Patent Result (Headquarters: Tokyo) for lithium (Li)-ion rechargeable batteries used in the manufacture of organic electrolyte, according to analysis published patent involved in the competitive situation of the findings. Survey, with a number of popular concern about patent UBE in the “comprehensive strength” of becoming the highest in the list, followed by Sony, Mitsubishi Chemical, Panasonic and Hitachi Maxell.

Organic electrolyte is dissolved in organic solvents to provide electrical conductivity of the electrolyte formed. Its role is to make lithium-ion electrodes to move smoothly.

Patent Result for the investigation of the company owned the patent, the extent of its attention to a separate algorithm into a “Patent Score”. Then added together to produce the “integrated power” rating. In addition to the following items were weighted dell Inspiron 1501 Screen dell Inspiron 1520 Screen .

* The right of the applicant wishes (for example: early review of the request, apply for international patents, etc.)

* Review officer’s awareness of its advanced nature (for example: the rejection of the notice reference number, etc.)

* Attention from competitors (such as: the availability of valid judgments and objections, etc.)

The scope of the survey was in January 1992 after the application, 1993 to open by the end of April 2010 the Patent Gazette. Ube Kosan for the 192, although the number of ranked sixth, but the company has more high concern, patented, topped the list on the comprehensive strength. Patent Result said Ube patent examiners in the Japanese Patent Office when the notice for rejection cited more frequently, can be considered as the first well-known and technical constraints on the ability of other companies higher.

Comprehensive strength ranks the first in the Ube Kosan and Mitsubishi Chemical are the third electrolyte manufacturers, and the two companies is Sony. Thus, “This shows that Sony has a manufacturer’s technical strength as much as electrolyte” dell Inspiron 1521 Screen .

Newswire, battery Desai (24.65, -0.59, -2.34%) (000,049) Mid-term successful turnaround, but attracted a star fund manager of finance Yawei gamble. This, Yawei successfully fabricated the first major Ushimata the second quarter, and in just a month to help its stock price up nearly 80%.

243% surge in interim net profit

Last night, Desai battery publish semiannual reports. More eye-catching than the performance is the list of top ten shareholders of circulation, there has been China Securities Investment Fund and the broader market selection strategies selected Chinese flexible configuration hybrid securities investment funds, which are two investment products managed funds Yawei . Among them, the China tape holding 197 million shares, holding 169 million shares of China strategy, coupled with China Renaissance Equity Securities Investment Fund held 134 million shares, China series in the second quarter a total of about 500 million shares held by the battery Desai, the proportion of total shares outstanding of about 3.7% HP battery .

In addition to the Shigekura Yawei presence, Desai battery has attracted 15 research institutions. Communication from the company’s research activities in the project can be seen on May 25 this year, the National Securities (14.35, -0.15, -1.03%), Societe Generale Global Fund Management Co., Ltd., GF Securities (30.90, -0.42, -1.34% ), Zhongshan Securities, Jin and Yuan Securities, Bauhinia Fund Management Co., Ltd., 15 institutions Desai battery on field research, mainly from the company’s production operations and future prospects.

In fact, during the second quarter, the battery Desai successful turnaround. Semiannual reports show that first-half net profit of 22.7089 million yuan, the basic earnings per share were 0.166 yuan, up by achieving profitability. In addition, the company’s operating income was 467 million yuan, up 40.99 percent. Desai battery, said sales increased share of profits prompted the company to profitability, and the provision for impairment losses last year affected the gross profit.

Successfully fabricated the first major Ushimata

Desai battery was out in May this year, stunning rally, known as the then largest Ushimata. But that time, there was news that China is behind the promoter system Sony battery Toshiba battery .

With a wealth of speculation in the concept of battery Desai, eye-catching performance in the second quarter. Probably starting from April 14, the stock started soaring in late April did not affect the broader market Shenfutiaozheng the trend of its fierce, in a number of days in the broader market plunged, Desai battery frequently hit daily limit. As of May 6, Desai battery up more than 80%.

It is learned that the battery Desai main asset is 75% of the batteries were holding companies, microelectronics and Huizhou shaped blue three subsidiaries, as well as indirect holding company of Huizhou Huizhou million lithium and the shares can be. Add “quarterly losses,” the concept of new energy speculation, created this crazy rally.

The semiannual reports to shareholders published in the list, more proven success Yawei largest Ushimata concocted this argument. Access to the battery Desai’s circulation list of shareholders in recent years, in addition to partners outside the company, since 2006 the shareholders of the battery Desai list also did not fund the figure appeared. Until the second quarter of this year, China’s massive Department of speculation the company settled only then into the hot stocks.

