battery mall

• 06Sep

  To Create the Myth of Li-ion Battery Industry

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  Nanyang Li-Ion battery technology companies to enter the industry, Nanyang Technology as a public company are very optimistic about the future prospects for lithium batteries. Lithium batteries could be said: it was generally the focus of attention and discussion topics! Moreover, we can learn from the relevant broader market: the way the industry is relatively stable lithium own runs. Expert Analysis: With the further development of new energy sources. Li-ion battery industry will continue to move up late!

  September 6, Nanyang Technological Company intends to associate people with Shao Xing Yi 30 million Yuan to establish a joint venture, “Thai foreign lithium battery materials Co., Ltd. of Zhejiang.”

  Which the company invested its own funds 25.5 million Yuan, 85% stake; Shao Yi Xing in cash 4.5 million Yuan, 15% stake. The transaction is fair and reasonable, the association’s board of directors considered the motion, consistent with the “Company Law”, “Articles of Association” and other relevant regulations. Unanimous is vote by the board of directors.

  Stakeholders description: Zhejiang Thai foreign establishment, the proposed annual output of 15 million square meters of lithium-ion battery separator project total investment 100 million Yuan, sources of funds to be invested by the common shareholders of subsidiaries and subsidiary bank financing solution. The completion, the project annual sales income of 120 million Yuan, average annual net profit 25 million Yuan, the project construction period is 1.5 years.

  To a certain extent, we can see: Nanyang Technological company’s investment direction and firm resolve to enter the lithium battery industry! Nothing is impossible! As long as the times correctly, have aimed at the direction of, seize the opportunity to go all out! The myth of the future created by you!

  Zhejiang Nanyang Technology Co., Ltd. was established in November 2001. The company is located within the Economic Development Zone, Taizhou City, Zhejiang Province, is China’s largest film capacitor manufacturers of specialized electronics. Is the leading supplier of high-end thin film capacitors and most complete product line in China film capacitor manufacturer? E-film is the main raw material film capacitors, film capacitors are widely used in home appliances, electronics, electric power and energy of traditional light sources in the field, communication systems, railway electrification, hybrid cars, wind power, solar power and other emerging areas. The main products in the technical level, product quality, an industry leader, in which ultra-thin films, high temperature resistant film, safety explosion-proof film and film and other high-voltage power capacitors the competitive advantage of high-end products significantly.

  Company takes “talent promoting enterprise of the” concept, advanced management system, to attract top talent and expertise in the field of experts from across the country, building a strong cohesive management team and practice team of experienced production technology , to master the high temperature films, metalized films and other products safe explosion-proof design and production of key technology sectors, can quickly be at the trial stage of mass production products out and to ensure the stability of product quality. Electronic Film Capacitors products company in the main capacitor manufacturers to get “free products” treatment. Currently, the company’s domestic high-end capacitor film products industry ranks first in market share.

• 06Sep

  Lead and Iron Lithium Battery will Transition into the New Energy Field

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  3G investment slowdown, the company is not optimistic about results for the year. Telecommunications industry investment in fixed assets during the first half of this year dropped 29%, lead-acid backup power products company with 2009 revenues were flat. First half of the domestic price competition, product unit price fell by 5%; and orders with the company chosen to relax, a large number of orders after the gross margin will be reduced. Although the market next year after the restore stable growth but low profitability during the year the company expects to maintain performance is not optimistic about the future is expected to restore a reasonable level of gross margin to 22%.

  The progress of the leading overseas market had expanded. 30% of our products for the domestic market at present, matching 30% for large customers, 30% export-oriented domestic product to overseas markets certification about two years time, progress in this area ahead of other domestic enterprises. As developing countries, telecommunications development is still in the early stage of the demand for standby power has great potential, the company plans to export ratio of two to three years to 50%. Sales in overseas markets and domestic level are very margin.

