In the December 31, 2010, equipped with lithium battery hybrid and electric vehicles Laptop Battery will be limited to the sale and use areas, the use of nickel-metal hydride battery hybrid and electric vehicles can be sold and used across the country. Yesterday (28) reporter was informed that the Department of Engineering has developed a letter of "new energy automobile manufacturing companies and product access management rules" in this clear, but does not release the restricted zone.
In the "rules", the public letter to the Ministry of new energy vehicles will be divided into initial stage where the period of development, mature stages of three different technologies. Fuel-cell cars, hydrogen cars and two motor vehicles IBM ThinkPad A30 battery were included in the initial stage ether; lithium-ion battery powered hybrid passenger cars, commercial vehicles, as well as pure electric vehicles, belonged to the development period; the use of lead-acid batteries and nickel - hydrogen battery hybrid passenger cars are classified as mature.

"Rules" provides that initial stage where only a small volume products, and only in approved areas and scope of the model run, and the operational status of all products for real-time monitoring; development stage product allows for mass production, but only the approved Regional Sales use, and at least 20% of the product running in real-time monitoring; mature IBM 02K7016 battery product and the same as regular automotive products can be sold across the country to use.

At present, the Chang'an Jie Xun, Chery A5, FAW Pentium, General Grand Hyatt, and most hybrid cars use nickel-metal hydride batteries are not subject to the impact of the region. But the vast majority of Japanese companies, as well as BYD dual-mode electric vehicles and the future of pure electric vehicles using lithium batteries, so will be subject to sale and use of regional restrictions.

BYD Company insiders said that the public letter to the Ministry of such division may be based on security considerations, IBM ThinkPad A31 battery this will not affect the BYD to promote the use of electric vehicles.

Investment Advisor in the new energy automotive industry researcher Li Sheng-mao said that this will greatly affect the pace of development of lithium-cell vehicles, and to some extent undermined the car prices on the lithium battery research and development car enthusiasm.

■ Glossary

Compared with the nickel-metal hydride batteries, IBM ThinkPad 600 battery lithium batteries have a low weight, storage capacity, long life characteristics. Currently Toyota, Nissan, Honda, Suzuki, Mitsubishi, Mazda, Fuji Heavy Industries, Daihatsu, General Motors, Chrysler, Ford, Hyundai, BYD Dengjun equipped with lithium battery electric vehicles or hybrid electric vehicle. In accordance with the prevailing view in the industry, lithium battery is the product of replacement nickel-metal hydride batteries

Tsinghua University, China University of Pennsylvania and the latest research shows Acer Laptop Battery that bacteria can be dirty salt water into drinking water and electricity.

The study made clear the development of a microbial fuel cells a new direction. In the past, microbial fuel cells are often used to generate electricity or hydrogen or methane in the form of stored electricity.

According to the Discovery Channel reported that the University of Pennsylvania scientist Bruce Logan (Bruce Logan) said that the microbial fuel cell can be organic waste into energy source. Logan and other authors in the "Environmental Science and Technology" magazine (Environmental Science and Technology) published a related paper. Logan said: "In this latest discovery, Laptop Battery we believe that by changing the micro-power generation, we can deal with salt water for desalination."

The researchers first from ponds or other natural water samples collected. Millions of micro-organisms in the sample, some bacteria (scientists have yet to ascertain the type) will be automatically generated within their cells, electrons and protons, and they are transferred to in vitro. Other bacteria will absorb these electrons and protons, as the creation of hydrogen, methane and other chemicals such as energy material "fuel."

The researchers found that the use of two specially designed plastic film to take advantage of the energy generated by these organisms. This film can be produced by microorganisms isolated electron, ion, or gas, allowed to flow to the cathode or anode, respectively. Compaq Evo N115 battery Cathode, anode and membrane assembled in a small tissue box, as the same transparent plastic box. Between the film by adding a cup of pond water, bacteria start and, ultimately, can produce up to 90% purity of water.

The purity of water can be based on scientific or commercial needs to be adjusted, or even up to drinking water standards. Microbial fuel cell can be removed in the water most of the salt, because the process can reduce power consumption, it can also reduce the cost of water desalination.

The same is also studying the microbial fuel cells, Oregon State University, Liu (phonetic) said: "No matter how the treated water salinity,Compaq Evo N1000C battery which will be the first time the human microbial fuel cell used for desalination."

