With awareness of environmental protection, the traditional power-hungry lighting and waste pollution problems, has caught the attention of the government, have invested a lot of money, manpower and material resources to develop a new green light. While the “green light source,” said the LED, due to its unique energy-saving, long life, maintenance-free, easy to control, environmental protection and other features, has become a national positive development. It is understood that the international semiconductor lighting industry in recent years to maintain 40% growth rate expected in 2008 world light-emitting diode (LED) market will reach 56 billion U.S. dollars. The face of the tremendous business opportunities of semiconductor lighting and encouraging the development prospects of countries around the world act, Japan, the United States, European Union, South Korea, have invested heavily in the introduction of National Semiconductor lighting scheme.
Japan in 1998, first in the world to implement “21st Century Lighting” project, aimed at through the use of long-life, thinner and lighter blue and ultraviolet GaN LED efficiency lighting, energy efficiency technology allows increased to twice that of traditional fluorescent lamps, reduce carbon dioxide generation, and completed in 2006 with a white LED lighting to replace 50% of the conventional lighting. The plan developed by the Japanese metal center and the New Energy and Industrial Technology Development Organization initiated and organized, participating institutions include 4 universities, 13 companies and one association. The whole project’s budget of 60 billion yen. From 1998-2002, was invested in 50 billion yen in the first goal has now been completed. Now, Japan is implementing the second phase of the project, planned by 2010, LED luminous efficiency of 120lm / W.
U.S. “national semiconductor lighting project” developed by the U.S. Department of Energy, plans to use 10 years, 500 million U.S. dollars investment in the development of semiconductor lighting and participants including 13 national key laboratories, companies and universities. Implementation of the plan is aimed at making the U.S. lighting market in the next competition, ahead of Japan, Europe and South Korea competitors. Node is scheduled time in 2002, 20lm / W, 2007 年 75lm / W, 2012 年 150lm / W. From 2000 to 2020, the U.S. semiconductor lighting program is expected to achieve the following results: the cumulative effect and the potential savings will be reduced 2.58 million tons of carbon pollutants discharged; reduce the construction of 133 new power plants; estimated that by 2010, 55% of the incandescent and fluorescent lights were replaced by semiconductor; 2025, the use of solid state lighting will reduce by half the electricity for lighting, saving amounted to 35 billion U.S. dollars per year; total of 115 billion U.S. dollars of expenditure savings; formed an annual output value of more than 50 billion U.S. dollars in the semiconductor lighting industry market; brought to millions of high-quality jobs.
EU’s “Rainbow Plan” launched in July 2000, commissioned six large companies, 2 universities and through the EU’s subsidies to promote the application of white light emitting diodes. Hope to achieve through the application of semiconductor lighting efficiency, energy saving, do not use environmentally harmful materials, simulation of natural light targets.
South Korea “GaN semiconductor development plan” is from 2000 to 2008, 472 million U.S. dollars invested by the government, businesses to invest 736 million to start. Research project to study the materials, including GaN white LED, blue, green Laser Diode and HEMT high-power electronic components, the three major areas, namely the Knowledge On, Samsung and LG, the company responsible for the progress of management. Hopes to reach 2008 LED luminous efficiency 80lm / W.
In 2003, China’s Ministry of Science has launched a “National Semiconductor Lighting Project”, designed to meet the new lighting revolution and accelerate China’s semiconductor lighting technology and industrial development. Taiwan, China has set up a “second-century lighting Development Plan”, to develop the semiconductor light-emitting diode industry. Plans to invest about 6-10 million of the NT, there are 14 enterprises, research institutions and universities to participate in the 2005 goal is to 40lm / W in the LED production, and the laboratory goal of 100lm / W.
The face of great temptation semiconductor lighting market, the world’s three light industrial giants – GE, Philips, Austin Ramsey Group, and semiconductor companies have also set up semiconductor lighting company, and proposed in 2010, so that further increase the efficiency of semiconductor light emitting 8 times, 100 times lower prices. Companies like GE, Geleore, philips lighting company Lumileds Lighting Company, Osram, Osram Opto Corporation company, have invested heavily in developing its own semiconductor lighting industry, which will undoubtedly accelerate the LED lighting industry into the normal process of the semiconductor a dramatic effect lighting industry.