By Desai battery current market price and the company’s average price in the second quarter basis, the current Chinese system the market value of equity held by the company 1.26 billion, China has Desai battery system on the secondary market at least salvaged the 1740 million IBM battery Lenovo battery .

Panasonic announced today that it will buy out two of its subsidiaries, Sanyo and Panasonic Electric Works, for $9.4 billion.

Sanyo is the largest lithium-ion rechargeable battery producer and 11th-largest solar cell producer in the world with a quickly-growing solar panel manufacturing arm according to company statements.

Panasonic Electric Works makes a wide range of electrical products including temperature, lighting and motion sensors and controls.

Last year, Panasonic acquired a 50.27% stake in Sanyo for $4.4 billion NB-5L NB-6L .

The pair of acquisitions should help the company best known for its Panasonic plasma TV, camera and other consumer electronics expand into energy technology.

Panasonic aims to become the “No. 1 green innovation company in the electronics industry” by 2018.

Panasonic Corporation of North America (PNA), based in Secaucus, NJ, is the principal North American subsidiary of Osaka, Japan-based Panasonic Corporation (NYSE: PC) and the hub of its branding, marketing, sales, service, product development and R&D operations in the U.S. and Canada.

For nearly 50 years, Panasonic has delighted American consumers with innovations for the home and business. Panasonic’s consumer electronics and technology products range from award-winning VIERA High Definition Plasma and LCD TVs and LUMIX Digital Cameras to ruggedized Toughbook® laptop computers, communications solutions, networkable office solutions, security systems, home appliances, personal care products, components and entire in-flight entertainment and information systems NB-2LH .

Panasonic operations in North America include R&D Centers, manufacturing bases, the highly rated Panasonic Customer Call Center in Chesapeake, VA, business-to-business and industrial solutions companies and consumer products, sales and service networks throughout the U.S., Canada and Mexico. Panasonic Corporation of North America and its subsidiaries and affiliates employ about 12,000 people in the region NB-1L NB-1LH NB-2L .

1, Hitachi developed a plug-in hybrid electric vehicle using lithium-ion battery. January 2010, Hitachi and Hitachi Vehicle Energy, has developed a plug-in used in the new hybrid cars lithium-ion battery. The newly developed single cell capacity of 25Ah, the energy density of 120Wh/kg, power density 2400W/kg. Hitachi in the car with lithium-ion battery R & D and industrialization since 1992, produced by the Japanese NEDO, and by the provincial funding.

2, Panasonic has developed high-energy lithium-ion battery. December 2009, Matsushita in the nickel-based cathode materials (nickel acid lithium) has patented, Panasonic to develop lithium-ion battery 3.4Ah and 4.0Ah monomer, and its application to improve the Panasonic proprietary nickel-based cathode material. One 4.0Ah lithium-ion battery applications the silicon alloy single do negative, dell Vostro 1320 battery , dell Vostro 1510 battery the energy density of 800Wh / l. 3.4Ah and 4.0Ah lithium-ion battery monomer fiscal year 2012, respectively, and mass production in fiscal 2013.

3, A123 Systems and SAIC joint venture set up power batteries. 2009, 12 years, A123 System and the Czech Republic, SAIC set up a new battery power system for Shanghai Co., Ltd. (ATBS), to jointly develop, manufacture and marketing of new energy vehicle traction battery system. The company will be wholly owned by SAIC and its priority to create new energy vehicles power battery systems supplier. SAIC Motor holds a 51% stake, A123 System holds 49% stake in two equal access to management functions. A123 System will provide advanced vehicle batteries and monomer, and together with SAIC for the ATBS design and development of integrated  dell Inspiron 1525 battery systems.

4, LG Chem will provide lithium-ion battery Changan Automobile: February 2010, according to South Korean media reported that since the second half of 2010, Changan Automobile LG Chemical will provide lithium-ion batteries used in its hybrid vehicles. In addition, LG Chemical also to GM, Hyundai, Kia, CT & T and Eaton supply lithium-ion battery.

5, Johnson Controls-Saft hybrid vehicles using lithium-ion battery for BMW, Mercedes-Benz Order: JCS will BMW 7 Series Active Hybrid cars and Mercedes-Benz S400 hybrid vehicle to provide high-power lithium-ion batteries dell Latitude D620 battery , dell Latitude D630 battery . The application of single high-power 6.8Ah VL6P, the battery is in the USABC funded by the U.S. Department of Energy Development. VL6P monomer LiNixCoyAlzO2 cathode material and graphite anode material, discharge power density of up to 3470W/kg (10 second pulse to 2.5 V), a capacity of 25Wh.

