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The world’s largest thin-film solar power plant built in Germany, it is called “RoteJahne”. The station by JUWISOLAR companies, there is the size of 6MW. In order to get enough sunlight, a total of 90,000 applications a block component of solar cells. Thin-film battery components than in ordinary crystalline silicon solar cells cheaper components, and units of installed capacity will have more energy. The solar power station has been built on an abandoned military airfield on top of the laptop battery components of the surface area of about 16.5 acres. Power station every year 5.7 million kwh generation, enough of the 1900 home consumption.
JuwiSolar at the same time scale is the construction of a 40MW solar park, its thin-film solar cells by the 550,000 block components  XPS M1210 battery , XPS M140 battery , 01X284 battery. The project is scheduled to be completed by the end of 2009.

Recently, researchers at the Massachusetts Institute of Technology has developed a genetically modified cells produced virus. This new method can manufacture for the automotive and electronic products cheaper rechargeable battery, and the laptop battery more environmentally friendly.
The current lithium-ion battery in the dell battery between the positive and negative ion transmission. Three years ago, researchers at the Massachusetts Institute of Technology found that the production of virus that they can use a lithium-ion hp battery cathode. By oxidation of the cathode material composed of cobalt and gold. These viruses in the cobalt oxide and gold painted after the material to form a nanowire.
Now, these researchers in materials science, engineering and biological engineering professor Germeshausen now under the leadership of AngelaBelcher be able to make use of virus production of lithium-ion Sony battery anode part. Virus production can make use of positive and negative battery after the battery can easily produce.
The use of the virus is commonly used in the phage does not infect human beings. For the anode, these virus in their surface coated with a layer of iron phosphate, then the use of carbon nanotubes to create a network of highly conductive material.
The carbon nanotube network can quickly put electron transfer from electrode to the core iron phosphate to generate energy. Network through the creation of carbon nanotubes, the conduction properties of better batteries  toshiba PA3383U-1BRS ,toshiba PA3384U-1BRS , toshiba PA3285U-1BRS , lighter weight.
The research team to produce better high-voltage and larger capacity battery. To achieve this goal, the anode assembly required the use of phosphoric acid and phosphoric acid manganese nickel such material. Such nano-battery technology for automotive and electronics manufacturers to use the toshiba battery to open up new possibilities.

March 31, “China Electronics News,” the first version of 8 (power lithium-ion laptop battery ) in columns published in the “lithium-ion dell battery electric bicycle demand growth this year will be 2-3 as” the article.
The article points out that because of consumer awareness, the international financial crisis on the lithium-ion batteries for electric vehicles will not significantly affect the consumer crowd, so electric bike on the demand for lithium-ion batteries Fujitsu laptop battery . FPCBP68 , FPCBP95 , Lifebook S6120 ,Lifebook C6200 in 2009 at in 2008 is expected to be on the basis of 20% growth 30% of domestic and foreign markets in 2009 on China’s demand for lithium-ion batteries can reach about two million AH (that is, to achieve sales of 200,000).
It is learned that the lithium-ion batteries  VGP BPS9 , VGP BPS9/B , VGP BPS9A compared with other batteries, the advantage of environmental protection, light, long life, high temperature low temperature, for from the current disadvantage is the price is high, the quality of instability. At present, lithium-ion Sony battery electric bike electric bike at the proportion of nearly 1%. In the future, lithium-ion battery electric bicycle will increase as the sales, lithium-ion battery costs, enhance consumer awareness, the nervous energy, technical perfection completely replaced by other factors such as power cycle batteries  F4809A , F4812A , F2299A .
It is understood that in the electric vehicle industry, prices are not the key factor in the impact of the application, the real constraints in the following areas: First, because lithium-ion battery and control system itself, the quality of the quality problems at the early promotion because of mileage and use of time commitment did not meet the target, in the eyes of consumers had a negative impact, forming a very bad reputation. Second, because of lead-acid batteries and lithium-ion toshiba battery completely different consumer groups, to promote the manufacturer’s model is exactly the same, the crowd did not directly face the audience promotion (including publicity, display, image display, purchase the environment, etc.). Third, lithium and lithium-ion Compaq battery electric control system for the matching problem. Fourth, the quality of vehicle (car electrical part of the match).