  Lithium battery products communicate mainly with iron. Annual output of 40 million projects will be Ah lithium iron phosphate production by the end of 2011; can contribute 350 million in revenue and 28 million net profits. Lithium iron can be used for small communications base stations, the current lead-acid backup power is only complemented by the possibility of future alternatives exist. Company’s current lithium iron materials are purchased from domestic manufacturers. Multi-point is distribution of R & D direction. In lead-acid battery, lead carbon batteries, fuel cells, lithium batteries have the power or willingness to invest R & D projects. The company will rely on existing lead-acid and iron lithium battery applications in the communications field, and gradually into the power and energy storage batteries in the field, and to the cathode material lithium iron in upstream development.

  Higher public before PE, PB end of the plate average, raise funds over the decision to invest in the future. 2010 to 2012, the company expects EPS for the 0.43, 0.73, 0.86 dollars, corresponding to the current share price PE75, 44, 37 times. But the company PB is 3.19X, plates in the battery is low, with only Shanshangufen [20.25 -3.02%] was slightly higher. The company the funds raised 2 billion Yuan, except raise 600 million Yuan investment project to use, there are about 1.4 billion super-raise funds, raise funds for contributions to super only the net assets of 6 Yuan per share. We believe that the company raise funds is likely to invest over two aspects: First, use lead-acid or HEV lithium battery R & D and industrialization projects, and second, through cooperation, acquisitions involved in the production of cathode material lithium iron. As the ultra raise funds to invest in not yet available, we temporarily give rating and target price.

• 05Sep

  The direction of the next generation of battery

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  Currently, electric vehicles and other applications for large-capacity lithium-ion rechargeable batteries commonly used * 3 elements: lithium cobalt oxide (LiCoO2) lithium manganese oxide (LiMn2O4) or lithium iron phosphate (LiFePO4), the cathode with graphite anode (Note 3). The future direction of development may be followed by higher energy density, better security and lower material costs and other factors of the three key guidelines.

  Candidate cathode materials selection issues involved with different anode materials. Compared with the anode material, do not have any new candidate for high-capacity cathode material. Look, unless as a lithium-ion rechargeable battery after (such as lithium or lithium sulfur battery gas) and sulfur, air or other material, the energy did not increase. After the lithium-ion rechargeable battery type is faced with many outstanding issues still need time to consider commercial applications. Therefore, the current focus on the development of cathode materials improves the battery voltage to obtain higher output.

  Industry has no shortage of candidates for high capacity anode material, but they charge / discharge when the over-expansion and contraction, causing substantial disintegration, and too short charge / discharge cycle life.

  In addition, the design is now used by nearly all opposed to the graphite has a low potential of lithium may cause lithium deposited on the surface of the graphite electrode and electrolyte decomposition.

  Improved (second generation) lithium-ion rechargeable battery may be combined to support higher North Korea to improve the output voltage cathode materials, and can provide better security of energy and anode materials development, have the potential range (potential window) , which is able to withstand High voltage fire resistant electrolyte must also be developed.

• 05Sep

  Basic research in cell Innovative

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  These efforts will be to develop the industry’s energy density 200Wh/kg or more lithium-ion rechargeable battery, especially in the use of new materials development will be accelerated. At the same time for a new type of basic research over 500Wh/kg batteries are countries around the world. One popular candidate includes lithium metal, all solid-state, lithium-sulfur and lithium-air battery.

  June 2009, IBM announced that the company is developing include the lithium-air (Li-air) after the design of lithium-ion rechargeable battery, IBM Corporation and in August 2009 for this issue invites researchers to participate in one of its host key international symposium.

  In Japan, Toyota Motor Corporation (Toyota Motor) actively engaged in basic research, and was established in June 2008 a new battery technologies for battery research in basic research, research in this sector are committed, such as between particles and between the electrode and electrolyte underlying theme of the interface reaction, and to develop new rechargeable lithium battery materials, all solid-state batteries, lithium batteries as the target gas. November 30, 2009 to December 2 hold 50th Battery Symposium in Japan, the Toyota car based on published nine research papers, showing that the company’s strong attempt in this area.