6, A Gangguo laboratories to enhance lithium – air cell research. A Gangguo cell research laboratories in over 40 years of history, 10 years ago, Ah Kong will focus on lithium-ion battery as the R & D in the United States Department of Energy’s support, has received a lot of technology transfer agreements. Now, in the lithium-ion battery R & D investment has been strong. Currently, A post will be defined as lithium-ion dell Inspiron B130 battery  electric vehicles transitional technology and strengthening of lithium – air battery research and development. Although lithium – air batteries are still facing science and engineering obstacles, but their high energy density is very attractive, the theoretical energy density and energy density of diesel fuel equivalent of up 8000-13000Wh/kg.

The last three years, the battery industry in Changxing County, at an average annual market sales of about 100% of the rate of growth of production and technological level of enterprises increased year by year, product areas from expanding batteries for electric bikes to the new energy sector. Last year, the Changxing County was appraised as “China’s New Energy and Industrial hundred counties” and the national green power energy high-tech industrial base, Canon NB-2L Charger was the first province of Zhejiang Provincial Government as a massive economic transformation and upgrading of 21 one demonstration zone. Behind these achievements is the scientific and technological innovation into full play.

Government is actively promoting cooperate with universities to encourage independent innovation. In recent years, Changxing County in-depth implementation of the “in-depth views on promoting the implementation through Cooperative”, Changxing county government, the county held an annual technology conference organization, organization to promote research cooperation project for more than 100. Meanwhile, the Changxing County launched the “Changxing County, nikon EN-EL4 charger  to speed up scientific and technological innovation on a number of policy advice,” such as science and technology policies to encourage enterprises to increase the scientific and technological innovation. Battery industry through Cooperative projects throughout the county in 2008 and 2009, respectively 24 and 23. With the accelerated pace through Cooperative, Changxing battery technology company in a strong backing of Chan Xueyan under the growing capacity of independent innovation, greatly accelerated the process of transformation and upgrade the battery industry.

Battery industry bigger and stronger technology platform. On the one hand, with the battery companies to deepen awareness of independent innovation, enterprises continue to increase R & D and actively with universities, research institutes co-build a research center for the battery industry to provide a strong scientific and technological support. Among them, the days to the Group and the Space Department, Zhejiang University, Fudan University, Zhejiang University of Technology established a provincial-level enterprises and other cooperative research and development centers, the provincial post-doctoral research station; Chao Wei Power Co. and Tsinghua University, Shenyang battery Institute, environmentally friendly batteries established research centers at the provincial level high-tech enterprises, the provincial post-doctoral research station, and Fuzhou University jointly established the “Fuzhou University – Ultra-high-tech R & D Center Gateway company.” On the other hand, the Government to strengthen guidance and accelerating technological innovation in public service platform. Changxing County last year, build a “Green Power Energy, Zhejiang Province, VW-VBG260 ， VW-VBG6 integrated innovation of public service platform”, the Centre in accordance with international and domestic types of standards, lithium battery, nickel hydrogen batteries, solar cells, raw materials and more than 90% of new energy projects , have seized bearing capacity.

Currently, Changxing County, battery industry has been formed from raw material processing, plate production, parts manufacturing, assembly, sales, to waste battery recycling industry chain, to become the county’s industrial economy a major pillar industry, “Heaven can “,” super-Wei “as the battery industry cluster of leading enterprises in Zhejiang Province and even China has become an influential block of new features regional economic clusters. Last year, Changxing County, a total of 55 battery manufacturers, including six high-tech enterprises, the county battery industry accounted for 50% domestic market share of about regulations on the production of battery companies completed a total of 14.15 million KVAH (about 12AH battery 98 million) , sales revenue of 4.19 billion yuan in 2006 rose to 12.67 billion yuan, Canon NB-2LH Charger average annual growth of 44.6%, accounting for county regulation on the industry’s 27.3%.

Changxing County Technology Department official said, Changxing County, the battery industry is poised to thrive, and actively respond to the county government’s “two-year span, another brilliant innovation,” the overall goal, with the power of technology, through technological innovation, and strive through 2-3 years of efforts to achieve the battery and the New Energy a, Fujifilm battery nd Industrial output value of 50 billion yuan, sales income Chaobai Yi Enterprise 3, built up significant new energy R & D, manufacturing base and industrial development Heights, the battery and create a new energy industry as a province and the country strategic industry clusters, industry clusters to achieve the transformation to a modern upgrade.

Although both sides offer solar battery plant in Q3 and Q2 remain fairly flat, but by the euro of profits, solar market rumors, the German solar cell factory is also true essence of the first-line Q3 batteries offer per watt is expected to cut prices 1.1 euros, after conversion into U.S. dollars, and the two sides offer very close to the industry, probably in 2004 since the rapid growth of the photovoltaic industry, first to see “close quote,” still wait for the market shockwaves.

