The article come from http://www.batteryoffice.com   "Solar cell production plant can not be determined date. However, the latest in March 2010 before the mass production" (Sharp, director of President Mikio Katayama). Sharp business strategy in that meeting, introduced the Sakai City is building silicon-based thin-film solar cell plant.
The company cited production date can not be determined three reasons, namely (1) East Electronics manufacturing joint venture there is no prospect of a solution of the production equipment; (2) to improve the conversion efficiency of solar cell technology has not yet established: (3) the European market is not clear when the demand for the restoration. And that over the next three conditions, once identified, the new plant will start.

The article come from http://www.batteryoffice.com

U.S. start-up companies, "Li Xun light" to develop a large-scale manufacture of solar panels could be curled technology. This roll-to-roll (roll-to-roll) manufacturing technology in stainless steel sheet to form a thin film amorphous silicon solar cells. Solar modules each about 1 meter wide, 5.5 meters long.
Compared with traditional silicon solar panels the image of heavy and hard, the light weight of solar panels can be curled easily integrated into roofs and facades of buildings, vehicles can also be used for body. The solar panels than the traditional solar panels is more attractive and can more easily be embedded in the roof of irregular design.
The company's founder and president of Deng Ming Xun (who) said: "They can even be rolled up with a backpack on, so that you can use it to recharge your laptop.
Amorphous silicon thin film solar cells of the lens than traditional batteries much cheaper, because it is only part of the use of materials, crystal solar cells as opposed to 150-200 mm thick layer of silicon, its thickness of only 1 mm. However, its drawback is that the efficiency is very low. In order to improve its efficiency, solar power company Xun created a triple structure of the battery, its from 3 different materials - amorphous silicon, amorphous silicon and germanium-based Nano-crystalline silicon - is made of each material to be tuned to capture the energy of the solar spectrum different.
Although some of the market efficiency of crystalline silicon modules, up to more than 20% of the fast solar power photovoltaic modules can crimp the efficiency of only about 8 percent, but its advantage lies in high-capacity tape technology. Roll-to-roll process can be to reduce costs and expand the scope of application.
So far, the fast solar power has received 40 million U.S. dollars of investment, in December 2008, Ohio also gives the company seven million U.S. dollars of loans to accelerate the construction of a 25-megawatt solar module production line curl. The company is expected to be officially in 2010 to market their products.

Only in the UK, every year more than 100,000 tons of medium-density fibreboard (MDF) has been discarded by the furniture industry, laptop battery however, abandoned fibreboard now have a new use. According to "New Scientist" magazine recently reported that the waste fibreboard in the case of non-combustion can be converted into electrical energy. Micro-energy generation technologies that can help reduce the plant to obtain energy from external resources consumption, but also in the generation process can produce more storage emissions.
With the building trade in the past 30 years the rapid development of tens of thousands of medium-density fiberboard into the market toshiba battery , toshiba PA3383U-1BRS ,toshiba PA3384U-1BRS  . This cheap fibreboard, flexible, and will not be the same as the timber was broken and has become very popular furniture manufacturing industry, one of the materials.
United Kingdom University of St Andrews and his team of John Owen said that the medium density fiberboard in the minimum can be modified for a direct carbon fuel cell (DCFC) to provide power. Direct carbon fuel cell is a highly efficient, clean fuel cell technology, its principle is that carbon and oxygen and re-gasification Needless to directly produce electricity through the electrochemical reaction, the efficiency of up to 80% fuel utilization rate of about 100% .
As a result of a direct carbon fuel cell will not be wasted heat, the efficiency of internal combustion engine capacity of up to 2 times, IBM battery , ThinkPad T60 battery , 40Y6797 battery has been developed to molten carbonate, solid oxide and molten hydroxide as the electrolyte of a wide range of direct carbon fuel cell. Although the use of a direct carbon fuel cell will emit carbon dioxide, but gas is a clean way on the release, unlike the burning of carbon fuel emissions produced by the same mixture of nitrogen and other wastes, which greatly reduces carbon capture the difficulty of avoiding the emission of atmospheric pollution, pollution control and energy conservation on the importance of reducing emissions.
Owen and his research team first of all, the high temperature at 500 ℃ under nitrogen environment broken MDF carried out so as to remove water vapor and other volatile gases. Owen said that this process will enable low-cost medium-density fiberboard is a step up, portable, easy to be sent to the space required. Subsequently, the researchers treated fiberboard made from dried powder, Compaq battery , Armada M700 battery mixed with lithium and potassium carbonate as the electrolyte fuel cell. At 500 ℃ in temperature to between 800 ℃, the mixture will lead to medium-density fiberboard with carbon and oxygen into the cells within the combination of electron ionization and produces carbon dioxide, and to generate the required current.
The battery can be made in current density of 200 milliamperes per square centimeter provide 100 milliwatts per square centimeter of power, which means that a side length of 10 cm square current of the Evo N610C battery in the case of 20 amps produce 2 volts. This and other types of direct carbon fuel cell is similar, can be applied to large-scale power plants.
Technical University of Delft, the Netherlands, although the kasshe.mosexpressed support for the study, in the future, direct carbon fuel cell may be a major role in the chemical decomposition of hydrogen gas, and other types of fuel cells to provide energy after the consumption of the remaining carbon. But the use of medium density fiberboard and other small-scale waste of energy generated in the market can still find room for development.
At the same time, kasshe.mos also would like to see more information on the data medium density fiberboard. In his view, apple battery , A1079 , A1078 the research team only shows that the number great enough fiber, the researchers still need to further quantify the real data to the realization of this study provide support.
China's Harbin Engineering University Materials Science and Chemical Engineering College Professor Cao Dianxue view, Acer battery , Acer BTP-43D1 , Aspire 1680 Series looking for direct carbon fuel cell powered by the new raw materials that fuel cell technology is an important aspect of the success of his team of Owen for the non-traditional energy sources also said that innovation the praise of Italy.

