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After being hampered by slow adoption, laptops with quick-boot capabilities may soon be upgraded with new features that could make them attractive to users.

Quick-boot capabilities had been on the horizon for years but finally made a splash earlier this year, appearing in many PCs like netbooks sold by Lenovo and Sony. Without loading Windows, users can instantly surf the Web, view digital images or check e-mail just a few seconds after switching on a laptop.

But those PCs haven’t found traction yet because in quick-boot mode they can’t run all of the applications that work under Windows, said Charles King, principal analyst at Pund-IT. For instance, in that mode such laptops cannot run media players or Microsoft Office.

Dell, for example, offers the Latitude On quick-boot option in some Latitide laptops that loads a Web browser in a few seconds for users to check e-mail or the latest news. But users want more than just Web browsers on PCs, and so quick-boot can be a nuisance for them, King said. Quick-boot laptops run mostly Web-based applications like Web browsers and are no match for smartphones, which are smaller and can run many of the same Web-centric applications.

King gave the fast boot times a thumbs up, but said usability is a concern with mobile devices like laptops or netbooks with that capability.

“When we get into the mobile Internet devices or netbooks, it’s a question of how much nuisance you will put up [with] to gain the greater capabilities of a laptop,” King said.

But some companies that make quick-boot software want to reverse that notion by packing in more features while bringing down laptop boot times to just a second. Companies like DeviceVM, which offers the Splashtop software, and Phoenix Technologies, which offers HyperSpace, plan to add support for native applications that enable video editing, gaming and voice-based communication, features that are not yet widely available in quick-boot laptops.

The role of quick-boot capabilities is changing as new operating systems and PC form factors come out, said Gaurav Banga, the chief technology officer at Phoenix. The company wants instant-on laptops to mimic the functionality of smartphones, so the company’s focus is on adding smartphone-like functions including voice and gaming applications, Banga said.

But more importantly, Phoenix wants to bring down the boot time for PCs so people can surf the Web or edit documents quicker, Banga said. In previous tests, access to HyperSpace software on a netbook hovered at under 10 seconds after a cold laptop boot. The company wants to try to bring that down to just a few seconds while adding applications that don’t drain battery power.

HyperSpace is a watered-down version of the Linux OS that is intended to be a companion to a full-fledged version of Windows, which could take up to a minute to boot. Phoenix is researching how the software could work alongside Windows 7, the successor to Vista due for release in October. The company couldn’t offer a projected date for release of a new version of HyperSpace.

DeviceVM’s Splashtop quick-boot is also a watered-down version of Linux, but it is OS-agnostic, said Sergei Krupen, senior director of marketing for DeviceVM. Acer recently said that it would ship Splashtop with Acer’s AspireRevo nettop, a small desktop PC the size of a hardcover book. DeviceVM is focused mainly on Web usage for consumers, but it is bringing the instant-on environment to enterprise devices like thin clients to run business applications without the need of a full-fledged desktop.

For enterprises, DeviceVM wants to make remote business applications instantly available, and the company has already demonstrated Splashtop’s support for Citrix’s remote communication protocol for users to run software remotely off a server.

But instead of going shopping for a specialized system with instant-on software, users could opt for a system with the Linux-based Android OS, which boasts a start-up time of up to 10 seconds. Users could even buy a netbook with an Ubuntu Netbook Remix OS, a specialized Linux distribution for netbooks, which comes with an advertised boot time of up to 15 seconds.

Instead of competing, Phoenix wants to embrace other operating systems and mobile Linux OS distributions like Android, said Woody Hobbs, CEO of Phoenix Technologies. The company is designing its software to do certain things, like running Web applications, better than full-fledged operating systems while using less battery life, he said. Phoenix wants its software to work alongside multiple operating systems.

Top PC makers Hewlett-Packard, Dell and Acer are among the companies aiming to put Android on mobile devices.

The quick-boot environments like HyperSpace and Splashtop are just a few of many mobile computing interfaces that PC makers want to put in PCs, Pund-IT’s King said. Many top vendors are trying to put instant-boot capabilities into their laptops, and it’s a question of whether people want a smartphone-type or laptop-type experience with their netbooks. If users prefer a laptop-type experience, they wouldn’t mind a slightly longer boot time, he said.

“For my money, a 12-second boot time is no big deal, considering how long it has taken standard PCs to boot up,” King said.

“Moses,” the more the pain of notebook batteries

Continued listing of a variety of new notebooks, manufacturers have started the price boom, 2005 is bound to be popular notebook computers a year. However, along with the civilians of notebook computers, the number of people with laptops a1078 battery, a1148 battery, apple powerbook g415 inch battery, and in the use of the problems has also grown. We often hear in addition to easy to complain about dirty, easy to scratch, the problem of poor heat dissipation, so that users are the most trouble, the biggest problem is the notebook battery. Notebook hardware configuration increasing the consumption of batteries is also growing to become a black hole notebook power consumption. And notebook computer batteries since lithium batteries are widely used after the still has not been any major technological breakthroughs, making the vast number of notebook batteries as a pain in the hearts of notebook users.

Books have to move forward with

Laptop mobile office is the largest from the desktop features, if they lose this advantage, the value of the notebook on a greatly reduced. With the aging of notebook batteries, a lot of the old notebook users have to rack their brains to maintain the life of the notebook. Is not only a variety of ways to try to “maintain” the battery, but also efforts to reduce internal energy consumption of books, however, can not be changed in any case have to cherish the time becoming shorter and shorter battery life destiny.