  After the many candidates for lithium-ion rechargeable battery, the Toyota seems particularly interested in the whole solid-state batteries. Theoretically, the ideal of all solid state battery can achieve higher than the higher liquid electrolyte lithium diffusion rate, so that higher outputs than at high temperatures will burn the organic electrolyte safer, because Yeti shell design also seems to be simplified. But the formation of solid electrolyte and the interfacial reaction between electrode materials will significantly reduce battery performance.

  Toyota said a source electrode and solid electrolyte (Li7P3S11) interface formed between the reactants with the variation of cathode materials. Specifically, the product layer of lithium cobalt oxide (LiCoO2) will cause the cathode cobalt and solid electrolyte in the mutual diffusion of sulfur and phosphorus, and when to lithium manganese oxide (LiMn2O4) spinal as the cathode, the lithium manganese oxide release from oxygen will spread to the solid electrolyte, the resulting very high interfacial resistance.

  Toyota researchers are split up efforts to clarify these two individual cases; they believe that if we can improve, such as lithium ion and the electrode conductivity and other properties will be able to develop a secure high-capacity battery.

• 03Sep

  Top Ten Brands of Notebook Battery in 2010

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  Use rechargeable batteries for notebook computers is relatively one of the advantages the desktop, it can greatly facilitate the environment in a variety of laptop use. Introduced the first battery is nickel-cadmium battery (NiCd), but this battery has a “memory effect”, each charge must be discharged before, very easy to use, soon to be nickel-metal hydride battery (NiMH) are replaced, NiMH is not only not “memory effect”, and the weight per unit can provide 10% more power. The most commonly used battery is lithium-ion battery (Li-Ion), it is no “memory effect” compared with NiMH, get more weight per unit of electricity prices twice as high than the NiMH. Under the same weight, the three battery is 1:1.2:1.9 ratio. There is also a battery called polymers, very high capacity, and small size, most used in Apple Computer.

  Ten laptop battery brand Bang / brand notebook batteries (2010)

  1 ThinkPad (the world’s most valuable brands, well-known trademarks in China, the Chinese famous brand, Lenovo Group brand)

  2 Hewlett-Packard HP (500 companies, top ten brands laptop battery, 1939, the World Brand, Hewlett-Packard)

  3 Dell (500, laptop computer brand, in 1984 the United States, the world’s leading IT product and service providers)

  4 Lenovo (the world’s top 500 brands, top ten laptop battery brand, the world’s fourth-largest PC maker, Lenovo Group Ltd.)

  5 Sony (ten brand laptop batteries in 1945 in Japan, the world’s top 500 brands, Sony (China) Co., Ltd.)

  6 Toshiba (1939 in Japan, the world’s top 500 brands, top ten notebook computer battery brand, world brand, Toshiba Corporation)

  7 Acer (laptop battery ten brands in Taiwan in 1976, the world’s leading PC manufacturers, Acer)

  8 Samsung (China Famous Brand, 1938 Korea, South Korea’s largest companies, Fortune 500 companies, Samsung Group)

  9 ASUS (global IT 100 strong, top ten notebook brand, in 1989 Taiwan’s leading computer brands, Asus Group)

  10 GodMobi Jimo (one of the ten brand notebook batteries in the Chinese battery industry, and the first media, LIN Albert International Trading Co., Ltd.)

• 03Sep

  JA to Become the World’s Largest Supplier of Crystalline Silicon Solar Cells

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  JA Solar recently revealed its 2010 shipments will exceed 1.35GW, production capacity will exceed 1.8GW. JA Solar has been replaced by the German solar industry leader Q-Cells, get on the global crystalline silicon solar cell suppliers top spot.