Green technology is to enter the virus. Researchers have recently developed using a virus can charge the battery – similar to those in hybrid cars and the use of laptop batteries To date, such batteries are usually using chemical methods, by high temperature processing. The new research is no doubt that the production of the dell battery provides a choice of low power consumption of the new method of environmental protection.
Most of the commercial with a rechargeable lithium-ion hp battery from the cathode (negative terminal of electricity) delivered to the anode (positively charged side of), while the process at high temperature conditions must be able to achieve before. Massachusetts Institute of Technology, Cambridge, USA (MIT) of the materials chemist Angela Belcher and her colleagues, decided to adopt the biological process of development of a better Sony battery . Belcher pointed out that this approach is logical, because the battery in some raw materials – such as phosphate and ions – in the life-support systems are in existence, and can easily be manipulated organisms.
Scientists use a microscope to the millions of DNA virus scan, the selection of the M13 virus. Such a length of 880 nano-virus, Sony laptop battery is a very simple and easy to control the virus, harmless to the human body.
Group first to use genetic engineering to make the shell M13 virus adsorption on cobalt oxide and gold, toshiba battery followed by its assembly into the film, which made a cathode.
The next problem is to solve the negative electrode, which is a more challenging job, so it required a very high conductivity. Group at the use of engineering methods on the accumulation of the virus M13 iron phosphate ions, and carbon nanotubes are made with a high conductivity with a network connection. Electronics can quickly transfer in this system, thus increasing the capacity of negative electrode. In fact, Belcher developed with the commercial application of IBM battery lithium battery has the same performance, at the same time be able to charge and discharge at least 100 times. Group on April 2 at the United States “Science” magazine online edition reported on the results of this study.
Virus-based technology will become the first production cell biology tools. Belcher stressed that apart from all systems outside the carbon nanotubes are made at room temperature, and only water as a solvent. Finally, when such end-of-life and degradation of the Compaq battery , it will not leave any toxic chemicals. Belcher said: “This is a very clean way.”
But she warned that the technology is not yet put into commercial application. Belcher said that the virus because of the apple battery and the market required the existing battery capacity and performance to match, so “we need to increase the proportion of raw materials.” “We need to further improve its performance.”
Other experts also agree that the invention of Belcher and not going to change overnight the face of the battery industry. Binghamton, New York University Institute for Materials chemists M. Stanley Whittingham, said: “This is related to scientific curiosity.” Whittingham said that in order to change this Acer battery technology, researchers must create a cathode with a higher capacity .

For consultants in the research department of the latest energy industry that in 2008 China’s output of photovoltaic cells of 1.78GW, accounting for 26% of the global total. Among them, the leading domestic solar cell production plant in 2008 was about Suntech 500MWp, ranking third in the world, and the output of Yingli 281.5MWp, Trina Solar output about 200MWp.
In 2008 the European companies accounted for production of photovoltaic cells worldwide, representing a ratio of 27%, slightly higher than the 26 percent Chinese. The world’s leading solar cell factory in Germany Q-Cells still continue to re-output to 574 megawatts (MWp).
U.S. companies accounted for the global production of photovoltaic cells, representing a ratio of 14%. One of cadmium telluride (CdTe) thin-film plant First Solar, output 503MWp, 2008 the world’s second largest solar cell manufacturers. In addition, Japanese firms in 2008 total global production of photovoltaic cells, representing a ratio of 16%.
Market share from the point of view, the Chinese solar cell manufacturers (including Taiwan Province) market share increased year by year, in 2007 Chinese solar cell manufacturers market share in 2006 from 20% to 35%, then further in 2008, increased to 44% for two consecutive years become the first in the world. Motech Taiwan in 2008 output of photovoltaic cells at between 270 ~ 280MWp.

  the article come from http://www.new-laptop-battery.com .

How to buy good, durable laptop battery ? Extension experts give consumers the Tips:
1, choose a “national inspection-free”, “Chinese famous brand” logo products and place the battery brand name battery products 1K500 battery , 1X793 battery , 2M400 battery , 2P700 battery , the quality of these products have a certain degree of protection.
2, note the appearance of the battery should be fine to buy packaging, appearance and clean, no signs of battery leakage.
3, the battery should be marked on the production of trademarks Make, battery polarity, the battery models, such as nominal voltage; sales packaging should have English on the site, production date and shelf-life or shelf life marked the deadline for the implementation of the standard code . Purchase alkaline manganese dioxide batteries  D5318 battery , D5540 battery should watch models LR words whether or ALKALINE.
4, because the mercury batteries are harmful to the environment, in order to protect the environment, the purchase should be chosen on trademarks marked “mercury-free”, “0% mercury,” “no added mercury” in the battery.
Experts advise the use of batteries at the same time you should:
1, electrical contacts and the Inspiron 5160 battery should be clean and, if necessary, wipe with a damp cloth, to be dried into the right marked by polarity.
2, one should replace the battery at the same time all the batteries, not to mix old and new batteries; the same model but different not to mix brands of batteries, otherwise, would increase the possibility of leakage.
3, can not be heated or disposable Inspiron E1405 battery rechargeable renewable manner, otherwise there is probably the explosion happened.
4, electric appliances do not have long-term battery should be removed in time, turn off the power should be used so as to allow the battery to continue to discharge its internal chemical reaction and cause leakage.
5, not to discard used batteries ThinkPad T60 battery , ThinkPad T60p battery , as far as possible, running separate from other garbage.