Notebook batteries because of the relative number of charge-discharge is a relatively fixed, so the factory since its failure to start the process of charging the capacity of each of its performance with the increase in the number of charge-discharge capacity is gradually reduced, and even after a long high-frequency time after time the battery charge and discharge capacity will drop to a fraction of the original.

Old books, buy the battery is not easy

Some users of the old books have been aging original battery was a dead letter, but the market has been very difficult to find a match with original equipment batteries. So some of my friends began to replace the battery through the batteries to achieve the purpose of extension of battery life. Notebook batteries are generally used ultrasonic welding, there is no gap, it is difficult to open, even if the hardware has been opened it is very difficult to close. And many have an internal battery protection circuit, if the time to replace batteries, careless damage to this circuit will lead to disastrous consequences. Therefore, the replacement of their own, or are looking for spot welding equipment, maintenance personnel, there are battery-for-core security risks, as caused by the replacement of batteries notebook a1175 battery, apple macbook pro15 battery burned a few cases.

Range of new users the price is too high

New users of the life of the notebook is getting higher and higher capacity requirements, a battery has been very difficult to meet the needs of use. Typically, we first think of is to buy a piece of original equipment batteries. Original battery price is very expensive, generally around 1000-1500, had to feel the price range is too high. In addition, notebook batteries are subsidiary parts, many dealers will not have the cash notebooks, consumers have become the issue of purchase. Most provide only predetermined, but the price target is not identified. Forced circumstances, will only allow a business to make the , God Who can not buy, only to come it!

Battery can not share resources

Bitten by teeth, the heart of hate on a piece of original equipment batteries to buy, they found a lot of money, but also brought new hardships. Irregular shape, to bring together more than inconvenient, do not use between two batteries of continuity, replace the battery shuts down each time. Different brands, different models of notebook battery can not be generic, this also gave the company a lot of problems users. Usually has many different notebook models, when a book needs no electricity at the same time, mobile office, the various models of notebook batteries are not universal, not only affects the work and an enormous waste of resources; and if to each books are the second block with original battery, the company will be spending a small fortune.

Surprise! The emergence of smart battery

Not long ago, the market there is a smart a1079 battery, m8416g/a battery, apple ibook g414-inch battery notebook for the vast number of notebook users to cure the pain of the battery provides a solution. This laptop battery mobile WAN Zhaoze not small size, light weight, the same capacity, the original battery life than a lot of strong, power supply period is about 1.2 to the original power 1.5 times. And as long as the notebook’s power supply or battery voltage at the battery voltage range, can be used. The smart battery technology used to automatically identify the voltage received by the notebook, and automatically adjusted to match the voltage, thus ensuring that the majority of compatible notebook models. Whether it is the old user or new user, regardless of the aging of the battery or the need for a longer period of life, the smart battery is a good choice, and cheaper prices than the original battery a lot. There are the front-end battery power display, you can use at any time to grasp the extent of.

It is said, will be released shortly after the application of a variety of digital products in the battery – with a multi-functional adaptive properties of the smart battery can be recharged in accordance with automatic identification of different items, and supply / charger. Can be used with a battery that the phone, MP3, DC, DV, notebook and other digital products provide the impetus. It seems the current WAN Zhaoze The mobile notebook battery lithium battery is only a step to the beginning of intelligent, but the important thing is this product now has to meet the needs of the majority of notebook users, as multi-purpose or universal smart battery is believed that the forthcoming arrival.

Lithium-ion battery materials and industrialization in Tianjin

China’s first furniture of their own intellectual property rights of key materials for lithium-ion m8433 battery, a1008 battery, apple ibook g412-inch battery lithium hexafluorophosphate electrolyte industrialization base and recently in Tianjin New Technology Industrial Park North Star Science and Technology Industrial Park, the official production run. The industry have pointed out that it can not be filled in the industrialization of China’s production of lithium-ion battery with lithium hexafluorophosphate blank material.

It is understood that the relevant departments at the national and the support of Tianjin, Tianjin Institute of Chemical launched lithium hexafluorophosphate study of science and technology public relations, is in control of core technologies such as materials, have made four authorized patents. Technology and capital through grafting, the establishment of the Tianjin Power Jinniu material limited liability company formed the industrialization of scientific and technological achievements of the new mechanism, accelerated the pace of industrialization.

At present, the base has reached nearly a hundred tons of annual production capacity of lithium hexafluorophosphate and lithium-ion battery with 1000 tons of the industrialization of the size of the electrolyte, the stability of product quality and reasonable price, by the user’s trust in Japan and China a number of Sony lithium-ion production large enterprises electrolyte battery suppliers.

Since the base is the only company to produce lithium hexafluorophosphate electrolyte businesses and products into the market, completely changed the package from foreign enterprises and the market structure, and promote the market price more reasonable.

It is reported that within the next two years, the base is expected to produce lithium hexafluorophosphate will be more than tons of electrolyte over a thousand tons, a42-a3 battery production value of more than 100 million yuan.

South Korea developed a highly flexible solar cells

Recently, South Korean scientists said they developed the world’s most efficient flexible solar cell prototype products 6y270 battery, c1295 battery, dell inspiron 500m battery, dell inspiron 510m battery. According to the South Korean Electronics and Telecommunications Research Institute of solar cells, said researchers, the flexible solar cells is very low cost, but this solar cell will convert solar energy is the performance of traditional silicon solar cells based on the double and only 0.4 millimeters thick. The batteries for wearable mobile phones and handheld computers, as well as the glass in the automotive industry, but also made a necklace, using the sun to power portable devices.

