HC Chemical Network Information in a number of regeneration Energy Among the less affected by solar energy due to geographical and climatic constraints and the acclaimed, became popular with the amorphous silicon thin film technology is more than the conventional polysilicon technology Environmental protection . In the past, China made major use of polysilicon solar photovoltaic panels, but in September 2009, the State Department lists the polysilicon and wind energy equipment overcapacity of the industry, amorphous silicon thin film technology is expected to become China’s number one renewable energy mainstream. Polysilicon needed in the production process consumes large amounts of energy, and the cost is relatively expensive. In addition, the polysilicon in the manufacturing process will discharge more than 10 kinds of toxic substances. According to statistics, in 2008 China’s share of the 3,000 tons of coal refining silicon, the carbon dioxide and other air pollutants is very high. China accounts for 39% of global production of PV modules, is the world’s largest producer, but 99% of the products are exported overseas, which means that the development of China’s solar energy commitment is for the foreign cost of pollution, forced to reduce production capacity of polysilicon to avoid environment further deterioration. To reduce costs and protect the environment, the demand for amorphous silicon thin film technology is rapidly rising. Platinum has just completed restructuring Yang Solar Technologies Holdings Limited (Hong Kong Main Board Stock Code: 0566) already have as many as 33 patents and technical secrets, research and development team technical director Dr. Li Yuanmin Applied Physics at Harvard University Dr., in the international film technology Twenty years of experience in the field, enabling cutting-edge technology research and development. Recently, platinum Yang announced the successful design and development of solar amorphous silicon / amorphous silicon germanium (a-Si/a-SiGe) two-junction thin film PV module manufacturing production line with large-scale, under the Ministry of Chemical Physics Power supply Product Quality Supervision and Inspection Center and TUVSUD test results, the new production technology to produce the two-junction thin film PV module conversion efficiency of the initial 9.7 to 9.8 percent, after the conversion efficiency is expected attenuation of 8%, 6.5% compared to the past technology 7% was significantly increased. Amorphous silicon thin film is an energy-saving technology, but what advantage? Platinum Executive Director Peng Libin Yang Solar, said: “First of all, the conversion efficiency, the amorphous silicon thin film deposition of different chemical properties through the material at different segment levels, R ? Disappointed? Yi?% To 12% or higher, Theory even reach the highest 17.8%. Second, the films absorb a wide wavelength sun, the sun in cloudy or weak operation is better, so amorphous silicon thin film in the actual environment, the conversion efficiency over 10% higher than that of polysilicon. Furthermore, the production cost amorphous silicon film only one-third of polysilicon. amorphous silicon thin film deposition simply into the plasma gas on the glass can be attached to the production process only 200 degree temperature, consumes little power, no pollution, it can continuously produce low-cost large area. ” Platinum Yang Solar has successfully entered the Japanese market, with Japanese companies Evatech signed letters of intent to provide proprietary core equipment components PVD. Platinum Solar President Chi-Wen Chou Yang described: “Japan is the locomotive of industrial products, the success in penetrating the Japanese market, which shows that platinum thin-film solar energy sun solar photovoltaic technology to achieve world-class, is very beneficial for future expansion.” The platinum Yang Solar has just won this month by the China Enterprise Innovation Forum Organizing Committee awarded the “2009 Best Innovation Award”, The award-winning platinum sun once again confirms the independent research and development of solar technology at the edge.