By the depreciation of the euro and Germany on July 1 subsolar cut subsidy rate does not become clear photovoltaic effect, module manufacturers in addition to the German market in Q3 notice will cut 10 percent under the price, recently, a line of German solar cell factory system also true essence of the offer will be reduced Q3 strategy.

Solar industry said that although the plant for the solar cell factory line, but the normal price level is not in the high range, the current per-watt battery offer about 1.2 euros, but the first three quarters came to an estimated ~ 1.1 euros offer an average reduction of 8 %.

The German system is not first-line plants offer fall, but a ~ 1.1 euros converted into U.S. dollars of about 1.23 ~ 1.35 U.S. dollars, in fact, offer has Q2 Taiwan Department of industry spot market offer 1.35 U.S. dollars per watt equivalent may be the sun in 2004 Since the rapid growth of photovoltaic industry, the European solar industry representative system offer rare so close to Asian businesses, particularly in solar cell industry is encroaching upon the two sides offer.

Solar industry said the European Department of the industry as to benefit from the depreciation of the euro, it is relatively competitive in the quote, but rather cross industry because of the limited pressure on the euro, has been unable to cut the price to make it past advantage of the most competitive prices generate passive, no doubt is still waiting, sent shockwaves through the industry sides.

After the next cut subsidies in Germany, outside the supply chain does appear to move competitively priced passive Asian district? Solar energy industry that this trend no doubt, because the German system is the way the industry to reduce capacity in Europe, actively producing lines to Asia, and a considerable proportion of the industry from mainland China for OEM production, HP battery  now seems to be is to benefit from exchange rate fluctuations, wielding the low prices.

European system of solar system works frankly, because Ashkenazi plants offer has always been more than two sides industry high, orders will flow to Asia, the first 3 quarters, if Ashkenazi factory price down to the cross-industry rather, it will make a lot of European Department of the module and system Plant can not accept the European order flow forecast will be changed.

Department of solar battery plant in Europe, including Germany’s Q-Cells, Solarworld, Schottensolar, Schottsolar, etc. In fact, many industry dominated by vertically integrated distribution, while the Taiwan-based Toshiba battery  factory, most of the professional factory including Motech, Yu Jing, the new solar and other mainland vertical integrated plant, including Suntech, Yingli, Trina Solar, Lin Yang, Jing and Australia.

May 28, 1902, Edison announced today that invented a new battery. This battery than the previous lead-acid batteries, light weight, but long life.

The prolific inventor, said the batteries Studio 1535 battery ,  Studio 1537 battery  are nickel, iron, and made alkaline solution. It can power cars with comparable gasoline engine car.

Integrated foreign reports, Honeywell (Honeywell) has received U.S. Department of Energy 27,300,000 U.S. dollars of support funds for the production hybrid and electric cars lithium battery hexafluorophosphate salt conductivity.

U.S. government support funds will help Honeywell became the largest U.S. high-purity lithium hexafluorophosphate suppliers. Hexafluorophosphate lithium rechargeable lithium batteries in one of four key components. Lithium hexafluorophosphate Lithium  VGP-BPS13/B , VGP-BPS13A/B can increase the electronic conductivity.

Honeywell’s support for the U.S. government enacted the United States “2009 U.S. recovery and Reinvestment Act,” part of a plan. The program’s goal is to accelerate the popularization of electric vehicles to reduce fuel consumption and greenhouse gas emissions.

Compared with conventional production methods, the use of new methods of production Honeywell hexafluorophosphate lithium can reduce pollution and improve product purity.

In recent years, as people raise environmental awareness, more and more people are conscious collection of used batteries , many cities and even rural areas have set up special waste battery recycling bins. However, in the process of recycling used batteries, the author found that, by virtue of the low return rate, effective cycle length, professional, capable of batch processing of used batteries are very few companies, most of the recycling of used batteries Inspiron E1405 battery  only way to take focus stacking stored. This storage to handle used batteries by the way, not only long-term occupation of a lot of space, need expert management, and in transport, storage process, the used batteries in hazardous substances that can leak, causing secondary pollution.

Therefore, the writer called upon the Government and other relevant departments to vigorously promote recycling of used batteries in the same time, manufacturers should deal with the used batteries to strengthen communication links, reducing the number of used batteries stored and time, and the timely introduction of innocuous disposal of used batteries related policies companies dealing with used batteries for financial, policy and other support. Such as used batteries according to the handling capacity of processing enterprises of the used batteries to a certain government subsidies for used batteries and other processing enterprises in tax breaks to allow more people to participate in waste battery recycling industry to truly realize the reduction of waste batteries and innocuous.

