Since the 1990s, semiconductor lighting technology has continued to break through, the application field has been expanding, and the technology in the field of indication and display is basically mature, and it has been widely used; the technology in the field of medium and large-sized backlights is becoming more mature, and the market share is gradually increasing; The technology in the field of functional lighting has just started and is in the pilot demonstration stage. In addition, semiconductor lighting technology in special fields such as medical and agricultural is on the rise.
In recent years, the semiconductor lighting industry has developed rapidly. The United States, Japan, Europe, South Korea, and Taiwan have strong advantages in different fields, and the annual growth rate of global output has remained above 20%. China has successively launched green lighting engineering and semiconductor lighting engineering, and has supported the research and development and industrialization of semiconductor lighting technology in the fields of ten key energy-saving projects, high-tech industrialization demonstration projects, enterprise technology upgrades and structural adjustment projects, and new materials for 863 projects. The project has a good R&D foundation, initially formed a complete industrial chain, and has certain advantages in downstream integration applications. In 2008, the total output value of China's semiconductor lighting was nearly 70 billion yuan, of which the output value of chips was 1.9 billion yuan, the output value of packaging was 18.5 billion yuan, and the output value of applied products was 45 billion yuan.
From the perspective of long-term development, the world lighting industry is undergoing transformation. Many countries have proposed to eliminate incandescent lamps and promote energy-saving lamps, and to make the semiconductor lighting energy-saving industry a new economic growth point in the future. With the acceleration of the industrial restructuring and the transformation of the development mode, the semiconductor lighting energy-saving industry has ushered in a new period of development opportunities as an important measure for energy conservation and emission reduction.
To this end, we should fully implement the scientific concept of development, focus on expanding domestic demand, maintaining growth, adjusting structure, benefiting people's livelihood, and vigorously implementing green lighting projects to enhance independent innovation capability and expand green consumer demand as the main line to seize the future competition commanding heights. The goal is to be market-oriented, enterprise-oriented, and relying on pilot demonstration projects to improve the environment for industrial development as a means to form a group of key enterprises with independent intellectual property rights, well-known brands and strong market competitiveness. Focus on breakthroughs and key points in the industry, foster and revitalize China's semiconductor lighting energy-saving industry, promote energy-saving emission reduction, and promote stable and rapid economic development.
To cultivate and revitalize China's semiconductor lighting energy-saving industry should follow the following basic principles:
Adhere to the combination of expanding domestic demand and long-term development. Developing the semiconductor lighting energy-saving industry on behalf of the future development direction of the world lighting industry is not only an important breakthrough to cope with the financial crisis, but also to maintain a stable and rapid economic development. It is also a new technological revolution, fostering new industries, promoting energy conservation and emission reduction, and coping with global climate change. Important way.
Adhere to the combination of industrial development and structural optimization. To develop the semiconductor lighting energy-saving industry, it is necessary to focus on promoting the structural optimization of the traditional lighting industry, improve the resource integration and industrial concentration of the upstream and downstream enterprises of semiconductor lighting, and promote the coordinated development of related industries to achieve the optimization and upgrading of the regional industrial structure.
Adhere to the combination of technology leadership and demand. The semiconductor lighting energy-saving industry should be guided by technological innovation and social demand-oriented development. While complying with the law of industrial development and enhancing the ability of independent innovation, enterprises must strive to grasp the pulse of the market, actively expand the consumer market, and form a virtuous cycle of promoting technological innovation through market applications and driving market demand through technological innovation.
Adhere to the combination of government guidance and market mechanisms. The development of semiconductor lighting energy-saving industries should give full play to the basic role of market allocation resources under the guidance of the government's macro-policy, innovate institutional mechanisms, form a policy environment and market environment conducive to industrial development, and mobilize the enthusiasm of market players.
Semiconductor lighting is another revolution in lighting sources after incandescent and fluorescent lamps. Semiconductor lighting technology is developing rapidly, with a wide range of applications, strong industrial driving, and great potential for energy saving. It is recognized by all countries as the most promising high-efficiency lighting industry. China also attaches great importance to the development of this emerging strategic industry. I believe that with the support and efforts of the government and all walks of life, China's semiconductor lighting industry will certainly usher in a bright future!
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