Research Department of the latest energy industry that in 2008 the world's thin-film solar cell production reached 892MW, an increase of 123%, and in 2007, the global thin-film solar cell production reached 400MW, more than in 2006 growth of 120% of 181MW.
Output growth for two consecutive years more than 120%, laptop battery  indicating a thin-film solar cells is extremely strong momentum of development. In that case, the production of thin-film solar cells is the principle of what? Compared to traditional silicon solar cells what advantage? In the energy industry analyst at investment consultancy Jiang Qian introduced that thin film solar cells in cheap glass, stainless steel or plastic lining by attaching the end of only a few microns thick photosensitive materials. Compared with silicon-based solar cells, thin film solar cells with less use of materials, light weight, dell battery ,  Latitude D610 battery , Latitude D620 battery  smooth appearance, convenient installation.
 Jiang Qian also said, of course, thin-film solar cells are also flawed, and that is in the current technical conditions, a relatively low conversion efficiency, 2006, only 8.2% in 2007 to 12%. The silicon solar cell conversion efficiency of the polysilicon lower batteries, currently in the field of commercial conversion efficiency can reach 13% -16%, monocrystalline silicon cells can be achieved is 15% -18%. However, in the upper reaches of the current silicon photovoltaic industry chain is expected tight supply situation, the large number of manufacturers of photovoltaic cells has increased in the thin-film solar cell R & D input, hp battery , Pavilion dv2000 , HSTNN-LB31 which makes the future of thin-film solar cells conversion efficiency will be further improved, In addition to large-area thin-film battery production cost advantage, its market share is expected to further improve. According to the previous European Energy Association predicts that by 2010 thin-film photovoltaic solar cells will account for 20 percent market share.
In addition, investment advisers, according to the energy industry in the research department of the previous data show that in 2008 global output of solar cells 6.85GW. Among them, Sony battery , BPS5 , BP2NY , BP2R European companies accounted for the highest proportion of total output, up 27%; the ratio of Chinese enterprises to 26 percent, followed by; Japan and USA were 16%, 14% are the ratio of 34.

 The last century since the 90's, lithium-ion toshiba battery electrolyte, after the development of generally three stages, namely:

The first phase, rich in ethylene carbonate (EC) or propylene carbonate (PC) liquid electrolyte of the binary. In 1996 the birth of the early lithium-ion battery, the electrolyte of EC or PC content was high, usually about 50%, then the use of anode materials for petroleum coke, and the embedded layer of the PC is not sensitive. At this point the poor performance of lithium-ion battery, capacity is also low, mainly used in the field of mobile phone batteries VGP BPS9 , VGP BPS9/B , VGP BPS9A , VGP BPS9A/B , VGP BPL9 , VGP BPS10 .

The second phase, rich in diethyl carbonate (DEC), dimethyl carbonate (DMC) and other components of the electrolyte low niandu . 1997 to 2004, in order to further improve the conductivity of the electrolyte to improve the type of electrolyte and graphite anode material compatibility, PC will not be using the basic, EC in the amount of control between 15% -35%. In order to improve the film-forming nature of the electrolyte, a new type of solvent such as methyl ethyl carbonate (EMC) with the EC, such as occur with the use of additives is also the beginning of this stage have emerged, and a small amount into the production phase of industrialization. At this time lithium-ion battery performance and capacity increased significantly longer Sony battery life, nickel-metal hydride, lead-acid battery market is fast alternative.