Shanghai (SNECI PV will) – the world’s leading silicon thin film photovoltaic production equipment supplier Oerlikon Solar’s production capacity in the global installed capacity of more than 450 megawatts, will continue to lead the development of thin film solar equipment industry. Its customers so far has produced more than 1 million solar panels. With owned by non-ceramic laminated (Micromorph) ® plant, Oerlikon Solar plans to produce per watt by 2010 the cost of the Internet to reach the level of parity, so that the cost of solar power and fossil fuel power generation cost down to same level. Company is currently planned to provide customers with advanced plant design so that it can be before the end of 2010, the production cost of only 0.70 U.S. dollars / watt of battery components in the shortest period of time to get thin-film silicon PV industry revenue return.

Oerlikon Solar CEO Jürg Henz, said: “Oerlikon Solar’s goal is the global solar energy market in lower costs to the economically viable level.” “Oerlikon Solar end-line to help solar energy manufacturers reduce component costs while maximizing their capacities, so that our customers with the fastest speed in the industry to get benefits. “Oerlikon concerned about any fat consumed once the cost of electricity, and are confident end of this year above the cost of electricity per watt with crystalline silicon have the same competitiveness. China is our most important market, although we in Germany and southern Europe, there are some customers, but Oerlikon very optimistic about China’s market. If Chinese enterprises invest in thin-film solar cell panels, the cost will be greater than the foreign advantage of other customers.

Advantage of cost reduction VGP-BPS8 , VGP-BPS9 

Oerlikon Solar’s thin film silicon compared to crystalline silicon technology has significant cost advantages and higher efficiency is achieved. In addition, compared with most other technologies, the technology also has a number of long-term competitive advantage. In the past 12 months, Oerlikon Solar constant lower component production costs, a rate of 25%, while no case of new equipment, increase production capacity of 60 MW from 2008 to improve to 100 MW by 2009.

Switzerland adopted a strict quality certification

Set of Oerlikon Solar’s thin film silicon solar technologies (including Amorphous (Si) and Micromorph ®) were obtained IEC / TÜV Rheinland’s main certification, is the first to obtain this certification provider of thin-film silicon technology. The certification card Mingouruikang solar energy company and its customers to produce the components with the highest quality standards, and to the reality in the most demanding work environments. In the challenging credit market  Inspiron E1405 battery , XPS M140 battery  , the certification also enables Oerlikon Solar’s project is more predictable and financing ability.

Thin film photovoltaic technology as a global industry leader, Oerlikon Solar’s amorphous silicon technology with very competitive and high conversion efficiency Micromorph ®-end product line, providing customers in the construction and improvement of PV plant aspects unique experience. Oerlikon Solar’s customers in China in 2009 in record short time in operation, including Baoding Tianwei Film Co., Ltd. and Zhejiang Chint Solar PV Technology Co., Ltd..

The rapid development of China PV industry

Last year, including China, countries and regions, the new policy will be promulgated as part of the economic stimulus package designed to increase solar photovoltaic systems and solar photovoltaic-manufacturing sector investments. Since China announced in July 2009 the implementation of “Golden Sun” program, the Chinese Ministry of Finance has selected 294 solar projects, total capacity 642 MW. Under the plan, the Ministry of Finance will be 50% of construction cost and net solar power plant to provide subsidies for 70% of construction cost according to the independent power generation facilities to provide grants and assistance necessary to provide transport costs, while Oerlikon Solar companies have brought the market needs of high-performance, low-cost thin-film photovoltaic solutions. Oerlikon Solar the company believes that these aims to promote the development of the Chinese market incentives to accelerate the reduction of solar production costs.

About Oerlikon Solar

Oerlikon Solar offers for the mass production of thin film silicon solar modules have been proven equipment and production lines end to end. Focused on reducing device cost and maximize production, end to end solutions, it is fully automated, high-yield, high-normal operation, low cost maintenance.

Provide a complete production line system, but also modular, production and process technologies can be upgraded. As a global thin film photovoltaic technology, the global leader in the company to provide customers with amorphous silicon and non-ceramic stack (Micromorph ®) technology experience.

Oerlikon Solar is VLSI as “the world’s No. 1 supplier of solar equipment,” and by 2009 CELL AWARD (Award for best solar cells) of the “best film module manufacturing technology product” award.

Oerlikon Solar headquarters located in Switzerland, currently the company operates in 13 districts, more than 750 employees in the United States, Europe, China, Korea, Taiwan and Japan sales and service center.