, Switching networking, Echo Cancellation, digital Graphic/Video processing, ..). In 2001 he joined Infineon Technologies Austria, where he was the leader of a development group in Vienna responsible for HW-architecture engineering of a 3G/UMTS mobile baseband processor. E2004 he joined a recently established innovation-centric group dedicated for contactless (RFID) and short range wireless innovations at Infineon Development Center Graz, where he is running several national and international research cooperation projects. His special interests are on (Wireless) SoC Architecture engineering/modelling and System level design/modelling with the aim to shorten cycle-times of research activities towards product development. He is (Co-) Author of 15 (partly pending) Patents, mainly in the field of Wireless communication.
Internationally recognised industrial expert in OLED and PLED technology, with a proven track record of delivering both product development programmes and public/private fundraising. Led the team which produced the best white light polymers and devices and secured over £15M in grant funding for development of PLED lighting. An active supporter of integrated solid state lighting solutions constantly evaluating opportunities for both led and oled lighting schemes. A keen advocator of integrated solid state lighting solutions with other emerging technologies, I sit on several influential technology focused bodies; Supporting Photonics 21 in Europe on lighting and displays, as well as emerging technologies in solar harvesting. I am the deputy Chair of the Plastic Electronics Leadship Group (driving the creation of this exciting new industry) and the UK’s PETeC's technology advisory board. Outside of this I delivered Project Topless....the UK's only pled R&D consortium targeting high quality white light devices based on single polymer structures suitable for general lighting applications. I helped to raised over £6million of public funding for this technology sector over the last three years. I am presently focused on the next stage of pled lighting...Project TOPDRAWER, the migration of pled lighting panels towards high yield manufactureable pled luminaires Polymer OLED lighting; the road to commercial exploitation through integrationThis presentation will deliver an insight into: This presentation will present details of the project Topdrawer, it’s status, and the necessary steps to take pled lighting technology through to exploitation. It will present an overview of the oled lighting, whilst challenging the status-quo of the philosophy of pled lighting being a fluorescent replacement technology and present scenarios for oled lighting applications and accelerated market adoption. The Topdrawer consortium comprises: Thorn Lighting (Lead), Cambridge Display Technology, Tridonic, Pilkington, Conductive Inkjet Technologies and the University of Durham. It is a 2½ year, £4.3M program, which is due to be delivered in April 2013. Topdrawer will generate and report on manufacturing yield data, manufactured panel performance variation, organic material utilisation, and comprehensive manufacturing/product cost models whilst at the same time working with designers to produce aesthetic but quasi-functional luminaire demonstrators.
European Master of Business Science graduated in 2007 in University of Regensburg In 2007 joined Legrand group, global specialist in electrical and digital building infrastructures In charge of Lighting Management control marketing
Stamatis Karnouskos is a senior researcher with SAP and investigates the added value of integrating networked embedded devices in enterprise systems. The last 15 years Stamatis leads efforts in several European Commission and industry funded projects related to smart grids, Internet-based services and architectures, software agents, mobile commerce, security and mobility. Stamatis is actively involved in several consultations at European Commission and German level dealing with System of Systems, Internet of Things, energy efficiency, SmartGrids, and various R&D projects at European level. He has authored several technical papers, acted as guest editor in IEEE/Elsevier journals, and participates as a program member committee and reviewer in several international journals, conferences and workshops. Challenges and Opportunities for Energy Efficient Buildings and CitiesThe smart grid is a system of systems i.e. a complex ecosystem of heterogeneous cooperating entities that interact in order to provide the envisioned functionality. Advanced business services are envisaged that will take advantage of the near real-time information flows among all participants. These real-world energy services will go way beyond the existing ones and enable us not only to become more energy aware, but also to optimally manage it. There might be new challenges to master, but also new business opportunities and innovation are possible. New roles, services and revenue channels may be created by utilizing the what the Smart Grid offers. For instance, the use of smart buildings and intelligent street lighting may act as an electricity balancing partner and participate in energy marketplaces.
Gijs de Rooij is a successful entrepreneur and shareholder in multiple midsized companies. He started his career with Philips Medical Systems in Hong Kong in 1997 and worked as a strategy consultant with Booz & Company in Europe and Asia for five years. In 2004 he set up his first company in business consulting. In 2006, he joined Levi9 Global Sourcing. As Director M&A, Gijs developed and executed several business development strategies, created joined ventures and led the negotiations, acquisition and integration of a major Eastern European IT firm. In 2009, Gijs led Ledzworld Technologies in Malaysia. As CEO, he set up the organization and led the company through its first growth stages into large-scale manufacturing operation with sales in multiple countries. Gijs holds a Masters degree in Business Economics from the University of Groningen and a MBA degree from INSEAD in Fontainebleau, France. Pay Per Lux – Light as a ServiceHow to look at to Lowest Total Lighting Costs – including energy, replacements and labor – and outsourcing your lighting requirements to a Lighting ESCO.
Francesco Iannone is born in Bari, Italy, graduated at Politecnico di Milano in Architecture in 1975 and joined the Italian Ordine degli Architetti, is a Lighting Designer and one of the Founding Members of the European Lighting Designers' Association (ELDA+), today PLDA (Professional Lighting Designers' Association); inside this organization, he served as Vicepresident and President for two consecutive terms. Intelligent Light Design- Three examples of innovative LED applicationWhen it comes to innovation, in the field of LEDs, all generally understood that you're talking about new LEDs. When it comes to innovative applications, once again, everyone thinks that there is talk of new equipment. And if we were talking about new ways of thinking about the use of LEDs? Sometimes new equipment and new LEDs come from some pioneers who love trying out new frontiers. Conference Program: Day 1January 31 2012, 09:00-19:00 H
Conference Program: Day 2February 1 2012, 09:00-19:00 H
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