What a piece of the battery can be subversive

The steam engine to replace the animal to change the speed of human perception of the original; internal combustion engine out of the steam engine, an extension of the human experience for the new space; and the next challenge of technological change inherent in gene have been hidden in us. Although no need, but you can imagine the car can also be discharged to water it edible?

June 2005, a Honda City Hall Plaza in San Francisco slowly around the road trip. Honda has carried on its good quality, this silver sedan form dynamic fashion, interior refinement, safety, and driving comfort. The car’s biggest selling point is that emitted “water” can get clean water to drink when eating;

You travel outside of the laptop battery has a short storage time and trouble?

Ideal state, Centrino notebook battery capacity for 4-5 hours to be spent re-charging after. But you may also not well-informed: Fujitsu released “FMV-BIBLO MG55E” notebooks can continue to run 8-10 hours;

And your hands and the world which mobile phone to maintain communication as dynamic multiplier: Finland’s Nokia in 2004 released a headset for Bluetooth mobile phone samples to help mobile phone users to call up to ten consecutive half-hour stand-up 84 hours.

All these changes are due to take place in a small volume of container on the scientific and technological revolution – the fuel cell. It can be installed in new cars, the high-speed operation of the notebook computer dell inspiron 600m battery, dell latitude d500 battery, dell latitude d505 battery, dell latitude d510 battery can also be built into the Nokia Bluetooth headset in mobile phones.

Source of power revolution

As early as 1839, WilliamGrove Sir electrolysis of water through the reverse process and found that the principle of the fuel cell. 60 In the early 20th century, as the aerospace and defense needs, the development of small-scale liquid hydrogen and liquid oxygen fuel cells, used in space flight and submarine in 1960, “Apollo” spacecraft landing on the moon using the fuel cell. In recent years, due to the lack of a one-time energy and environmental protection of the outstanding requirements of the development and utilization of new clean renewable energy. Fuel cell energy conversion efficiency due to high environmental pollution by the advantages of small countries in the world of universal importance.

Motor vehicles are an important fuel cell applications. Fuel cell vehicles do not involve the combustion process, no mechanical wear and tear, fuel efficient plane nearly four times higher, than the traditional security of the car much higher. As a result of this there is no tradition of automobile engines, transmissions and mechanical transmission device, just installed in the chassis by the hydrogen fuel tank and the composition of a new type of battery-driven devices, the purchase of fuel cell vehicles that actually buy the chassis, the owner can put on your favorite shell, composed of a variety of models will be able to facilitate a like-for-as simple as a coat.

Honda cars in the car in San Francisco City Hall Plaza, on the road and the line slowly, the world’s largest exhibition of fuel cell vehicles in the United States opened in San Francisco City Hall Plaza, on display from the world’s eight major auto manufacturers research and development of 23 zero pollution prototype fuel cell vehicles, including models in the range of speed, driving distance, safety and comfort and so close to the traditional car.

At the same time, Japan’s largest cell phone manufacturer NEC Corporation is developing a nano-technology and the use of methanol fuel cells, the company said that this battery is the energy reserves of ordinary lithium batteries 10 times, which means that users in a months without charge on the cell phone, or the use of continuous 24-hour laptop. Once the cell phones and laptop computers can work for so long, then even if the long journey, you are familiar with e-life and you can also always accompanied by a.

The concept of these new environmentally friendly fuel cell vehicles and the emergence of mobile phones and the rapid development of fuel cell technology are inseparable. In 1859 invented the first practical storage battery of the French physicist belang Taiwan is in any case can not imagine that 140 years after the battery energy storage can achieve nearly mA per gram level of discharge; even he can not imagine that such a high-energy dell latitude d520 battery, dell latitude d600 battery, dell latitude d610 battery technology still can not meet the current era of power consumption electronic devices need. With the rapid development of the global economy, as well as mobile phones, notebook computers, digital cameras, video cameras, automobiles and other products on the new, highly efficient, environmentally-friendly materials, energy demand, the traditional battery has long been an obstacle to development.

Fuel-cell batteries with ordinary biggest difference lies in the fact that ordinary battery chemical energy stored in the battery’s internal chemical substances, when the battery work, these limited reaction material will be stored chemical energy into electrical energy, until all of these chemicals reaction, so common is a limited battery power output and storage devices.

The fuel cell is an open device. Required to participate in the fuel cell chemical reaction between hydrogen and oxygen, respectively, from the external fuel cell to provide a separate storage system, so as long as they can to ensure that hydrogen and oxygen reactants (fuel) supply, fuel cells can continuously produce electricity.

Environment, Stanford University, Associate Professor Mark Jacobson, who in “Nature” magazine: if the United States is now replaced all the motor vehicle hydrogen fuel cell vehicles, from two aspects of the environment and health to improve people’s quality of life can reduce the number of people died of pollution and the health of the whole society to save expenditure and consumer spending.

Therefore, it was caused by the fuel cell with two of the greatest invention of the industrial revolution of the steam engine and internal combustion engine comparable to that of resolving the “energy shortage” and “pollution” of these two great world problems is of great significance, is the meaning of the new energy revolution energy power generation system. Assistant U.S. fossil energy said: “The fuel cell technology in the 21st century, half of the impact of the technical, would be similar to half of the 20th century, the role of the internal combustion engine.”

Japanese Prime Minister Junichiro Koizumi has also been Saying: “fuel cell so that we found the open door of the key hydrogen energy era.” Koizumi’s new home in their own home to install a fuel cell power generation system.