Liu said: "Using this method, basically do not need to input energy; if artificially added to the cells in the organic material they can even produce energy."

At present, both the dilute salt water to produce electricity or produce hydrogen, methane or other gases, microbial fuel cells are restricted to the laboratory. This situation will change next month, Logan and his colleagues at a winery near the installation of a large-scale microbial fuel cells, plans to produce wastewater into hydrogen.

Logan said: "At present this is only a demonstration project. But in the end wineries will be able to use the power Compaq Evo N1020V battery generated by microbial fuel cell-driven cars, forklifts and other vehicles."

The U.S. government's 780 billion U.S. dollars in economic stimulus plan, about 2.4 billion U.S. dollars to finance companies Laptop Battery to develop advanced energy storage technologies. In response, the U.S. car manufacturers Ford is responsible for energy storage strategy and research services senior manager Taidemile recent analysis pointed out that the current U.S. government investment in the development of this advanced technology, more than in 2003 when the advancing fuel cell R & D investment in U.S. lithium battery energy storage technology development plan for chemical companies to provide 11 billion to 130 billion market opportunity.

The market has formed the basis of

Miller pointed out that climate change, greenhouse gases and air quality by the degree of attention Acer Aspire 2016 battery of the community is rising. At present, the lithium battery market, the development of the foundation already exists. Hybrid cars account for the U.S. car market is currently 3% to 4% of the share, at present almost all cars of this type are still assembling the nickel-metal hydride batteries.

However, Miller said the end of the year, Daimler will introduce a Mercedes (Mercedes) S series hybrid car, this series of cars will be equipped with lithium batteries. GM and Ford will also be launched in 2010, Li-ion battery hybrid vehicles. One after another vehicle manufacturers to introduce more applications or lithium battery hybrid vehicles. By 2015, the U.S. automobile industry Canon Digital Camera Battery demand for lithium battery market share will reach 11 billion to 130 billion U.S. dollars.

According to Miller, said, in addition to the automotive industry, the demand for lithium batteries and a large power generation industry. At present the U.S. government is encouraging power companies to use more renewable resources such as wind and solar energy to generate electricity, while solar energy, wind power generation system, energy storage device to be used in lithium batteries.

Battery components create tremendous business opportunities

Li-ion battery from the positive and negative electrodes, electrolyte and polymer separation membranes composed of these components for the chemical company would mean a huge business opportunity.

Required for production of lithium battery electrode materials of lithium compounds, the battery required 6 LiF electrolyte and battery separator required for the market has great potential. One divide is a lithium battery materials, the highest of technical barriers to a high value-added material,Digital Camera Battery gross profit margin is usually 70% or more, accounting for the cost of lithium batteries by 20% ~ 30%.

Isolating film lithium-ion battery commonly used polypropylene (PP), polyethylene (PE) single-layer microporous membrane, as well as PP and PE by the multi-layer composite microporous membranes as a separation membrane. Polypropylene, for example, its raw material costs about 1 yuan / ton, but will its processing into a membrane, its value can be up to 300 yuan / ton, appreciated as much as several hundred times.

Chemical giant an active part in them

Took a fancy to this great business opportunity, the global chemical giants have involved in this field. ExxonMobil Chemical has production plants in Japan, Nasu, battery separator, and is South Korea Gumi construction of a new manufacturing plant to meet growing market demand, the new plant will be put into operation in 2010. At the same time, ExxonMobil Chemical has also increased research and development efforts, recently has developed a series of co-extruded V-type battery separator of the two new grades, the development of these new grades will help produce Acer BATBL50L6 battery more secure lithium-ion battery can be used for hybrid and electric vehicles.

BASF of Germany and the U.S. Department of Energy has recently (DOE) under the Argonne National Laboratory have signed a license agreement. Under the agreement, BASF will be for commercial production and sales of Argonne National Laboratory's patented composite cathode materials, products are mainly sold to an advanced lithium battery manufacturer in China. BASF will also Beachwood, Ohio, the material for further application development. BASF said that if approved the building of the plant will be the cathode material in North America's largest manufacturing plant. The plant is expected to be completed in 2011 and 2012 production.

BASF aims to become the world's lithium battery cathode materials, the market leader. It is reported that the current size of the market has reached about 10 billion U.S. dollars. BASF has recently with other German companies and academic organizations formed a partnership to accelerate the lithium batteries in plug-in hybrid Acer Aspire 2200 battery electric vehicles, and other areas of development and commercial use.