  JA April 2006 to start operations of its first 25MW production line, and then continued to increase JA R & D and production inputs, by 2009, with production up 32 solar cell production capacity to 800MW, achieved sales of 3.8 billion RMB. This gives rise to JA about the global solar cell manufacturers sixth, the third position. Entered after 2010, Australia wins the crystal. Chairman and CEO in Jinbao Fang Peng’s leadership, JA accelerated expansion capacities, in the first half of 2010 shipments to reach 583MW, over 509MW of last year’s total shipments, sales revenue of 4.3 billion Yuan. JA single quarter of the second quarter of 2010, shipments to 311MW, is the world’s largest crystalline silicon solar cell suppliers. Over the same period the second quarter of 2010, shipments of the German Q-cells arrives at 238MW.

  Meanwhile, independent research and development of the new JA single crystal solar cells Secium (game show), the average conversion efficiency reached 18.5%, up 19.2%, leading position in the industry. In addition, JA also continues to strengthen cooperative R & D projects, such as with the Netherlands Energy Research Centre (ECN) and other world-class R & D institutions to develop solar cell conversion efficiency of more than 20% of the battery.

  In the polycrystalline silicon solar cells, the crystalline silicon solar cell O improved the production process and manufacturing technology, began to put into production a new generation of polysilicon solar cells, the average conversion efficiency has reached 16.6%, the highest conversion efficiency of more than 17%. Production and use of existing technology conversion efficiency of 16.2% compared with the products, which is a major step forward, can increase the solar power generation components and reduce production costs. JA Solar and have drawn a clear technology road map, to keep the transfer generation, research and development generation, reserve generation, solar manufacturing technology leadership.

• 02Sep

  RFID Tag to Adopt Film Solar Cells in Future

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  “‘Hefei-made’ LCD TV’s cost, the cost than the current drop by about 3 percent, which would result in a decline in LCD prices.” Hefei Lucky staff Houjing Bin said the future to set the film on solar power, through new technologies, perhaps to replace the current common battery. “New technology is now being studied, and perhaps two or three years, the phone foil power generation.”

  LCD TV costs will be down 3 percent. “8000 to 8000, married life also this time, only buy the bar.” Mr. Zhang Hefei Citizens wound and bought a 40-inch LCD TV. Although LCD TV compared to previous years, prices have declined, but there are still many people questioned, LCD TV is so expensive, when will it be able to cut prices?

  Why LCD TVs so expensive? In Houjing Bin it, this is for most of the money earned went to foreigners. “If you buy a 10,000 Yuan LCD TV, then there is 8500 Yuan ‘hit’ to the screen.” He said, “At present, the domestic production of LCD TV screen are generally imported from foreign countries, foreign selling give us a screen, make the profits that we do many times a machine. “Houjing Bin told reporters that China is the production of LCD TV power, but major technical, but the hands of a few countries such as Japan and South Korea in Europe and America, large part of the profits earned by foreign companies.

  Houjing Bin said: “Now we have the world’s advanced technologies such as polyester film, to fill that gap. According to the plan, Hefei Lucky will gradually build 8 to 10 production lines in the country a-kind, world-advanced level of optical film production base in Hefei as well as support the development of the country supporting liquid crystal display industry. ”

  Mobile phone battery is foil to province. If a film stuck on the windows, you can generate electricity to light bulb lights up; phone screensavers paste similar to the same film, can act as a battery; notebook computer without the battery, a light will start … … Perhaps you think this is the Arabian Nights Tan, in fact, in the future, which could become a reality.

  “In addition to the film industry are doing, we are also concerned about the many new areas, such as new energy.” Houjing Bin told reporters that the company is studying the current third-generation thin film solar cells, solar power in future to set the film, by plating or print a number of coating materials, which will replace the current common thin film solar cell, or a single crystal and polycrystalline silicon cells.

  It is reported that thin film solar cells has widespread applications for RFID, smart cards, e-books and other microelectronic products, light source; can be used in mobile phones, cameras, laptops and other portable electronic products, power supply; can also be used in tents, shelter awning or building materials, such as roofs, commercial buildings, siding, shutters.

