Amorphous silicon thin film solar cell projects settled in Beijing Pinggu
February 18, the Beijing Industrial Promotion Bureau and held in cooperation Pinggu district government can build the Green Industry Base Beijing signing ceremony, Fujian Shi-jun energy produced by amorphous silicon thin film solar cell projects have been formally settled in Pinggu. This is Beijing’s first amorphous silicon thin film solar cell projects laptop battery .
Green to the base is located in Pinggu mafang Industrial Park, the main high-tech industrial development and ecological environmental protection industry, are Pinggu “Eleventh Five-Year” period the focus of promoting the project. Jun Shi energy companies are the world’s largest manufacturer of solar lamps dell battery , Inspiron 6000 , D5318 , but also the world’s solar production equipment application performance up to company. Through independent innovation, the company had set up their own intellectual property rights only of amorphous silicon thin film solar cell production lines. Relatively traditional crystalline silicon, polycrystalline silicon cells, amorphous silicon thin film solar cells can be light energy directly into electricity, with low cost, low power consumption, high efficiency, non-polluting characteristics, the same specifications as amorphous silicon thin-film solar batteries, the price is equivalent to only half of crystalline silicon cells.
The construction of amorphous silicon thin film solar cell technology as the core of the new green energy base, in line with the Pinggu ecological conservation function of development areas, as well as the capital of the ecological environmental protection industry to fill the gaps. Amorphous silicon thin film solar cell project investment amounted to 950 million yuan, covers an area of 200 acres of the planning, construction, six production lines, annual production Inspiron 6400 , Inspiron 700m capacity of amorphous silicon thin film solar cells 150MW, equivalent to a 300,000 population city’s electricity consumption a year. The project is expected to put into production by the end of 2010 with good prospects for development.
