Sunday, March 7, 2010

Amorphous silicon thin-film solar cells – sony vgp-bps8 , vgp-bps9 battery

Tianjin to invest jointly with the U.S. solar SONY VGP-BPS8 Battery energy company has signed a joint venture in Tianjin joint venture contract annual production capacity of 25 MW of flexible thin-film amorphous silicon solar cell project. The project total investment 35 million U.S. dollars, has been listed as key construction projects in Tianjin, is scheduled in June 2008 completed and put into production.

United Solar’s amorphous silicon solar cell area of the world’s most advanced production technology and manufacturing technology. The Tianjin joint venture with the U.S. based company that imported stainless steel strip as a substrate micron amorphous silicon thin-film flexible solar cells, with the current hard-glass substrate solar cells, compared with a light weight, impact resistance, flexible, Easy installation and wide application areas and many other advantages. It is understood that the project design capacity of 25 MW, the actual annual output of up to 30 megawatts, which went into operation will SONY VGP-BPS13 Battery be extended to three production lines, eventually to reach 90 “MW of scale and further enhance the level of domestic solar cell technology to speed up Tianjin to promote the development of new energy industries.

China Battery Industry Association, applying to set up solar cell branches

In recent years, rapid development of China’s solar cell industry, for example, Suntech’s solar cell production has entered the world’s top 10, Hebei, Baoding Tianwei Yingli New Energy Resources Co., Ltd. in 2007 an annual output of 400 megawatts of replenishment of new polycrystalline silicon solar cells, Nanjing, China Light and Power is also a larger scale of production. Foreign companies are very optimistic about sony vgp-bpl8 battery solar cell market, foreign-funded enterprises in China, factories have been producing solar cells.

According to “Recycling Economy Law”, “Renewable Energy Law” and the energy saving requirements, promote the use of solar battery industrial development has become a hot spot, Science and Technology in the solar batteries are also key support for 863 projects, has formed a number of research units . But the cost of solar cells is also high, affecting the domestic market to promote commercialization. Domestic enterprises, export-oriented products, the key material is also dependent on imports.

At present, China’s solar cell materials manufacturing industry has taken shape, sony vgp-bps9 battery has taken shape enterprises, research institutes, universities solar cell research, development and production scale, in order to better promote the line to the development of China Battery Industry Association, intends to set up solar cells Branch.

Branch’s work functions are China Battery Industry Association, under the leadership of co-ordination or guide the development of solar cell industry to solve the problem of the solar cell manufacturing enterprises to develop products and materials, technical services, organization of information exchanges, academic exchanges, promote the solar cell research and commercial , and promote environmental protection and renewable energy use, energy saving.

AMAT Indian companies will sell the entire solar cell production line

U.S. Applied Materials (Applied Materials, AMAT) has received India’s Moser Baer’s thin-film silicon solar cell manufacturing line of professional development and installation of business orders. Subscription Agreement in addition to CVD, PVD, vgp-bpl8 battery , laser scribing a variety of manufacturing equipment in addition, also includes factory management software, automation equipment and solar cell manufacturing the necessary technical assistance and other content, this “will provide a complete solar cell industry Production Line “(AMAT). AMAT planned second half of 2007 to complete production line delivery.

The provision of a production line to support an area of 2.2m × 2.6m (5.7m2), to reach four times the existing floor glass substrate. As with the bottom of the large-scale, increasing manufacturing efficiency, thus reducing manufacturing costs of solar cells. AMAT called “the first 8.5 generation” thin-film solar cell module production line, and advocate for the effect of reducing manufacturing costs.

Moser Baer India, was established in 1983, the record-type optical media vgp-bps8 battery manufacturer headquartered in New Delhi, India. Of its annual production capacity of solar cells originally scheduled to 40MW, the future plans to expand by 2009 to 200MW.

In 2015 the use of thin-film solar cells solar power systems market will reach 7.2 billion U.S. dollars

United States NanoMarkets, LC projections, 2015 thin-film solar cells use solar power generation system (TFPV: thin-film photovoltaics) market will reach 7.2 billion U.S. dollars (in English published data). The current market size of about 10 million U.S. dollars.

NanoMarkets said, TFPV high-growth market, driven by factors that the advantages of thin-film solar cells. Its advantages include: low cost, light weight, as well as the battery can be embedded in walls, roof and windows. In order to meet the growing VGP-BPS10 Battery demand for TFPV, most manufacturers are constantly increase capacity, including the U.S. First Solar, Fuji Electric, the United States Nanosolar, Sanyo Electric, the United States United Solar Ovonic, LLC, United Kingdom G24 INNOVATIONS LIMITED number of companies, including all plans to build more generating capacity in the 100MW plant.

At present, the global fuel prices, while the price of solar power generation system has been rapidly declining. This case, the solar power generation system may occupy the lion’s share of the energy market. NanoMarkets forecasts, TFPV the cost of solar power generation system than the original is even lower, so TFPV market will be the first in the solar power generation system on the right track. A few years ago, TFPV for less than the share of solar power systems market, 5%, but in 2015 will grow to 35%.

TFPV is to use the printing device or Roll to Roll (roll to roll) devices made of vgp-bps9 battery , sony VGP-AC19V19. The use of printing devices is expected to produce TFPV its market size in 2015 will reach 30 billion U.S. dollars.

In addition, TFPV than the original solar power generation system significantly reduce the weight, you can bend, shape, can adapt to the needs of non-planar positions. Thus, TFPV embedded in the roof and walls more easily than the original product. The need to embed multi-block panels are the roof, TFPV can be without raising the roof strength. Windows, the PV panels can be realized, and sashes to use vgp-bps13 battery either.

NanoMarkets believes that the use of organic materials, the prospects for solar power generation system is also more noticeable. The solar power system solar power systems than other more environmentally friendly. Efficiency is also rapidly increasing, and new replacement sony vgp-bpl8 battery efficiency and the use of inorganic materials, the product is basically the same, or even higher. NanoMarkets predicts that by 2015 the use of organic materials, solar power generation system power battery supply will reach 500MW.

Tuesday, March 2, 2010

How to replace the Dell Processor Thermal-Cooling Assembly

After used for a long period (perhaps 15- 24 months), our notebook body heat is increasing too hot while working for sometime. As more and more programs are install into our notebooks, the laptop battery CPU and processor works hard and take out a lot heat. Then we should replace the Processor Thermal-Cooling Assembly.

I take the Dell Inspiron e1505 battery Service Manual Dell Processor Thermal-Cooling for example. Gernerally the whole process should follow the 2 steps : 1 .Removing the Processor Thermal-Cooling Assembly. 2. Replacing the Processor Thermal-Cooling Assembly.

Removing the Processor Thermal-Cooling Assembly

CAUTION: Before you begin the following procedure, follow the safety instructions in the Product Information Guide.

1. Follow the instructions in Before You Begin.

2. Turn the Dell Latitude D620 Battery computer over.

3. Remove the eight captive screws securing the back cover and remove the module cover.

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4. In sequential order, loosen the five captive screws securing the processor thermal-cooling assembly to the system board, then carefully lift the processor thermal-cooling assembly out of the Dell Latitude D630 Battery computer.

Replacing the Processor Thermal-Cooling Assembly

CAUTION: Before you begin the following procedure, follow the safety instructions in the Product Information Guide.

1. Align the five captive screws on the Dell Latitude D830 Battery processor thermal-cooling assembly with the screw holes on the system board.

2. In sequential order, tighten the five captive screws to secure the processor thermal-cooling assembly to the system board.

3. Replace the module cover and tighten the eight dell latitude d820 battery captive screws.