The eve of the commercialization of

In recent years, with fuel cell breakthroughs in key technologies, cost reduction, this is not pollution, quiet, efficient and in line with the trend of today’s environmentally-friendly way of new generation attracted many international well-known oil companies, power companies and automobile companies and handset manufacturers began to take part in fuel cell technology research and product development in the world, expects to market fuel cell commercialization and road. Application of fuel cells mainly in the electricity, the three major areas of communications and automotive.

For car manufacturers, fuel cell vehicles means that a huge future business opportunities, the world’s major automobile manufacturers are involved in this competition. Ballard Power Systems, the United States in 1993 developed the first concept car, the German Daimler – Benz also followed from 1994 to 1997 in one billion U.S. dollars invested heavily in the development of fuel cell vehicle, introduced 3 years four models gd761 battery, kd476 battery, td347 battery, dell inspiron 1501 battery. Until now, Japan’s Honda, Toyota, Mitsubishi, Mazda, Ford, GM and the United States have developed a variety of fuel cell vehicles to the operational phase of the model.

Although the application of fuel cells getting better, but too big for its original volume, high cost of continued difficult to resolve such issues as hydrogen to fuel cell commercialization in the eve of the long-term, and as a breakthrough in key technologies, some companies have come on the initial stages of commercialization.

Toshiba has been the fuel cell R & D and commercialization of the pacemaker. Toshiba Corporation in 2004 to develop direct methanol fuel cell as the world’s smallest fuel cell to enter the “Guinness Book of Records.” Toshiba said that they are optimized, the reliability of these efforts, the expectations of their performance. According to Toshiba’s announcement that Toshiba will be the end of 2005 will be a large number of practical fuel cells to market, the main object-oriented applications including small electronic devices, such as small audio players, wireless devices, portable headphones, etc. .

Japan’s largest telecom operator NTT Do-CoMo Institute in cooperation with Fujitsu to develop a methanol fuel cell as the driving force of the new 3G mobile phones, has recently displayed new products in Tokyo. NTT said that the models call for as long as eight hours for the traditional models of 3 times.

In automotive fuel cell full of competition, notably Toyota, Honda the two companies. Toyota and Honda fuel cell vehicles has been to the market. It is reported that a fuel cell vehicle manufacturing cost is about the cost of an ordinary internal combustion engine car about 100 times, only those listed for the bulk of the models can produce economic benefits, but its cost is still the “ordinary” car costs 10 times the current price of the Honda FCX each in about 1.5 million U.S. dollars.

Japanese Economy, Trade and Industry announced in a clear vision developed in phases to achieve the practical use of fuel cell goal. The Japanese government plans to invest 11 billion U.S. dollars, in 2010 the national fuel cell vehicles to reach 50,000.

“Some of Japan’s plan was too optimistic, the commercialization of fuel cells will take some time, but this is in one direction.” China’s commercialization of fuel cell bus demonstration national project coordinator, said King Kwong Lun. It is reported that during the 2008 Olympic Games, China will also be a fuel cell fleet. Will not only fuel cell car demonstration runs, there will be supported by the United Nations in the global tender to fuel buses in the street.

Maryland elderly completely invented a new type of alternative battery acid solution

A few days ago, after a long period of painstaking research and experiment repeated by the practice, a completely new type of alternative green acid storage battery electrolytic solution in the successful development of Lanzhou, Gansu, and the inventor of this patent is a civil elderly.

Battery electrolytic solution of this environmentally-friendly inventor – Dongtai Xinlei Gansu Institute for Technological Innovation Senta Mr. Ma told reporters that the relationship between dell inspiron 6400 battery, dell inspiron e1505 battery, dell latitude 131l battery the cause of electric vehicles with the national energy system and adjust the strategic plan, its energy-efficient electric vehicles, no pollution, noise and low obvious advantages have become the development trend of the future of the automobile industry, the state of electric vehicles has been listed as “863″, the Beijing 2008 Olympic Games IT major scientific and technological projects. Electric vehicle technology is one of the key driving force for the power – batteries. And he developed the battery is environmentally friendly electric vehicles to meet the needs of development, the full realization of the green. He hoped that the technology can be relevant state departments attach great importance to and strongly supported, as soon as possible to promote, produce new products, and gradually to replace the conventional batteries, for the protection of nature, protecting the environment to contribute early.

Mr. Ma said that the two green-free sulfuric acid products, odorless, non-corrosive, completely replace the battery electrolytic solution of sulfuric acid as soon as put into use, the world will be reduced by a large number of sulfuric acid into the society, its role in environmental protection is huge; by repeated experiments , the use of this product is not made from burning batteries, not the explosion, the various technical indicators are better than lead-acid batteries, battery life is longer than the sulfuric acid storage battery; the production costs of the products currently in use is slightly lower than the battery electrolytic solution of sulfuric acid production costs; product manufacturing process is simple, low input production equipment. Will be used only by the electrolyte by adding a certain way can be achieved on conventional battery. Production process does not produce any waste water, waste, emissions.

Mr. Ma also said that the batteries are widely used in various types of vehicles, ships, aircraft, motorcycles and even `electric bicycles, and is closely related to human life, therefore, this project has a very broad market prospects, once operational, will produce the world great social benefits, the economic benefits of a huge, huge environmental benefits. Although production of the batteries have some advanced technology, but the high cost, technical complexity, it is difficult to achieve and promote them. Low production costs of this project and easy to produce, easy to popularize, the battery will no doubt be a future development.

