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To change the light fixtures, however, is time consuming and thus costly. If the arrangement of their tables or art on display is changed, the originally chosen light arrangement often doesn’t fit very well. Today, they usually have to pick one lighting arrangement with more or less flexibility through track systems where luminaires can be manually adjusted. Museums or restaurants have different requirements with regards to adaptable lighting. This is also a useful feature for home lighting – for example if you like reading at night while your partner goes to sleep early. Thinking about airplane, trains or car interiors, it might be required to light up only the crossword that a passenger is solving, and not disturb the passenger in the next seat who would like to sleep. Others want to have a light beam on the paper they are working on. In the office, it is already a different story: some people might want to light up only their desk and not the area around it. For example, in corridors it is sufficient to light up or dim down ranges of 3-5 meters. Smart spatial lighting installations are already commonplace in some applications: corridors light up when you walk by, parking lots are only illuminated where people are present and the lights above an office desk or in the pantry area automatically dim down when not in use.Īll this can be done by adding sensors and intelligence to both existing and new luminaires. With the continuing miniaturization of LED technology, new possibilities are arising that promise to add another dimension to adaptive lights: changing the beam pattern of a light source without moving parts.
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Smart pixel lights professional#
In the past it simply wasn’t possible to provide an affordable, efficient and adequately robust solution which would also fulfill the long operation lifetime required in professional lighting systems.
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Changing the path of light requires moving parts such as tilting mirrors or shifting lenses. So, why didn’t the transfer to spatially adaptive lighting happen earlier? Most probably because the technological challenges are even higher than with other lighting systems. This concept of adaptable light beams and emission characteristics of light sources is now also finding its way into General Lighting in application fields including shop lighting, or lighting solutions for hotels, gastronomy or business environments.
Smart pixel lights drivers#
These systems adjust the direction of the light to offer drivers the best possible visibility by illuminating curve progressions, the side of the road, or help to protect oncoming traffic from glare through the so-called adaptive driving beam (ADB). Adaptive Frontlighting Systems (AFS), for example, help to increase driving and road safety. As a result, cars have become a platform showcasing the evolution of technology as well as the potential and progress among engineers and innovators. Virtually every aspect of the modern automobile is high-tech, and uses state-of-the-art materials and solutions. Today’s cars often represent the most sophisticated technology owned by many consumers. The automotive industry traditionally leads the way in many technological developments.
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But there are many additional application fields in which intelligent spatially adaptive lighting can provide numerous benefits to end users, and open new potential markets for solution providers. Up to now, adaptive lighting includes changing the light intensity and color in response to usage parameters like occupancy or time of day. Energy savings made possible by highly energy efficient LED technology, intelligent control mechanisms and sensors to regulate light settings for user comfort - as well as new concepts like Human Centric Lighting - are at the forefront of consumer’s minds. Trends such as smart homes, IoT penetration, and advancements in LED technology are some of the key factors driving the market growth. Smart lighting has become an increasingly visible trend topic, not only drawing the attention of the industry as an attractive growth market, but also of the general public.