In order to cooperate with the Ministry of Science and Technology to carry out the construction of pilot cities for semiconductor lighting applications, promote the development and promotion of green energy-saving lighting technology, and combine the development of Shanghai World Expo and the development of Shanghai semiconductor lighting industry, the Shanghai Science and Technology Commission issued this guide.
I. Research topics and deadlines
Topic I. Semiconductor Lighting Demonstration Project of One Axis and Four Pavilions of Shanghai World Expo
Research objectives:
In accordance with the overall requirements of the Expo lighting project planning, the five major venues such as the Expo Axis, China Pavilion, Theme Pavilion, Expo Center, and Performing Arts Center will complete the design of semiconductor lighting and display engineering solutions, and develop semiconductor lighting products required for demonstration projects to meet the owners. The requirements of the party, put into operation on time, stable and reliable.
research content:
Semiconductor lighting engineering aesthetics, energy saving, environmentally friendly design technology, low-cost product manufacturing technology, installation and maintenance technology, quality assurance technology and mass manufacturing technology for special lamps, and advanced control technology for large-scale lighting engineering.
Project implementation period: March 2009 to September 30, 2010
Topic 2: Application development of semiconductor lighting and display technology in other venues and supporting facilities of the World Expo
Research objectives:
In the Expo Park, choose the road to install LED white light streetlights. The width of the demonstration section is not less than two lanes; the number of LED square landscape lights is not less than 400ç›; large LED display and floor can realize interactive or intelligent control, and many control points At 10,000 points; the proportion of LED lighting fixtures installed in public transportation in the park is not less than 30%; the intelligent road and location indication system is adopted in the park. The technologies and products developed must meet the requirements of the Expo and be used during the Expo.
research content:
High-brightness, low-cost white lighting fixtures in road lighting and landscape lighting; LED large-scale display, new concept design and advanced control technology for square floor; application technology of vehicle semiconductor lighting in the Expo Park; road and location intelligence Guide system control technology.
Project implementation period: March 2009 to September 30, 2010
Topic III: Research on key technologies for semiconductor lighting general products and standards and specifications
Research objectives:
Research and develop the product standards and application specifications of six major categories of street lamps, tunnel lights, indoor and outdoor white light fixtures, projection lamps, floodlights, LED displays, and other common modules and drive modules, significantly improving the luminous efficiency of chips and lamps. The service life of the single crystal material reaches the pilot scale; the MOCVD reaction cavity prototype dedicated to LED is developed and verified by the process; the LED special heat dissipation coating for high radiation cooling is developed; the LED for high excitation efficiency and high light extraction efficiency is developed. New block phosphor.
research content:
The key technology to improve the light-emitting efficiency of power chip, the passivation technology to reduce the chip leakage effect; the processing technology of super hard single crystal substrate materials such as sapphire, SiC, the production and recovery technology of abrasive and polishing liquid; Electrostatic technology and light distribution design, drive circuit design; general integrated light source module, key industrialization technology of lamp; product standard and application specification; product quality inspection and performance evaluation; MOCVD reaction chamber overall and internal structure design and manufacturing technology; A heat-dissipating coating formulation and production process for reducing the temperature of an LED lamp system by radiation heat dissipation; researching a block phosphor with independent intellectual property rights.
Project implementation period: March 2009 to September 30, 2011
Second, the application method
This guide is publicly released. The application start date is April 10, 2009, and the deadline is April 30, 2009. The details and application requirements can be registered on the Shanghai Science and Technology Network (http://). ) Query submission.
Third, contact information
Project feasibility plan information (send) Address: Room 320, Building 2, 100 Qinzhou Road (Zip code 200235), High-tech project management department of Shanghai Torch High-tech Industry Development Center
Contact: Liu Huazhen, Hou Guofang
Contact number, 54065162
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