cool driver

laptop battery power electronics East July 20, 2010 to start selling the U. S. Infinite Power Solutions (IPS) of all solid batteries “THINERGY” (Figure 1). Power Devices is electronic and IPS have signed a sales agency, plans to Japan, Korea and Taiwan to sell. Power Devices is electronic and strive to achieve over the next three years, sales of one billion yen.

IPS all solid cathode battery materials used in lithium cobalt oxide (LiCoO2), anode materials used in film lithium metal, solid electrolyte used in lithium-oxygen phosphate and nitrogen (Lipon ). Cell 6 by the coating electrode, the thickness of 0.17 mm only.

During production of an inch (25.4 mm) square Unit MEC101 “, with a capacity of 0.7mAh standard products, and the ability 1mAh the final product. When the depth of discharge (DOD) to 100% 1C repeated charge and discharge, even 10,000 times more than life. The high discharge 70C under continuous release of 40mA of current (Figure 2). self-discharge rate is only 1% or less. Operating Temperature: -40 ~ 85 ℃. It is reported that the use of such vehicle is being developed for the maximum working temperature of 260 ℃ to support the product.

IPS plans to use these features, new products for wireless sensors, active RFID tags, smart cards and other small medical devices within the power system, and replace the portable battery in the button and double layer capacitors. East-power devices that exist on the electronic market, in particular, the following: batteries and solar cells and solid production portfolio of power modules vibrations of low power sensor networks, wireless sensor.

In addition to the industry began to explore the council as emergency power and memory SSD, but there will be strong battery built into the wiring in the floor of the development of the printing business. IPS provides not only solid monomer battery, also started to provide robust battery management integrated charge, over-charging protection functions and power control circuit for controlling the power module small (Micro Power Module MPM).

Although the price sample of solid battery is 2000 yen, but once mass production overall PPI and lower costs to single digits. IPS Colorado United States to build an annual production of 1 million cell production system, after the expansion can produce six million dollars.

Can be mass produced unit in addition MEC101 ago × 1 inch (50.8 mm) of MEC102 “and 1 x 0.5 inch 英寸 (12.7 mm) of MEC120″ a total of three. In addition, from the fourth quarter of 2010, begin sample shipments in the watch can be equipped with the 0.5-inch square “MEC125.

IPS was founded in 2001, venture firms. Oak Ridge National Laboratory (Oak Ridge National Laboratory, ORNL) won all licenses with the battery technology. In addition to the IPS, the United States Cymbet and STMicroelectronics (STMicroelectronics) Oak Ridge National Laboratory has received a technology license.

With Nissan North America Inc. announced the upcoming Nissan Leaf of the laptop battery  pack will be 8 years or 100,000 miles (161,000 km) warranty. North America Adds a scenic landscape electric vehicles.

Nissan introduced measures this warranty and is expected to fall this year, GM introduced the Chevrolet Volt extended-range electric compact car warranty match.

Leaf fully electric five mini-car, is scheduled to arrive in December a number of specific market dealer. Leaf’s priced at 32,780 dollars. However, commitment by the federal government to buy electric cars for consumers 7500 U.S. dollars of tax credits, making the price of the equivalent of leaf reduced to 25,280 dollars.

The next electric car sold in the U.S. will be the Mitsubishi i-MiEV. Mitsubishi spokesman Daniel arap Moi - Durand said it will debut in autumn 2011, the current car manufacturers do not like the maintenance period of the discussion.

Smart models similar situation, in October test vehicles will reach the United States, but two Fortwo electric cars will have to wait until at least 2012, on sale in the United States.

Dollar price of 101 500 Tesla Roadster sports car, the only in the sales of electric cars, bumper to provide 3 years or 36,000 miles (58,000 km) warranty. However, the premise is, however, the time of purchase to pay 12,000 U.S. dollars, buyers can have 8 years to replace the battery after the permissions.

The world’s largest public environmental funds - the Global Environment Facility, 20, held in honor of Shanghai World Expo Day. The Global Environment Facility, the fair theme is “Invest in environment-friendly technology”, advocated by the technology conducive to environmental protection, so that the air quality improves, the city has become cleaner, people enjoy a better, healthier life. During the Expo, the Global Environment Facility, Area B, the joint museum of international organizations shows hybrid fuel laptop battery  vehicle model.