Urine on the new paper battery power

Singapore scientists have invented a paper with urine battery power, it can be for a medical examination to provide a new way. This new battery is to test for diabetes and other diseases cheap, simple, and the ideal health care device.
It is reported that the leadership of Dr. Li Jibang from the Singapore Institute of Biological Engineering Research Group microfiber 15, described in the professional journal of the latest invention. Paper battery that small and inexpensive, and the urine is being tested as a source of power such devices. The use of 0.2 milliliters of urine vgp-bps2 battery, vgp-bps2a battery, vgp-bpl2 battery, can have a voltage of 1.5 volts. A few days ago, scientists are trying to design a smaller “bio-chip” in order to mass production.

Solar Array Illumination equipment successfully developed

Recently, the Chinese Academy of Sciences, Shanghai Institute of Optics and Fine Mechanics developed “solar cell array illumination equipment” through the China Aerospace Science and Technology Group Specifications acceptance.

“Solar cell array illumination equipment” Simulation of light outside the space environment,
Used in satellite solar cell array test of character and life work. Detection of light under the main satellite on the solar cell array power supply of the charge array and the correctness of output array, solar cell array of the sub-array of the matching between the cable connection, as well as satellite subsystems of the control of a single power function and satellite state of the output load of the correctness of the work. Irradiation of the equipment area 30m2; in continuously adjustable dell gd761 battery, dell kd476 battery, dell td347 battery(under the conditions of the working distance 3.2m), more than 0.35 solar radiation intensity constant; lighting nonuniformity of 10% to 15%; input power of less than 80kV.

The success of the development of the device will be to the spacecraft’s solar panels to a higher safety factor to ensure that the spacecraft in the safe operation of space. Shortly afterwards, the equipment will be transferred to China Aerospace Science and Technology Group, so the use of ground test equipment.

The country’s largest annual production capacity of 100 MW solar cell production line put into operation

Recently, the country’s largest annual production capacity of 100 MW solar cell production line in a project Jiangning Science Park, Jiangsu Province, built, and the success of a one-time series. According to experts, China Light and Power Electric Co., Ltd. newly completed photovoltaic solar cell production lines is by far the largest, photoelectric conversion rate of solar cell production line maximum. It is a major support from the state’s high-tech enterprises, the China Light and Power Electric Co., Ltd. and the world’s top PV PV PV Technology Research Center of the Australian team 7 Dr. cooperation, a high starting point to enter the solar industry.

Chinese companies focus on R & D, have their own intellectual property rights, the success of this year, breaking through the barriers of intellectual property rights of Japanese companies, Sanyo BYD Group and the way to the end of the reconciliation lasted for almost three years of patent litigation, rechargeable batteries this year’s rapid growth in exports, which , Shenzhen as China’s production and export of rechargeable batteries of one of the main base, exports nearly half of the country.

According to Shenzhen Customs statistics today, 1-July, the Shenzhen ports exported 660 million rechargeable batteries, worth 680 million U.S. dollars, respectively, compared with the same period last year (the same below) growth of 19.6% and 19.5%.

Battery in the export, the technical content of the highest export a maximum of lithium-ion dell inspiron 6400 battery, dell inspiron e1505 battery, dell inspiron 1501 battery, rechargeable batteries, Shenzhen port’s main export varieties for nickel-cadmium batteries, nickel hydrogen batteries, lithium-ion batteries, lithium-ion battery of which the most advanced technology. January to July this year, the Shenzhen Port lithium-ion battery exports 290 million U.S. dollars, an increase of 2.4%, accounting for rechargeable batteries in Shenzhen port’s total export value of 43.4 percent, the Shenzhen Port has become the largest rechargeable battery export varieties.

January to June this year, the Shenzhen Port rechargeable batteries on Hong Kong’s exports 480 million U.S. dollars, an increase of 7.7%, accounting for exports of Shenzhen Port rechargeable batteries into the total value of 7; of EU exports 66,820,000 U.S. dollars, an increase of 53.8%; exports to the United States 39,886,000 U.S. dollars , an increase of 25.7%. Which, because Hong Kong is an important international trading center, Hong Kong’s exports and therefore there are a lot of re-exports to Europe and America.

Analysts believe that its own intellectual property rights have become the rechargeable battery industry’s competitive edge, continue to extend the industrial chain, technologically advanced products of domestic enterprises of China’s low-cost rechargeable battery to maintain the rapid development of exports of the main reasons.

However, analysts also pointed out that in November last year, the state in order to encourage high technology industrial development and high-tech products export of information technology products to some 17% of export tax refund in full, including integrated circuits, mobile communications base station to too much network switches, routers, and so on. The lithium-ion batteries as a new generation of rechargeable battery products, there is also characterized by high technical content, significant than the domestic procurement, the industrial chain is longer, but its export tax rebate rate is still 13%, so that the cost of export enterprises greatly improved, is not conducive to domestic enterprises to expand exports of rechargeable batteries.

Two hydrogen battery assembly in Shanghai Beijing bus engines will be put into operation

August 7 hydrogen engine developed from the base of the country, one of Shanghai technology company was informed that two assembly developed by the company’s hydrogen fuel cell bus engine performed well, was in Beijing on the 6th group of experts through the National Accreditation 863 . It is expected this month, two passenger bus lines in Beijing to run the model.

It is understood that the two called “clearance can be No. 1″, “clearance to 3″ of the fuel cell city bus, the total developed by Tsinghua University, the assembly of the “heart” of 65 kilowatts and 100-kilowatt hydrogen fuel cell engine. From the outside, the two cars and ordinary bus is no different, but the assembly is the hydrogen fuel cell engines and hydrogen for their fuel, generate electricity through a chemical reaction-driven cars, from pure water, so the true sense of belonging to the “Zero.”

