When it comes to light, long since there is no way passes more light-emitting diodes, LEDs. But even organic light-emitting diodes, the so-called OLEDs, have long been debated, as displays for mobile devices as well as for lighting purposes. The technology company of Philips about his first laboratory for the researched in the 80s, atypical type of light production started 20 years ago, in 1991, and thus still deep into the 20th century.
The Dutch company is committed to the technology and not randomly developed in Aachen in cooperation with the Fraunhofer Institute in the same town for laser technology OLED lighting areas.
The OLEDs are still relatively expensive in direct comparison with conventional light sources (including inorganic LED defined by itypetravel), provide some benefits that justify further investment in research-Philips expects that light areas with the hypermodern technology are significantly cheaper and thus bigger and brighter in a year.
And OLEDs can create very elegant, energy-efficient and innovative applications. So the new panel lights (as opposed to the conventional spot) in power consumption offered in a few years only by low-pressure sodium lamps, we know from street lamps with their striking unnatural light.
LED and fluorescent lamps need then twice to four times as much electricity, to achieve the same amount of light as OLEDs. Conventional light bulbs and halogen lamps up to ten times as much. This means: the new OLED technology further, drastic energy savings are possible, and that with lamps, which weigh very little due to their construction, in future also bends can be mounted and (since September of this year and in the laboratory) directly with AC power (i.e. without transformer power supply) to operate.
The “green” quality of the technology of the future is enhanced by that problematic materials in minimal quantities are used in the production. Recycling is cheaper than at other lamp types.
The quality of light is visible. OLEDs can be easily matched on different tones of white, any adjustable shades are possible through additive colour mixing in the future. The light is glare-free surface radiation, a usage outside of architecture, household appliances, furniture or automobile opens up completely new possibilities of lighting design.
Everything stands or falls naturally with the retail price, which however-after new research investments of the Philips Group in the development and production location Aachen in the amount of 40 million Euro-2012 already on a level of non-profit-making should decrease.
Production methods must still be refined before the material benefits of new luminaires.These consist, in very simple terms, basically from different, and thus if too thin not yet durable plastic film, so far with a glass surface.
But then a revolution of Interior design, living-and working area lighting and a significant drop in energy consumption ahead of us.
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