Today, major companies all over the world have increased the lithium-ion batteries  ASM 92P1140 battery , FRU 92P1131 battery , FRU 92P1133 battery on capital investment, which means that applies to plug-in hybrid electric and electric vehicle laptop battery of the new generation of high-energy R & D start. At BASF Future Business Ltd., under the leadership of 18 from the field of industrial and scientific partners to start called “HE-Lion” projects over the next four to six years to develop a more efficient, safer lithium-ion  1K500 battery and promotion in the market. Department for Education and Research Germany (BMBF) in the league Innovate “Lithium Ionen Batterie LIB 2015″ one million euros in 2100 funded HE-Lion project sponsor.
“The alliance for innovation to enhance the status of German is necessary. R & D in this process, we must as soon as possible to obtain a decisive breakthrough in  FK890 battery  materials. So as to reduce the cost of batteries  XR693 battery , Y4367 battery , Y4546 battery ”, BAS and the Board of Directors R & D projects, said spokesman Andreas Kreimeyer.
First-and second-generation lithium-ion batteries  HD438 battery , HF674 battery , HP297 battery have been used in sophisticated notebook computers, smart phones, digital cameras, while the third and fourth generation of lithium-ion battery R & D goal is a more stable system. The decisive factor in the success of the new safety and efficiency of the battery is high, prices are reasonable. And strive to make energy density than the existing two to enhance the  XD187 battery five times. Plugged in order to make hybrid and electric cars to people moving away from an acceptable level.
BASF, Freudenberg Vliesstoffe and SGL Carbon Materials R & D companies. Battery technology from the Fraunhofer Institut Itzehoe, as well as Gaia, Leclanché and the Bosch company. Car design to the Volkswagen Group companies and energy EnBW, so the perfect high-energy batteries 92P1102 battery , 08K8192 battery , 08K8193 battery can be integrated into the energy supply system. Berlin, Bonn, Clausthal, Darmstadt, Giessen, Hannover, Münster University and other places as well as Switzerland and Paul-Scherrer Institute Dresden students of Leibniz basic theoretical research carried out in cooperation.

Nisshinbo use of the cost of platinum is only 1 / 6 instead of the catalyst, so that the output density of the fuel cell 525mW/cm2
Nissin Textile platinum catalyst for the use of alternative “carbon alloy catalyst” to improve the density of the fuel cell output to 525mW/cm2. The company said that as a catalyst instead of platinum,  Inspiron E1405 battery , Inspiron E1505 battery confirmed the power of the performance as “the highest level in the world”, its open-circuit voltage of 0.98V, the current density for the voltage at the time of 0.2A/cm2 for 0.67V. And includes the cost of processing fees, etc., can be reduced to 1 / 6 or so. Fuel cell vehicles in use,Inspiron E1705 battery , is expected to cut costs around ¥ 500,000.
In addition, when using different platinum catalysts, the catalyst material will not be the Department of corrosion cells. Therefore, is expected to extend the laptop battery  life. The product will be in the company is located in the central city of Chiba Institute of production and strive to the spring of 2010 to supply fuel cell manufacturers.
About carbon alloy catalyst, Gunma University Professor Junichi Ozaki found in micro-spherical carbon nano-scale structure of atoms with a catalyst, it got its name. Nissin Textile Ozaki in 2006 and professor from the common commitment to replace the platinum catalyst for the development of June 2008 also participated in the New Energy  7T670 battery , 851UY battery , 8M815 battery and Industrial Technology Development Organization (NEDO) project implementation.

The world’s largest thin-film solar power plant built in Germany, which was known as the “Rote Jahne”. JUWI SOLAR from the station to build, the scale there is 6MW. In order to get enough sunlight, a total of 90,000 applied to the solar cell component. Thin-film battery components than in ordinary crystalline silicon solar cells cheaper components,laptop battery and units of installed capacity will have more energy. The solar power station has been built on an abandoned military airfield on top of the toshiba battery components of the surface area of about 16.5 acres. Power station every year 5.7 million kwh generation, enough of the 1900 home consumption.
Juwi Solar at the same time scale is the construction of a 40MW solar park dell battery , its thin-film solar cells by the 550,000 block components. The project is scheduled to be completed by the end of 2009.