At present, hydrogen as a motor vehicle to develop the main base, technology companies since 2001, continuous commitment to the domestic car engine hydrogen fuel cell, hydrogen fuel cell bus engine R & D tasks. Since 2003, the company developed the second-generation fuel cell bus engine sent to Beijing and try to load bus-like vehicle platform for success. Beginning this year, hydrogen the “heart” of the formal assembly to the lower 12 meters city bus pedal dell latitude d620 battery, pc764 battery, tc030 battery, very normal, which “can be 1-ching” accumulated running mileage has exceeded 1,500 kilometers per hour up to 80 km / h, indicating that fuel cell engine performance was very good.

Trial operation in Beijing’s hydrogen fuel cell passenger cars, two engines from the divine power in addition to technology, there will be three engines and body — from the international giant DaimlerChrysler. The end of this year, the assembly of foreign hydrogen the “heart” of the bus will start the real battle to see who’s better staying power and stability for the future development of Beijing during the Olympic Games or the introduction of quantities of hydrogen fuel cell bus operation to lay the groundwork.

7 technology companies from that, the assembly of the third-generation hydrogen fuel cell car engine “Beyond the Three” car, is expected to Shanghai this week through the 863-node assessment of the expert group. “Beyond Route” maximum speed of 120 km / h for more than a few minutes a hydrogen, and sustainable mileage of more than 200 kilometers, and “Beyond II” compared to the 85 kilograms weight, hydrogen fuel efficiency by 45 %, while fuel-cell engine itself does not occupy the back seat of almost suitcase.

Shenzhen port the rapid growth of exports of rechargeable batteries

Chinese companies focus on R & D, have their own intellectual property rights, the success of this year, breaking through the barriers of intellectual property rights of Japanese companies, Sanyo BYD Group and the way to the end of the reconciliation lasted for almost three years of patent litigation, rechargeable batteries this year’s rapid growth in exports, which , Shenzhen as China’s production and export of rechargeable batteries of one of the main base, exports nearly half of the country.

According to Shenzhen Customs statistics today, 1-July, the Shenzhen ports exported 660 million rechargeable batteries, worth 680 million U.S. dollars, respectively, compared with the same period last year (the same below) growth of 19.6% and 19.5%.

Battery in the export, the technical content of the highest export a maximum of lithium-ion batteries, rechargeable batteries, Shenzhen port’s main export varieties for nickel-cadmium batteries, nickel hydrogen batteries, lithium-ion batteries, lithium-ion battery of which the most advanced technology. January to July this year, the Shenzhen Port lithium-ion battery exports 290 million U.S. dollars, an increase of 2.4%, accounting for rechargeable batteries in Shenzhen port’s total export value of 43.4 percent, the Shenzhen Port has become the largest rechargeable battery export varieties.

January to June this year, the Shenzhen Port rechargeable batteries on Hong Kong’s exports 480 million U.S. dollars, an increase of 7.7%, accounting for exports of Shenzhen Port rechargeable batteries into the total value of 7; of EU exports 66,820,000 U.S. dollars, an increase of 53.8%; exports to the United States 39,886,000 U.S. dollars , an increase of 25.7%. Which, because Hong Kong is an important international trading center, Hong Kong’s exports and therefore there are a lot of re-exports to Europe and America.

Analysts believe that its own intellectual property rights have become the rechargeable battery industry’s competitive edge, continue to extend the industrial chain, technologically advanced products of domestic enterprises of China’s low-cost rechargeable battery to maintain the rapid development of exports of the main reasons.

However, analysts also pointed out that in November last year, the state in order to encourage high technology industrial development and high-tech products export of information technology products to some 17% of export tax refund in full, including integrated circuits, mobile communications base station to too much network switches, routers, and so on. The lithium-ion batteries as a new generation of rechargeable battery products dell inspiron 1300 battery, dell inspiron b120 battery, dell inspiron b130 battery, dell latitude 120l battery, hd438 battery, kd186 battery, there is also characterized by high technical content, significant than the domestic procurement, the industrial chain is longer, but its export tax rebate rate is still 13%, so that the cost of export enterprises greatly improved, is not conducive to domestic enterprises to expand exports of rechargeable batteries.

When the lithium polymer battery into the mainstream

Polymer lithium-ion battery for its safety, high-capacity, low-profile characteristics, and so on, such as mobile phones are becoming the new choice for digital equipment. Experts believe that the next two to three years, the polymer lithium dell 6y270 battery, dell c1295 battery, dell inspiron 500m battery, dell inspiron 510m battery market will account for 20% -25% of the share.

New choice for 3G mobile phone batteries

As the 3G era, mobile phone battery will be the key to the development of constraint factors. Battery Co., Ltd. Tianjin power of God was once president of Qin mobile phone package at the meeting in Tianjin, pointed out that if the battery technology can not maintain the volume unchanged weight of a substantial increase in energy storage, batteries will ultimately affect the mobile communications industry. God is the power of ordinary liquid lithium-ion batteries, one of the major manufacturers, Qin pointed out that if raw materials on the battery there are no major breakthroughs continue to enhance the capacity of lithium batteries is extremely difficult; and in the capacity of the existing critical state conditions, you must give a lower safety factor.