  Houjing Bin told the author that the characteristics of thin film solar cells is environmentally friendly, simple technology and low cost compared to glass substrate thin film solar light, ultra-thin, can be curled in the application scope broader, more practical.

  “When will this film batteries sold in the market?” For the author’s question Houjing Bin said: “We are studying this technology is estimated 2 to 3 years to realize the industrialization of production.”

• 02Sep

  China Ranks Second in the World in Overcoming the Bottleneck of Hydrogen Fuel Cell Technology

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  “Crown jewel” Do not underestimate this film, it relates to our national economic security. Who picked it grasps the National Strategy “commanding heights”

  “Chinese people never mind the pain,” the basis of our new material by the mechanism behind the problem and input constraints, this world has not been successfully developed cutting-edge technology

  On June 30 this year, Shandong Dongyue Group proclaimed to the world, China has independently developed using per fluorinated ion-exchange membrane chlor-alkali, fuel cell membrane to achieve localization. After 8 years of scientific research, breaking the United States, Japan has long-term monopoly on the technology. At the same time, “Dong Yue,” completed the core material for the manufacture of fuel cell acid resin ion-exchange membrane to produce 500 tons of production equipment has been put into operation, hydrogen fuel cells to solve the major bottlenecks in production, and China has thus become the world’s The second has the technology and industrial capabilities.

  Cutting-edge technology for over 30 years has been U.S. and Japanese control. “Do not underestimate this film, it relates to our national economic security.” August 29, Dong Yue chairman Zhang Jianhong introduction of per fluorinatedion-exchange membrane chlor-alkali industry and the future is a key to a new energy materials is called for the chemical industry “crown jewel”, which picked it grasps the National Strategy “commanding heights.” 60s of last century, DuPont began research and development, 15 years R & D success. Japan’s Asahi Glass Company from DuPont exchange to part of the production rights, but did not own intellectual property. 30 years, has controlled the world’s cutting-edge technology in the United States, Japan, and the two hands.

  Ion-exchange membrane has been the Chinese people a “knot.” China has zero tariffs on imports of ion-exchange membrane. Since 1980, China had this technology in the country, “June 5″ “Seventh Five-Year” key scientific and technological programs, has invested several hundred million dollars of funds for technological research. However, as the basis of new materials in China and investment mechanisms behind the problem constraints, the project has not been developed before, by experts as “the hearts of Chinese people eternal pain.”

  Development of the United States took 15 years research, we have only 8 years. “Ion-exchange membrane” of the development, the United States took 15 years, while China took only 8 years. New materials, new energy has been the party and state leaders are most concerned about the industry. Zhang Jianhong told reporters that per fluorinated ion-exchange membrane research and development work by the party and state leaders of great concern, nearly three years ago, Hu Jintao, Wen Jiabao, Li Keqiang, Li Yuanchao other party and state leaders have been seriously “ion-exchange membrane,” study visit site inspection guidance. Ministry of Science and dedicated staff on-site visits, affirmed on this project and support: “Full fluoride ion-exchange membrane materials research” project is listed as 863 major projects planned, “Engineering Research per fluorinated ion-exchange membrane” is listed as state ” Eleventh Five-Year “plan major projects scientific and technological support.

  Membrane of the mass is related to the future energy use. Ion-exchange membrane of the raw materials are fluorite, fluorite main ingredient is calcium fluoride, is a strategy of non-renewable resources is the development of the source of fluorine chemicals. Global reserves of about 600 million tons of fluorite, China accounted for 54% of reserves, ranking first in the world. Ion-exchange membrane chlor-alkali plant is the core unit, which play a key role is installed on a per fluorinated ion-exchange membrane electrolyzes. Dongyue Group, said: “We independently developed the two films, one is the use of ion-exchange membrane chlor-alkali, this is our ‘good showing films’. Another is related to future energy use of fuel cell membrane, it is our ‘glory film’, fuel cell membrane so that we walk in the forefront of the world. “

• 01Sep

  India banned the import of solar cells

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  Reporter learned exclusively, following the support of national solar energy program in India for foreign market of solar energy module Jinru a ban Hou, Zheng Fu is Kaolv in India in March next year, Qi allowed to receive government support of solar energy project which use importing solar cell.