The third stage, diversified liquid electrolyte lithium-ion battery. In recent years, lithium-ion battery electrolyte developed very quickly, and optimize the program is also very much of the lithium salt electrolyte more than one, more complex solvent composition. In addition, the high temperature electrolyte, electrolyte temperature, electrolyte security, high-power battery electrolyte to occupy a prominent place to start. At the same time, the solvent is also a new and emerging applications. Therefore, to further improve battery performance, functionality, specialization more pronounced, thereby promoting the lithium-ion battery industry to enter the period of rapid development. At this point, the lithium-ion batteries continue to seize market share of traditional batteries toshiba PA3285U-1BRS , toshiba PA3399U-1BRS , but also continuously develop new applications, from digital products, energy storage batteries to toys, power tools, electric bikes and so on.

Lithium-ion Evo N610C battery electrolyte future direction of development will be: more secure, more stable, longer life lithium-ion electrolyte development and application (such as ionic liquids, but also the stability of the electrolyte salt, such as security), as well as to match, security better performance of the positive and negative laptop battery electrode material (such as lithium iron phosphate, etc.), so that the lithium-ion battery in the rapid spread of the field of electric vehicles.

The performance of lithium-ion laptop battery with electrolyte between the closely related:

1. Lithium-ion power hp battery

The model is mainly used in batteries, electric cars, electric bicycles, electric motorcycles, electric tools and other fields. Electrolyte is used in accordance with the battery anode material, a moderate level of security requirements designed to ensure that the Sony battery in a safe, thermal stability, chemical and electrochemical properties of stability, and is negative at the same time meet the requirements of compatibility. Multi-solvent used with the appropriate lithium salt and additives, the composition of both the performance of lithium-ion battery electrolyte, so that the lithium-ion batteries  F3172A , Pavilion dv2000 , HSTNN-LB31  to meet the requirements of battery power.

2. Jinai ultra-low temperature lithium-ion battery

The batteries are mainly used in military, aerospace and the cold northern regions, even at low temperature requirements of ultra-low temperature conditions, despite normal or part of the normal work routine to play more than 50% of capacity. Mainly in the electrolyte solvent and solute melting point considered with respect, often choose a lower melting point solvent system, to meet the requirements of the toshiba battery at low temperature.

3. High-capacity long-life lithium-ion battery

18650-type battery 1350mAh capacity from the initial development of the now 2200mAh, the next goal is to 2600mAh ~ 3600mAh or higher. Is therefore the need for synthesis of cathode materials and to improve areas such as, for example, the use of high-nickel cathode composite material, silicon alloy, tin alloy anode material for high capacity. Technology can improve the electrode active material through the compaction density or the introduction of a new coating process should be required to achieve the high capacity IBM battery at the same time, have a good cycle life.

4. High-security lithium-ion battery

By improving the electrolyte solvent system and anti-overcharge additives, flame-retardant additives used to make rechargeable batteries in the past, short circuit, high temperature, drop, thermal shock, such as acupuncture and the security situation can be greatly enhanced.

5. Applicable to a variety of anode materials are lithium-ion ThinkPad T60 battery

As a result of the use of conventional cathode materials by a lack of resources of cobalt, as well as cost, safety, environmental protection and limitations, various new anode materials are constantly being developed and put into application, with features suited to a variety of lithium-ion  A1175  electrolytic a large number of liquid was developed.

This shows that the lithium-ion battery electrolyte design and research are closely around the Li-ion battery industry needs to carry out the performance, and therefore is an important component of the inseparable.

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 .

Germany's DaimlerChrysler (Daimler) will be in June 2009 in Vienna, Austria, the "World Congress and Mobility City Transport Exhibition" (09 years June 7 ~ 11 day), the released Mercedes-Benz (Mercedes-Benz) brand of fuel cell hybrid bus "Citaro FuelCELL Hybrid".
In 1997 the company released the world's first fuel cell system equipped with a pilot bus "NEBUS". The Citaro FuelCELL Hybrid development NEBUS are an extension of the car absorbed the fuel cell system equipped with the "Fuel Cell Citaro" and "Citaro G BlueTec Hybrid" diesel hybrid power system technology elements. Citaro G BlueTec Hybrid and shared with wheel motor (Hub Motor) of axles, lithium-ion rechargeable battery as well as electrical components to provide electricity supply systems. In addition, sophisticated hybrid drive system control, than the original fuel-cell buses to reduce the hydrogen fuel consumption.
DaimlerChrysler is scheduled to begin the near future as the day-to-day running of several buses in the European city of empirical experiments. Experiments will be based on 2003 ~ 2006 the European Union (EU) to implement the fuel cell bus Empirical experiments "CUTE (Clean Urban Transport for Europe)" to carry out. CUTE plan by the company in three countries 12 transport operators in the implementation of 36 of the Fuel Cell Citaro run. Total run 135,000 hours, run two million km, experimental results show that as at the urban fixed route daily on public buses, and its adaptive up to 90 ~ 95%.   The article come from http://www.batteryoffice.com .