Liquid in the traditional lithium-ion batteries based on the development of lithium-polymer battery (hereinafter referred to as lithium-poly battery), just to make up for the performance deficiencies of the traditional Li-ion battery. First of all, as a result of the use of plastic flexible packaging composite film, as opposed to the use of aluminum shell, such as traditional hard-packed lithium batteries, the explosion is not easy, with higher security. Secondly, lithium poly batteries lighter, thinner, larger capacity. According to Chief Engineer of TCL Golden Energy Limited Guo Chuntai introduced, TCL by the end of this year will be introduced to the energy density of 500 Wh / l lithium poly batteries, will be the current world’s highest energy density. According to New Energy Technology Co., Ltd., Dongguan (hereinafter referred to as ATL), introduced Mr. Zhou Marketing Department, ATL poly thinnest lithium battery can be 0.5 mm, which is the traditional lithium-ion battery is inconceivable. Third, in principle, lithium batteries can be designed together into any shape, for cell phones and other mobile devices designed to provide a very good condition. Fourth, as a result of the use of polyethylene gel electrolyte lithium batteries, or solid substances, will not leak, thus reducing the pollution.

TCL Guo Chuntai told reporters, after nearly a decade of development, the performance of lithium batteries together a great improvement, for example, lithium poly batteries before the existence of low-temperature charge-discharge performance under the conditions of the problem of the poor, have been resolved. Materials Chemistry in the present has been the premise of new breakthroughs, poly lithium-ion battery energy density, weight indicators, such as volume ratio leading to ordinary lithium batteries, security, better performance. He said: “To be sure that the lithium-poly battery will be important to the choice of 3G handsets.”

Poly and Li-ion battery as a domestic supplier of the other mainstream ATL, are also very optimistic about the 3G mobile phone battery applications. Mr. Zhou its marketing optimistic that the lithium-poly battery will become the mainstream 3G mobile phone batteries to choose. At present, the design of 3G mobile phone Li-Poly dell inspiron 600m battery, dell latitude d500 battery, dell latitude d505 battery, dell latitude d510 battery manufacturers show great interest in the 3G mobile phone used in this new technology. It is understood that there are a few domestic manufacturers of 3G handsets in the small-scale trial of poly lithium battery TCL.

The next to occupy the market share of 20%

In addition to applications in mobile phones, poly lithium batteries can also be widely used in a variety of mobile digital devices. It is understood that the present poly most widely used lithium batteries in the field of small electrical appliances, such as Bluetooth, MP3 and other products for more than 90% of lithium batteries used together.

According to Guo Chuntai , the first two years people have forecast Lithium Poly battery this year and next year will occupy 30% of the lithium battery market, but the reality is that the current lithium batteries together occupy only 12% -13% of the share. According to his analysis, resulting in the gap is due mainly to the following points: First of all, 85 percent of the lithium battery of application market mainly concentrated in areas such as notebooks and mobile phones, 15% applied to other mobile digital devices. Notebook batteries and lithium batteries to occupy the entire half of the market, but also one of the fastest rising market, basically used in an ordinary liquid lithium batteries, the lithium battery to the poly is not a lot of space left. Secondly, the design of mobile phone batteries are built-in and standardization trend of cell size and shape requirements of a wide range of less and less difficult to Poly Li-ion battery performance and the price of ordinary lithium batteries resulted in a strong impact. Third, 3G mobile phone market to start a large-scale . Based on this, Guo Chuntai that: “the next three years, Li-Poly battery can hold 20% -25% of the lithium battery market is a good achievement.”

ATL believes that Mr. Zhou, Li-Poly battery due to the security of having a natural advantage, it will be within a certain period of time gradually replace the traditional lithium-ion battery. However, compared to traditional lithium-ion battery, the acceptance of new things and the process takes time.

Domestic suppliers to catch up

Li-Poly batteries in the industry, at present has about 10 competitive manufacturers. Major foreign manufacturers Sony, Samsung, LG and so on, mainly domestic TCL, ATL. It is reported that Li-Poly batteries in the market, Sony accounted for 70% share. However, with the other suppliers, the rapid growth of Sony’s share will drop to 50%.

Mr. Zhou ATL believes that the advantage of foreign suppliers start early, high profile, but very expensive; domestic suppliers start later, as foreign suppliers of well-known, but the price is relatively low.

Guo Chuntai believe that the advantages of domestic suppliers at a competitive price, but in reputation, brand consistency, such as batteries and the gap between foreign suppliers. He stressed: “Chinese enterprises need to continuously improve the battery performance and quality, control costs, price competition alone can not win.”

ATL Mr. Zhou stressed that the poly in place of the conventional lithium battery lithium dell latitude d520 battery, dell latitude d600 battery, dell latitude d610 battery is the general trend, the current need for more manufacturers to join the camp.

When Google first launched its Chrome Web browser, many of us immediately saw Chrome as Google’s extension of an operating system. Now, that prophecy is fulfilled with news of Google’s plans to open-source the Chrome OS code later this year with view to have it available in the second half of 2010. But immediately, this raises fundamental questions about what, exactly, defines an operating system, and what will distinguish Android, the open-source mobile OS spearheaded by Google, from Chrome OS.

I can’t help but wonder if we’ll look back on this news and think of it as the start of the next Great OS Wars. Google says its goal is to improve the user experience with computers — and clearly, that’s possible given the laundry list of annoyances with today’s PC-based experience. Mobile is driving innovation, too: The iPhone, Android, and WebOS mobile OS experiences have already shown us the potential when hardware integrates with elegant and well-designed software. While Microsoft Windows has competition in Apple’s Mac OSX and Linux, the truth is that Windows has really been competing against itself. Sure, Mac OS X’s evolution has put pressure on Microsoft, but PC users have routinely turned to either Windows XP or Windows Vista (reviled though it may be) for their computing needs. Consider the netbook world: Mediocre Linux distributions installed on early netbooks had difficulty selling, because shoppers wanted the Windows environment on their netbook, not some merely functional, Linux-based Windows wannabe.