Reduce emissions

Cars, trucks, buses, trains … … Now, to promote the global development of transport as an integral part. However, the transport industry but also global climate change caused by the main “culprit.” Global Environment Fund was first established, its founder has been recognized passenger cars and exhaust emissions of greenhouse gases will be the “culprit.”

“As a low-carbon investment in cutting-edge technology demonstration of the pioneer, we are very proud of.” Chairman and CEO of the Global Fund, said, “The most striking example is the hydrogen fuel cell buses. ”

Currently, the Expo area, there are six GEF-funded fuel cell vehicle demonstration as a city bus run.

Response to environmental challenges

Global Environment Fund, for many people is still relatively unknown. Global Environment Facility, held a reception last night at the Grand Hall, Monica said: “Global Environment Fund was founded 19 years ago, has 182 member countries is a unique partner institutions.” Past 19 years, the Global Environment Facility 165 countries in more than 2600 projects by 90 billion dollars in grants and leveraging the 400 million co-financing.

1-5 months, the laptop battery  industry, total exports of 3.07 billion U.S. dollars, up 25.1%, increase compared with January to April increased by 2.3 percentage points.

1-5 months, primary cells and primary laptop battery  total exports of 9.67 billion, up 23.8%; total export amount of 630 million U.S. dollars, up 20.1%. Total exports of 970 million batteries, up 29.1%; total export value of 2.37 billion U.S. dollars, up 26.5%.

With energy conservation and new energy development plan for vehicles and related support policies in place, Shenzhen has triggered a wave of new wave of new energy vehicles, and promote the interests of related industries. The lithium-ion battery car of the future the main direction of development, its promising market. However, recently, “FAW-Ray days to confirm the battery to give up” event Querang lithium market in a puzzle, Shenzhen Shenzhen lithium companies are facing growing pains.

Currently, all manufacturers in Shenzhen a “plug-in electric cars, a phenomenon difficult to get there, the battery size between small and large manufacturers, are not the same interface to load, and so on , limit the rapid development of Shenzhen enterprises lithium.

It is understood that, as Guo Jia lack of standards, companies in Shenzhen lithium battery on the use of the vehicle, the concept of product development process, technological design Naizhi cost method are in the car Buyi Zhi or even distant.

Thunder Sky Energy Group, Shenzhen is the world’s first successfully developed using water-based adhesives instead of PVDF binder manufacturing of high power, a high-capacity lithium-ion rechargeable battery manufacturing high-tech . Previously, Shenzhen days Lei repeatedly told the media that invest heavily mine today cooperation with the filing of the Mainland, build electric vehicles, even said with the first automobile company (hereinafter referred to as FAW) has signed a cooperation agreement, the investment in more than one hundred million Tangshan built a production base. However, recently there is news that the FAW had days of thunder in the battery of tests, the quality is unstable, then abandoned.

According to the National Program 863 of the main tests of battery electric vehicles, the director of special winter introduced Prince Lei Tiansheng production center battery of tests, because a failure, it can be sold at the warehouse. However, they respond to each other: “According to Chinese laws and regulations, there are no products for battery electric vehicles to comply with national or Renhe necessary tests before they can be domestic sales mandatory rules “.

In response to this argument, the prince said in winter, since 2006 China has established national standards for electric vehicle batteries, “This country is named QCT743-2006 standard is compulsory execution, all batteries China electric vehicles are sold by this standard. ”

Since most companies lithium are small and medium enterprises in Shenzhen and private companies more or less in financial difficulties.

Shenzhen is the first chain of wood from the lithium iron phosphate to achieve the industry. The company started in 2006, lithium iron phosphate battery research and development, and mass success in 2007. 2009, the company’s sales exceeded 100 million yuan mark, two years turned more than 5 times. In 2009, he was named national “high-tech companies, but the financial pressure has been” shadowing “. It is understood that the production of the battery and the sales cycle is typically 3 to 4 months, during which require large amounts of cash, as technology advanced, rapidly expanding market, the factory expansion of staff quarters are also necessary, lithium iron phosphate battery technology with a high threshold performance data obtained are based primarily on manufacturing facilities and laboratories also need to test electric cars, but more daring head for business is difficult to implement the test site.
With BYD, BAK and a number of place of business of the Cross-Battery, Shenzhen has formed a relatively complete industrial chain of secondary batteries. Although the number of lithium batteries in Shenzhen project is fast Tuijin Dan Shi, local authorities Gongsidaduo Zhu Yu, “no family” - the automotive industry support Jing Yan Ji Mei You, You and Zhu Liu Zhi Zao Shang Guanxi car without capital, Qi Jin Bu faces overcapacity and pressure lithium faced soldiers arrived foreign giant.