  July 25, in line with “Jawaharlal Nehru National Solar Program,” The implementation of the new Indian Energy and Renewable Energy Department issued a “right and power generation of advanced solar projects policy guidelines.” Tutorial contains the “Buy Indian” provisions.

  The guide is the fifth part of the second chapter, “solar photovoltaic project selection criteria” in Article 4 of “local self-made” emphasizes: India’s “national solar plan” an important goal is to promote the development of domestic manufacturing, project developers as far as possible use of their manufacturing facilities in India.

  However, the first elected into the 2010-2011 fiscal year the government plans to support solar projects, the guide asked, crystalline silicon technology projects and opening up business “must use its own manufacturing solar modules in India.” For the second fiscal year 2011-2012 to support the project, the guide said that these projects will use India’s domestic manufacturers of solar cells and modules.

  Although the guide did not say ban the import of solar cells specific execution time, but New Energy Investment Company Norasco head Ajay Goyal told reporters: From next March, these selected items have to use Indian-made solar cells.

  Government of India launched at the end of last year, “Jawaharlal Nehru National Solar Program”, hoping through the implementation of the plan to enhance India’s domestic solar power generation and industrial strength, and then to India to become global leaders in solar energy industry. This program includes both photovoltaic and solar thermal energy most, three-stage plan in the photovoltaic market in India by 2013 the cumulative total can reach 1GW, 2022 to 20GW, and solar thermal energy in part to 14GW.

  July 25, India’s new energy and renewable energy minister, Farooq Abdullah, speaking in New Delhi made it clear that “India is the government’s top priority.”

  “At the national solar energy program implementation of the first stage, you can use the imported equipment; it does not mean you do not use the solar energy equipment manufactured in India. But in the second stage, you will not be allowed imports of foreign products.” Farooq Abdullah said in his speech.

  The resolution has been Tata BP Solar India’s Moser Baer solar energy company and the company’s support and welcome. The two companies are the largest solar photovoltaic industry in India manufacturers.

  Once the implementation of this policy, it will harm China’s export of solar energy companies in India. In the interview, Ajay Goyal told reporters, “Now is a golden opportunity to invest in solar projects in India, the Chinese solar energy companies can also consider manufacturing in India.”

• 01Sep

  The Second International Conference on the sun and solar fuel held in Dalian

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  August 28 to 31, from Dalian University of Technology Chinese Academy of Sciences and co-hosted the “Second International Conference on solar fuels and solar cells,” and the “23 Th Science Forum: Meeting the sun and solar fuel” in the micro mass auto spec held. President of Can-Academy session, the International President of the Association of photosynthesis, and the Royal Professor James Barber and Zhang Tao are director of the opening ceremony.

  From China, the United States, Britain, Germany, Sweden, Belgium, Japan, Korea, Australia and other countries of the 33 solar research scientist made famous report to the Assembly. They artificial photosynthesis, photo catalysis using solar energy, solar energy – chemical energy conversion in the scientific issues, solar research new technologies, new materials, new techniques such as the Science and Technology conducted a thorough in-depth exchanges and discussions, nearly 300 people the meeting.

  Development and use of solar energy on our energy security and sustainable development is of strategic importance. China earlier one of the units to carry out solar energy research in recent years, research results have been highly praised by international peers and recognition. Renewable energy for national strategic needs, micro mass auto spec in solar research and increased use of research efforts, and received national, Chinese Academy of Sciences, Dalian City in support of different levels, build a clean energy national laboratories, including specialist set up a “scientific use of solar energy research.” CAS action plan is in support of solar energy, the establishment of a “solar light – Chemical Conversion Research Center.” The convening of this meeting will further promote solar energy at home and abroad for basic research and industrial research and technological exchanges and cooperation, promote the development of solar energy research.

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