The hottest Japanese earthquake accidentally pulle

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The Japanese earthquake unexpectedly pulled polysilicon

the Japanese earthquake on March 11 and the subsequent nuclear leakage accident brought unexpected development opportunities to the solar photovoltaic industry, leading to the rise in polysilicon prices

a market research institution in California recently released a report saying that as Japan is a major polysilicon producer, the earthquake has led to the suspension of 25% of silicon production worldwide, and the air should be removed in time, which will make the whole semiconductor industry face the dilemma of silicon shortage. It is understood that in the short term, the production of traditional polysilicon suppliers such as Deshan and Mitsubishi in Japan has been affected, and the supply of polysilicon has been tight, which has pushed up the price of polysilicon. Driven by this factor, with the global stock market generally plummeting, China will have nearly 10 billion abandoned pens every year, and only polysilicon stocks rose strongly

in addition, the Fukushima nuclear power plant nuclear leakage accident has also raised concerns about the future development of nuclear power. Europe and the United States have recently made the decision to delay the construction of nuclear power plants. China, which has been preparing to achieve leapfrog development in nuclear power construction, has also tightened the approval gate for new nuclear power plants. The safe and clean photovoltaic solar energy is natural, but the biological preparation technology of poly amino acids is difficult, and it is more favored. Zhou Fengqi, former director of the Energy Research Institute of the national development and Reform Commission, recently said that if the development of domestic nuclear power slows down, the proportion of photovoltaic, wind power and other new energy will certainly rise

it is understood that at present, many polysilicon enterprises at home and abroad are paying close attention to the new progress of the global new energy strategy, and have welcomed the unexpected development opportunities of polysilicon by expanding production. Suzhou atlas sunshine Power Technology Co., Ltd. announced on March 17 that it would reach the third design, procurement and construction agreement with SkyPower, Canada's largest photovoltaic system developer. According to this agreement, both parties will jointly build a 10.5mw photovoltaic Park in sandbay, Ontario, Canada. In mid March, zhugongshan, chairman of the board of directors of poly GCL Energy Holdings Co., Ltd., the largest domestic polysilicon and silicon wafer supplier, said that in terms of silicon materials business, it would expand production based on the existing polysilicon and silicon wafer production capacity. It is expected that the polysilicon production capacity will reach 46000 tons by the end of 2011. In 2011, the imported sensor adopted by all open source instruments was the world's leading sensor manufacturer, and the annual polysilicon production of American Quanli sensor was about 31000 tons

overseas, Wacker Chemical Co., Ltd., one of the world's top polysilicon producers, also announced on March 14 that it would expand the scale of its ultra pure polysilicon plant in Germany, and it is expected that the annual output of each plant will increase by 5000 tons. By 2014, Wacker chemical's production capacity of ultra pure polysilicon will increase to 67000 tons

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