It is understood that to develop an environment suitable vehicle, the vehicle battery great, you need to have both cars from the battery and both technical expertise. Currently engaged in research of the vehicle battery and the development of businesses that have no experience in the production of automotive parts. Shenzhen lithium battery of their own way home, leading to fragmentation of the industry, everybody all dry, technical standards, the capacity of R & D vary considerably.

In addition, the development of electric cars depends on the market on breakthroughs in core technologies. Due to the high technical threshold, the reporter learned that the current domestic production of lithium battery technology has its own property and realize the industrialization of enterprises are still very small. Shenzhen enterprises and technology capacity, currently at the forefront in the country. However, the development of new energy vehicles in Shenzhen, but there is also worried, all companies have been conducting technical studies, but the actual skill level is not clear, repeat the formulation of a problem very serious.

According to industry analysis, develop lithium battery car, a car manufacturer, a member of relying on only one or two companies, one or two of technical support for industrial development is not sufficient companies must rely on the spirit of open and common industry technology and to finish. The lack of lithium Shenzhen enterprise-wide, the lack of basic technology, industrial technology urgent need to form alliances to develop long-term

Researchers at the University of Chicago said that they have synthesized a new plastic polymer material available in low cost, greatly improve the performance of solar laptop battery.
Department of Chemistry, University of Chicago professor, who has worked Yulu Ping This plastic polymer. He said the key to this technology is to enhance the rate of photoelectric conversion, before the rate of photoelectric conversion of the same material to more than 5% to 6%, while the photoelectric conversion rate of new material in 8 %, and more recently, laptop batteryshould improve.
According to reports, this result has been the United States, California, bought a solar energy company and is expected in the second half in a product.
Compared to traditional silicon solar cells as a new type of polymer plastic solar cells based on low cost, easy to manufacture, it has a huge potential market.Dell Inspiron Mini 10 battery

In Japan, the installation of solar laptop battery  growing number of apartments. And create energy, “can create an apartment,” began to appear. In a different order of the solar cell, also appeared to install wind turbines, fuel cells and solar water heaters and other equipment can save movements. Some apartments have begun importing batteries and visualization system for energy. The import of such equipment in order to achieve optimal use of energy. This effect is not limited to apartment-house may also cooperate with surrounding facilities. For an apartment in the heart, the habits of city energy use sony batterybegan to be changed dramatically.

The city of Kitakyushu, Fukuoka Prefecture has a very popular apartment rental, even if rent above the house at about 1-2 percent, but after the completion of five years ago many people still vgp-bsp13/s queued . It Shibaura special machine in February 2005 Completed the “New Gaea on Ishida.

The apartment has been well received because, for the first time in Japan, imported to the roof to install solar energy have been delivered to all households in the system, thus avoiding the cost of light and heat. 5 years for the month to each household an average of light and heat that cost about 3600 yen. Shibaura representative of the Director of a machine to the new philosophy has a special ground imposing appearance, saying that “after the apartment has been with the location and price competition, and now solar thermal costs are become key. “Taking advantage of this momentum, the company has developed 10 apartments equipped with solar apple battery.

The solar cells in apartments is increasing rapidly. Apartments in future solar cells will be estimated for the beginning, using a variety of energy technologies. Currently, companies have started to import wind turbines to the apartment, battery and display system. This figure tells only part of the solar cells in an apartment.

See this previous success, and other well-known Japanese companies have begun to move flats, have for the completion of the apartment in 2011 to install solar cells (Figure 1). Apartment to eight renowned companies to implement the survey results show that the products of environmental protection such as solar cells to import that apartment prices higher, even if the opinions are willing to imports accounted for 4 percent (Figure 2) Note 1). Tokyo Metropolitan Government began to encourage apartment in 2010 to install the solar system. Apartment standard for solar cells as the hour approached Note 2 ~ 3).

