In the final of the 7th China innovation and entrepreneurship competition in shanxi, changzhi aimei kangyuan optoelectronic technology co., ltd. participated in the "new generation of high-power fluorescent glass LEDrs" project, which won the first prize in the field of new energy and energy conservation, and will represent shanxi in the national competition of this competition.
In the final competition of the 7th China innovation and entrepreneurship competition in shanxi, the "new generation long distance high power fluorescent glass LEDrs wick" project of changzhi aimei kangyuan optoelectronic technology co., LTD., won the first prize in the field of new energy and energy conservation, and will represent shanxi to participate in the national competition of this competition.
It is reported that the new printing circuit LEDrs glass lamp core and new process LEDrs white light chip packaging products developed by the company have independent intellectual property rights, and have applied for a number of domestic and international invention patents, replacing the existing LED packaging technology and filling the gap in the international market.
The new type of remote fluorescent glass LEDrs lamp wick has the characteristics of high color index and luminous flux, and can save energy. Moreover, it has no stroboscopic light, which can protect the vision well. Through the light failure detection, achieve durable, belong to real health lighting.
According to the international convention for 2020, the production of mercury-containing lamps has been stopped, and large areas of market lighting are changing to semiconductor lighting, which makes LED lighting more and more. It is estimated that the total global LED demand will exceed 1 trillion by 2020. At present, the LED lighting technology field is mostly the conversion of blue light and fluorescence, and white light is the mainstream product. There are underdigital, stroboscopic and thermal short plates, resulting in short service life of the light source and serious damage to vision.
According to the introduction, the comprehensive cost of the remote fluorescent thin film glass material is only half of the cost of traditional packaging materials. Compared with the traditional silicon packaging technology and packaging materials, the light efficiency after packaging is improved by 35% to 50%, which has excellent acid, alkali and waterproof properties. In addition, the new packaging technology simplifies the packaging process, without any pollution in the production process.
In addition, the competition was organized around the fields of Internet, new materials, advanced manufacturing, biomedicine, electronic information, new energy and energy conservation and environmental protection. A total of 86 quality start-ups were selected for the competition. In recent years, the team of changzhi emeikang source optoelectronics technology co., ltd. has been focusing on the r&d project of new remote fluorescent glass LEDrs, and now has opened sales channels in the United States, Hong Kong and other places.