"Lights" instead of bulbs OLED lighting can't be done without thinking

In the Huanyang Building on the 10th Street of Shangdi Science and Technology Park, a lighting revolution was quietly carried out, and only the final step from industrialization. A thin piece of "glass" in the lab began to replace incandescent bulbs and fluorescent energy-saving lamps, giving off soft, bright white light. Researchers predict that the organic light-emitting materials processed by nanotechnology will soon end the "energy-saving lamp era" with the advantages of more energy-saving and environmental protection. The word "bulb" will become history and be replaced by "light film".

The Quaternity Laboratory in the 400-square-meter building has a cleanliness that exceeds the operating room of the hospital. A pilot production line for organic light-emitting materials (O LED ) lighting has been established here, which is also a major scientific research project of the Municipal Science and Technology Commission.

According to Visionox researchers, the principle of O LED illumination is that organic materials (hydrocarbon organic matter, no difference in composition and biogas) emit light under the action of an electric field. The thickness of each layer of the organic light-emitting layer is only a few tens of nanometers. "This is white light that is really close to the sun, and there is no ultraviolet light or infrared light in the sun," the researchers said. It is reported that incandescent bulbs produce infrared light, energy-saving fluorescent lamps produce ultraviolet light, and OLED light sources are completely absent. In addition, OLED illumination is a continuous spectrum and direct current can be used. This kind of natural light, its light is also softer, almost no harm to people's vision.

OLED illumination does not require heating the filament to thousands of degrees Celsius, nor does it require mercury vapor to generate ultraviolet light to illuminate the phosphor. Because there is no multiple conversion process of electrical energy, OLED lighting saves about 60% to 70% of the energy compared to current energy-saving lamps.

Not only that, OLED lighting can also be made into any geometric pattern according to the customer's requirements, or even directly into a part of the wall, completely changing the shape of the current lighting source.

More importantly, OLED lighting will not cause pollution during production and use. This resolves the current risk of damage to the environment from the use of mercury in energy-saving lamps. It is understood that an ordinary energy-saving lamp contains about 5 mg of mercury. Once it penetrates into the ground, it can cause hundreds of tons of water to be contaminated. Mercury can evaporate at room temperature. After the waste energy-saving lamps are broken, the concentration of mercury in the surrounding air can be exceeded by a hundred times. Once the mercury entering the human body exceeds the standard, it will destroy the central nervous system of the human body and even cause death. In China, hundreds of millions of mercury-containing lamps are scrapped every year. The amount of mercury released into the atmosphere and water environment due to improper disposal is as high as tens of tons.

According to the relevant person in charge of the Municipal Science and Technology Commission, the next-generation lighting is produced by high-end automated precision equipment. It is a green and clean production project of energy saving, water saving and low carbon environmental protection. This high-end manufacturing industry meets the requirements of 'Beautiful China' ecological civilization environment construction. It is expected to become a booster for regional economic transformation and upgrading.

It is understood that OLED lighting is also a cutting-edge technology in the world, and multinational companies such as Philips and Osram are carrying out research on OLED lighting technology and are committed to industrialization. In the future, this technology is expected to form another huge industry with a value of 100 billion. The domestic OLED lighting market is expected to reach a scale of several billion yuan by 2020.

With the support of the Ministry of Science and Technology and the Beijing Municipal Government, this major scientific research project has enabled Beijing to achieve a leading position in the field of next-generation lighting technology, which is basically in line with the international level. “We have launched OLED lighting fixtures since 2009 and have completed process technology integration. Now we have launched a number of OLED lighting fixtures.” The head of Visionox Lighting Project said, “We estimate that hundreds of millions will be established between 2014 and 2015. Yuan's large-scale production line of OLED lighting."

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