From the solar cell

Estimated apartments will be fully installed solar cells into creative energy, energy storage and system monitoring home energy system (visual) and other opportunities for energy equipment. Wind turbines, solar water heaters and fuel cells create energy equipment has become the object into account. But there is also a decision to import using lithium-ion battery and energy storage devices visualization system for apartments.

In addition to importing and storage devices can create, Japan has emerged a number of households sharing creative energy equipment, and facilities around cooperation and optimization services designed to provide energy movement. These trends will eventually be in the region to promote the optimization of the community to chip or to reduce power demand trends of peak power. If the technology and experience accumulated in this field, not only in Japan, may also be a powerful tool for contracts overseas.

Kitakyushu City apartment by the rising movements of the installation of solar cells gradually in an apartment in the heart, can change how the city a big wave of energy.

TV-OUT TV output function has become the new standard in high-end smart phone functions, through USB or HDMI interface, the video signal output to TV or other large display shows the phone function can be played, but use 3.5mm headphones video signal output jack is very rare for everyone .

Samsung battery-p-22313.html”>IA-BP85ST recently launched a Galaxy S which was suspected using 3.5mm headphone jack for video signal output. 3.5mm headphone jack has become the standard audio output of the existing mobile phone interfaces, but the Galaxy S PAL or NTSC standard built-in TV output display settings. In a display of the video machine video output can be found in the signal line is inserted in the 3.5mm headphone jack, but they may need special support from the headphone jack cable to connect a standard AV port.

Samsung mobile phones even in the conference or configure one have not mentioned this feature, but this new technology for mobile phones makes sense. Galaxy S users can use the TV or LCD monitors to display the main screen mobile phone, web browsing, games and other applications of the screen.

Synthesis of high-iron battery is stable ferrate (K2FeO4, BaFeO4, etc.), high-iron batteries can be used as cathode material to produce the energy density, small size, light weight, long life and pollution-free new chemical battery.

Iron batteries advantages:

High-energy high-capacity. Currently on the market than the power of civil battery only 60 - 135w/kg, and high iron battery can reach 1000w/kg above, the discharge current is 3-10 times compared with the ordinary batteries. Particularly is suitable for high-power, high current situations. Cost-effective high-iron battery. Alkaline manganese batteries can not meet the current needs large-capacity high-current power digital cameras, cameras and other electronic products, the need for the cost of lithium-ion battery in this regard is not a strong competitive edge.

The iron battery discharge curve is flat . Such as Zn-K2FeO4, 70% or more of the discharge time is in the 1.2-1.5V.

The raw materials are rich. The most abundant element in the crust are the aluminum and the iron, iron content in the crust is 4.75%, manganese content is 0.088%. Iron per mol +6 also produce 3mol electronic, and each mol + 4 manganese could only produce 1mol electronics, the amount of iron is very rich in its own case, only Mn 1 / 3, a significant reduction in social resources, reduce raw material costs. MnO2 market about 9,000 yuan / ton, Fe (NO3) 3 about 7500 yuan / ton.

Green pollution-free. After discharge of ferrate product are FeOOH or Fe2O3-H2O, non-toxic pollution, environmental-friendly which do not require recycling.

U.S. local time, July 1, Apple iad advertising platforms such as near the beginning of the variety of IOS software online. And show last month, like the WWDC, the first time in ad IAD Nissan electric car is all the Leaf.

IOS software developers can Apple platform IAD, insert the software into their own ads. The developers simply set advertising,Pavilion dv2 battery ，  contact advertisers and has led the work done by Apple to finish, the proportion of advertising in 60% of the developers, Apple’s 40%. And from the platform of advertising other similar IAD iOS biggest advantage of integration at the operating system, users can click on the ads in the software display a variety of multimedia content directly without leaving the software also launches a Web browser, click the upper left corner at any moment the Close button to return to the original software.

Nissan announced a starting LEAF ad, simply click on the software in the ads, which will play an animation, you can view all information, LEAF registration book and so on.