Developed by Tsinghua University and other units of lead-acid battery Laptop Battery recovery super technology, has entered Laptop Battery the stage to promote the industrialization of formal recruitment in the country at all levels of the regional agent.
In all types of batteries, lead-acid batteries the largest share, accounting for the secondary battery market, according to 75%, is laptop battery widely used in automotive, communications, finance, electric power, railway, aviation, marine, mining and other industriesIBM Laptop Battery. Waste of the environmental pollution caused by the battery has become the world’s problems. China more than 5000 each year about 10,000 FPCBP77, more than 300,000 tons of spent lead-acid batteries. Super recovery of lead-acid battery technology can be used on all types of lead-acid batteries for recovery activation. Detection by the Ministry of Information Industry, confirmed that the recovery rate of more than 96%.
It is reported that a vast reservoir of the technology market. In 2002, domestic laptop battery output of lead-acid batteries, nearly 80 billion yuan, and each year to grow at a rate of 30%. Super use of lead-acid battery technology used to recover the battery FPCBP80 laptop battery recovery, the average cost to buy a new FRU 92P1121 less than 1 / 4, which will save users a lot of money. With the industrialization of the technology promotion, running into billions of dollars annual output value of the used batteries is expected to recover activation of the birth of industry.
According to foreign media reports, IBM and the Japanese semiconductor processing enterprises of Applied Chemistry, Tokyo (TOK) jointly announced a joint development of highly efficient solar energy technology, clean energy to reduce production costs.
This is the big technology companies to enter the emerging field FRU 92P1125 of photovoltaic solar energy products the latest action, photovoltaic solar energy in sunlight into electricity Satellite 2100 laptop battery at the same time, will not release pollutants. IBM will contribute to battery manufacturers in the technology, while TOK will provide their own in the semiconductor and LCD panel technology coating.
The two companies aim to develop thin-film solar modules will enable the doubling of the efficiency of technology. IBM said40Y6793R & D departments, they are not in the solar module production business to cooperate, but we hope in the next 2-3 years will be technology Satellite A65 laptop battery licensing to manufacturers. He said that they have in the negotiations photovoltaic manufacturers.
The two companies will cooperate in the development of 15% of sunlight into power a new type of copper indium gallium selenide solar energy (CIGS) cells, CIGS cells can only be translated into the current 6-12% of the light. Is estimated that 90% of the photovoltaic solar energy devices to the use of silicon into solar energy, this technology is higher than the efficiency of CIGS, the sun more than 20% ThinkPad Z61t conversion rate. However, these cells than thin-film photovoltaic cells thick, limiting the scope of application, at the same time in recent years due to the price of silicon up, is also higher Satellite A60-662 laptop battery than the cost of thin-film photovoltaic cells.
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