Development Trend of International Solar Light
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Development Trend of International Solar Light
With awareness of environmental protection, the traditional power-hungry lighting and waste pollution problems, has caught the attention of the government, have invested a lot of money, manpower and material resources to develop a new green light. While the “green light source,” said the LED, due to its unique energy-saving, long life, maintenance-free, easy to control, environmental protection and other features, has become a national positive development. It is understood that the international semiconductor lighting industry in recent years to maintain 40% growth rate expected in 2008 world light-emitting diode (LED) market will reach 56 billion U.S. dollars. The face of the tremendous business opportunities of semiconductor lighting and encouraging the development prospects of countries around the world act, Japan, the United States, European Union, South Korea, have invested heavily in the introduction of National Semiconductor lighting scheme.
Japan in 1998, first in the world to implement “21st Century Lighting” project, aimed at through the use of long-life, thinner and lighter blue and ultraviolet GaN LED efficiency lighting, energy efficiency technology allows increased to twice that of traditional fluorescent lamps, reduce carbon dioxide generation, and completed in 2006 with a white LED lighting to replace 50% of the conventional lighting. The plan developed by the Japanese metal center and the New Energy and Industrial Technology Development Organization initiated and organized, participating institutions include 4 universities, 13 companies and one association. The whole project’s budget of 60 billion yen. From 1998-2002, was invested in 50 billion yen in the first goal has now been completed. Now, Japan is implementing the second phase of the project, planned by 2010, LED luminous efficiency of 120lm / W.
U.S. “national semiconductor lighting project” developed by the U.S. Department of Energy, plans to use 10 years, 500 million U.S. dollars investment in the development of semiconductor lighting and participants including 13 national key laboratories, companies and universities. Implementation of the plan is aimed at making the U.S. lighting market in the next competition, ahead of Japan, Europe and South Korea competitors. Node is scheduled time in 2002, 20lm / W, 2007 年 75lm / W, 2012 年 150lm / W. From 2000 to 2020, the U.S. semiconductor lighting program is expected to achieve the following results: the cumulative effect and the potential savings will be reduced 2.58 million tons of carbon pollutants discharged; reduce the construction of 133 new power plants; estimated that by 2010, 55% of the incandescent and fluorescent lights were replaced by semiconductor; 2025, the use of solid state lighting will reduce by half the electricity for lighting, saving amounted to 35 billion U.S. dollars per year; total of 115 billion U.S. dollars of expenditure savings; formed an annual output value of more than 50 billion U.S. dollars in the semiconductor lighting industry market; brought to millions of high-quality jobs.
EU’s “Rainbow Plan” launched in July 2000, commissioned six large companies, 2 universities and through the EU’s subsidies to promote the application of white light emitting diodes. Hope to achieve through the application of semiconductor lighting efficiency, energy saving, do not use environmentally harmful materials, simulation of natural light targets.
South Korea “GaN semiconductor development plan” is from 2000 to 2008, 472 million U.S. dollars invested by the government, businesses to invest 736 million to start. Research project to study the materials, including GaN white LED, blue, green Laser Diode and HEMT high-power electronic components, the three major areas, namely the Knowledge On, Samsung and LG, the company responsible for the progress of management. Hopes to reach 2008 LED luminous efficiency 80lm / W.
In 2003, China’s Ministry of Science has launched a “National Semiconductor Lighting Project”, designed to meet the new lighting revolution and accelerate China’s semiconductor lighting technology and industrial development. Taiwan, China has set up a “second-century lighting Development Plan”, to develop the semiconductor light-emitting diode industry. Plans to invest about 6-10 million of the NT, there are 14 enterprises, research institutions and universities to participate in the 2005 goal is to 40lm / W in the LED production, and the laboratory goal of 100lm / W.
The face of great temptation semiconductor lighting market, the world’s three light industrial giants – GE, Philips, Austin Ramsey Group, and semiconductor companies have also set up semiconductor lighting company, and proposed in 2010, so that further increase the efficiency of semiconductor light emitting 8 times, 100 times lower prices. Companies like GE, Geleore, philips lighting company Lumileds Lighting Company, Osram, Osram Opto Corporation company, have invested heavily in developing its own semiconductor lighting industry, which will undoubtedly accelerate the LED lighting industry into the normal process of the semiconductor a dramatic effect lighting industry.