Fast forward to the introduction of Android. The Linux-based Android debuted just a few months after Apple introduced its sharp iPhone OS 2.0 with App Store support. And mobile OSes have been the hot topic ever since: When we most recently examined the mobile OS landscape, we noted that Apple’s iPhone OS 3.0 edged out Palm’s WebOS and Google’s Android — for now. It gained points for its smooth interface, ease of use, and its wide application support. Palm’s WebOS also gets bonus points for its interface and strong ties into Web-based services, including Google’s own calendar and e-mail. And Android gets plenty of attention, too: Its pretty-face design (though, WebOS and iPhone are prettier still) and interface makes it highly competitive with WebOS and iPhone OS 3.0, and its connectivity and integration with Google’s Web services (calendar and e-mail, but not Google Docs) made me take notice when I reviewed the first Android phone to hit the market last fall, the T-Mobile G1.

The key thing to remember is that even though these mobile operating systems are tied tightly with their handset hardware, they are not necessarily limited to smart phone handsets. Rumors of a Google operating system based on Android have been circulating for a while now, and already we’ve seen reports of planned netbooks that will run Android (Acer’s Aspire One is due in the fall). In fact, smart phones are nothing more than low-powered, highly portable computers, often running ARM or similar processors — the same processors found in so-called smartbooks, and soon to be found in some netbooks, perhaps, as well.

The idea of an Android-based netbook OS is not new then, and makes the news of Google Chrome all the more unsurprising. However, why Android? What’s to stop WebOS for making a go of it on a larger, more powerful device than the Palm Pre? Why wouldn’t Apple pipe its iPhone OS 3.0 (based on the same kernel as Mac OS X) to a tablet or other portable device? Thus far, the sort of Google-to-Web integration we’ve seen from Android on smart phones, and from Chrome on the PC, just hasn’t seemed all that unique.

For example, the current Chrome browser for Windows gives some insight into the blurring lines between desktop and Web browser. Chrome lets you create shortcuts on your Windows PC to any Web page or Web application, for example (this feature is not yet available in the Mac version of Chrome). When Chrome first came out, this felt fresh. Now, however, I’m less impressed — Apple’s iPhone OS 3.0 lets me do that, too, on my iPhone 3GS.

Chrome OS vs. Current Options

Before I can understand the value of a Google-owned, Chrome-based operating system, I’d have to understand what it offers to me as a user that will be different from any of the options available to me today. In Google’s blog posting announcing Chrome OS, the company notes “Google Chrome OS is a new project, separate from Android. Android was designed from the beginning to work across a variety of devices from phones to set-top boxes to netbooks. Google Chrome OS is being created for people who spend most of their time on the Web, and is being designed to power computers ranging from small netbooks to full-size desktop systems. While there are areas where Google Chrome OS and Android overlap, we believe choice will drive innovation for the benefit of everyone, including Google.”

I spend most of my time on the Web, but the above, admittedly early, description does nothing to help differentiate Android from Chrome OS. Indeed, I question the language: Android users are more likely than anyone to be heavily tied into the Web, given the always-on connectivity on mobile devices.

So, what, exactly, might be the difference between Android and Chrome OS, and how might that challenge Windows? Presumably, for Chrome OS to truly be a competitive option to Windows 7 on full-blown laptop and desktop configurations, you’d need for Chrome to have wide device driver support for components and peripherals — a sandbox Google hasn’t really played in before. Without such device support, Google could run into issues with far-flung devices such as printers or graphics cards. The company might even need Windows virtualization for Chrome OS: After all, users who rely on Windows apps might still need to access those apps on any Google-based device.

And speaking of apps, while Google notes that apps for Chrome OS would work on any other browser, it still opens questions about what the advantage of a browser-based app would be to begin with. Look at what happened with Apple’s attempt at browser-based apps: It fizzled and was completely forgotten once iPhone OS 2.0 hit last summer with full support for locally-stored applications. Chrome OS may have an early advantage that the iPhone lacked, in that HTML 5 has support for locally-stored data for Web apps; however, this yet-to-be implemented approach still might not help you if you’re at 38,000 feet over Lincoln, Nebraska, and don’t have any Web access.

High Hopes

Another statement from Google got my attention: “We hear a lot from our users and their message is clear–computers need to get better. People want to get to their email instantly, without wasting time waiting for their computers to boot and browsers to start up. They want their computers to always run as fast as when they first bought them. They want their data to be accessible to them wherever they are and not have to worry about losing their computer or forgetting to back up files. Even more importantly, they don’t want to spend hours configuring their computers to work with every new piece of hardware, or have to worry about constant software updates.”

These points are true, especially the one about software updates. But I don’t know anyone who’ll want to only store data in the cloud; nor do I know anyone who would use a device as a primary computer if it won’t work with the host of devices one might attach. And to assume that a new Google OS won’t require constant software updates is a bit presumptive: Google has pushed out Android updates big and small; and Apple is continually updating is iPhone OS 3.0.

I do think that Android and Chrome OS can have a place on devices, and I believe these will give competing operating systems, mobile or otherwise, a run for their money — if, and only if they have apps that provide cross-platform compatibility with the Windows universe. But I’m not convinced that even Google can challenge Windows (or Mac OS X for that matter) on netbooks or larger devices. The device and software compatibility issues loom large here. And until Google can sell users on the advantages of its Chrome OS over other competitive options, I think the company could have an uphill struggle for carving out the niche it clearly has targeted with Android and Chrome on mobile and non-PC devices.

Microsoft Windows 7, Google Chrome OS, the first netbook with Android — these are just a few of the interlinked developments we have to look forward to in the third quarter of the year. It’s going to be a busy fall, after all.