Organic Light Emitting Diodes are light emitting panels that are created out of carbon-based organic materials when energy or electricity in this matter is applied. They are presently being used to make beautiful and efficient displays and large lighting panels. This is made possible with the help of light bulbs that have a very thin layer of the material that emits the light. OLED lighting is basically the only proven technology that can make large area lighting panels as opposed to a point or line.
The light product has been termed closest to natural light compared to other sources because its soft diffused and more so attractive. The panels created out of this technology can be manipulated in terms of colour, are flexible and transparent. Among the various companies that have been seen to already avail these panels to their clientele include; LG Chem, Konica Minolta, and Phillips. The production is however very minimal and the prices are very high.
Advancements on performance as well as reduction in cost are expected to take place in the 2016 and 2017 as the technology takes off. According to UBI research, the market will also experience exponential growth by 2020 and reach 82 million. This research is the most optimistic as most researchers feel that the technology will not be a success.
The illumination produced is not bright meaning that panels can be mounted in fixtures that are naked to ones eye thus doing away with the idea of having to install diffusers to cut the glare. This approach therefore creates opportunities for the development of lighting designs. Additionally, the technology is closely related to the LED although it has benefits that are slightly similar to the same.
The overall design of the OLED is of high quality and the light produced can easily be traced to the source. The lifespan of these elements lies between 30,000 and 40,000 hours of continuous use which is less than the 50,000 hours of use of LED. Their effectiveness is also four times better than that of compact fluorescent bulbs.
Production companies face an education challenge since most consumers have not heard of this technology. This is definitely an area that they will have a hard time working on. Most people stop in their tracks when they see OLED products because of their beauty. Inherent energy efficiency advantages are the key benefit in the lighting market that most consumers are looking for.
Lighting elements are required to meet some standards of lumens per watt that this technology has not achieved yet. The biggest push to this technology will be when consumers are able to play in the commodity market which will lead to a lowered price. This knowledge opens new doors for designers, architects and creatives.
You can entertain and amaze your visitors at home with an OLED wall that lets you play with light. In the future, the fixtures will have the ability to react to the people around. Sound and motion will be detected by a hidden mirror and microphone allowing you to be reflected as a living light form. This will bring the need for planning a light installation as the design will not only be in one plane.
The light product has been termed closest to natural light compared to other sources because its soft diffused and more so attractive. The panels created out of this technology can be manipulated in terms of colour, are flexible and transparent. Among the various companies that have been seen to already avail these panels to their clientele include; LG Chem, Konica Minolta, and Phillips. The production is however very minimal and the prices are very high.
Advancements on performance as well as reduction in cost are expected to take place in the 2016 and 2017 as the technology takes off. According to UBI research, the market will also experience exponential growth by 2020 and reach 82 million. This research is the most optimistic as most researchers feel that the technology will not be a success.
The illumination produced is not bright meaning that panels can be mounted in fixtures that are naked to ones eye thus doing away with the idea of having to install diffusers to cut the glare. This approach therefore creates opportunities for the development of lighting designs. Additionally, the technology is closely related to the LED although it has benefits that are slightly similar to the same.
The overall design of the OLED is of high quality and the light produced can easily be traced to the source. The lifespan of these elements lies between 30,000 and 40,000 hours of continuous use which is less than the 50,000 hours of use of LED. Their effectiveness is also four times better than that of compact fluorescent bulbs.
Production companies face an education challenge since most consumers have not heard of this technology. This is definitely an area that they will have a hard time working on. Most people stop in their tracks when they see OLED products because of their beauty. Inherent energy efficiency advantages are the key benefit in the lighting market that most consumers are looking for.
Lighting elements are required to meet some standards of lumens per watt that this technology has not achieved yet. The biggest push to this technology will be when consumers are able to play in the commodity market which will lead to a lowered price. This knowledge opens new doors for designers, architects and creatives.
You can entertain and amaze your visitors at home with an OLED wall that lets you play with light. In the future, the fixtures will have the ability to react to the people around. Sound and motion will be detected by a hidden mirror and microphone allowing you to be reflected as a living light form. This will bring the need for planning a light installation as the design will not only be in one plane.
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