Japan's Kobe Steel will add solar cell research field. The company will provide R & D industry plasma chemical vapor deposition (CVD) to create devices. The company intends to use continuous coating device, in soft plastic substrate coated with metal film, provided to the soft plastic substrate production industry as a R & D use. Because of expected future growth of thin film solar cell potential, the company's proposed research and development process to test the use of metal foil substrate made of film-forming device.
Kobe Steel products to be produced will be soft plastic substrate into a roller-shaped volume, continuous use of plasma CVD coating device, known as the "W35 Series", specialized as a research and development or use on aircraft production. Price is about 1-200000000 yen around. Size dimensions of 1.5 meters wide, 3.2 meters deep, 2.5 meters high. Although the volume, but heat can be set at 300 degrees Centigrade temperature environment, and conducting research on a number of functions required.
Because the United States have been successfully developed for the metal foil substrate, the use of printing production CIGS thin film solar power technology company, therefore, necessary to consider small devices, is actively working on research and development and for marketing.   The article come from http://www.new-laptop-battery.com

March 17 message, Hewlett-Packard will be on sale beginning one week up to three years of life notebook battery.
According to foreign media reports that the batteries are used in Boston's Sonata battery power unit, developed by Boston-Power lithium-ion battery can be recharged for 1000, are general lithium ion battery 2-3 times. In addition, Sonata battery can be filled within 30 minutes at 80% of electricity than regular lithium-ion battery charging time to be fast.
By the end of March this year, buy a new PC user can use the Sonata battery. HP said the battery is very "green", the longer battery life means that replacement of the less number of batteries, you can reduce waste, and even can extend the life of the old machines. The battery itself does not contain PVC, and the Nordic eco-Mark certificate.
Sonata battery price 150 U.S. dollars, expensive battery than the current 20 dollars.    The article come from http://www.new-laptop-battery.com .

The experimental Sony battery produces electricity from glucose. It's a big step forward in terms of safety and environmental efficiency, and might be the precursor to other new biology-based advances.

Digital products for people's lives brings about a lot of fun, but purchases of digital products and their fellow consumers tens of millions of attachment should not be taken lightly and learn some techniques to identify true and false are very necessary. Coincides with the annual "3.15″, the voice of anti-counterfeiting more high, in order to safeguard the interests of consumers are special introduction to the Sony fans look genuine Sony battery  to identify the three unique.

One trick: To observe the logo:

At Sony batteries VGP-BPS8 , VGP-BPS9  when you can buy look at the surface of the battery manufacturers logo, including the "SONY" and "infoLITHIUM" word logo and product tag models. Sony original equipment batteries surface logo clearly and accurately, the battery back in white black "SONY" logo behind There?, Some fake batteries do not. If the above-mentioned deformation of the logo, fonts, error or ambiguity, must undoubtedly are fakes.

Second trick: To observe the print quality:

Logo apart from observation, you can also cell surface to identify the authenticity of the printing quality. True battery size print size of the equalization, and can be clearly read; and leave the battery will suddenly change print fine, indistinct. True the VGP-BPS9/B battery at the bottom of the language model in the introduction, "Super" where the small orange box, below are two small blue box; and leave the VGP-BPS10 battery color printing and print the contents of all error, "Super" where the small side block for cyan, two small box below it are orange and blue, respectively. Look there is "qualified" tag affixed to the location of true Sony battery "qualified" tags are at the bottom of the battery, false battery "qualified" tag appears at the top of the VGP-BPS9A battery.

Three trick: To observe the packing quality:

Last resort is also very critical, that is, to observe the quality of the VGP-BPS9A/B battery packaging. Battery really smooth outer surface smooth, leave the battery while the bottom edge of outer rough, uneven; really battery cell shape plastic casing with ups and downs and angular, fake plastic battery casings are not angular; really battery perforated seal tight formation, leave the battery is not sealed perforated compacting, has wrinkling phenomenon.

Mastered the trick for more than three, consumers can safely buy a Sony VGP-BPL9 battery. Let us polish eye, so that fake and shoddy products!