vgp-bps9

“Thermal magnetic shock method of power generation technology” or to open a new era

Posted by besbat001 on January 07, 2010
Uncategorized / No Comments

“Now, the new energy market of the battery is still belong to quarrel lively eat light of the state.” In mid-November 2009, held the 28th National Chemical and physical power of the annual academic meeting of the battery industry in China renowned experts from the Chinese Academy of Sciences WEN Lishi that development large-scale new energy is certainly a change of direction, but can not form an industry more mature and complete, I am afraid we have to wait after 2035 becomes evident.vgp bps9 , vgp bpl9 , vgp bps9/s , vgp bps10,vgp bps8,vgp bps2,vgp bps11 , vgp bpl11 , vgp bps13  A lot of batteries in the industry also believe that the industrialization of new energy sources, China may still have a long way to go. National economic development and global, a strategic point of view, accompanied by the intensive use of new energy sources, is bound to trigger a new round of technological revolution and the industrial revolution, which is the largest historic opportunity for the the future and direction of development.

Chang-Qing Zhu has clearly taken the lead in the forefront of technical innovation, his invention of the “hot-shock method of magnetic energy, or will be on cars, boats and other patterns of hydraulic equipment and transport produced an epoch-making impact.

Chang-Qing Zhu recent years has been concerned about the development of new energy markets, coupled with the interest of research on heat engines, in 2006, proposed the use of soft magnetic materials, the Curie transition, the principle of electromagnetic vibration generating power, followed by continuous thinking, innovation, in 2009 invented a method of thermal shock magnetic energy and implement national patents.

laptop battery rechargeable  , 6400 battery  , e1505 battery , dell 1525 battery ,6y270,75uyf,c1295,gd761,kd476, td347,u4873,d5318, g5266,hd438,kd186,y9943,fk890,gk479

Wuhan Iron was developed after receiving four homes, has long been engaged in the design of railway Chang-Qing Zhu has been at the forefront of the field of new energy supply batteries to perform the miracle of the origin of theoretical innovations. It gave people the inventor of the invention showing a non-technological service on the road to independent innovation in self-improvement, the indomitable spirit of entrepreneurship, reflecting a 10 million non-governmental workers science and technology in China, “Bei Wei had not dared country Lotus” a high degree of social responsibility.

Principles of the invention dialysis

Chang-Qing Zhu invention of the magnetic method of thermal turbulence “generation of work: namely, the magnetic circuit through the magnets in a soft rapid heating and cooling the temperature of its Curie point periodically oscillating up and low, causing the winding of the magnetic circuit in the variation of magnetic flux periodically, thereby feeling a continuous alternating current, energy is produced by the burning heat, and then translate directly into electricity.

Advantage is manifested through: the process of the invention generates an efficient and smooth combustion external means such as less demanding fuel, and can even use solid fuels for energy. pa3285u-3brs,pa3356u-1brs,pa3356u-2brs,pa3356u-3brs,pa3383u-1brs,pa3384u-1brs, pa3399u-1brs,pa3399u-2brs,pa3400u-1brs,pa3420u-1brs,pa3450u-1brs,pa3478u-1brs,pa3191u-1bas Can directly and efficiently heat into electrical energy, less pollution and noise. To achieve low cost, small technical difficulty. The current in the bottom of the fuel cell temperature chemistry produce electricity, because the catalysts need, fuel strong demand, it is difficult for business transformation.

Chang-Qing Zhu trust said a “thermal magnetic turbulence generation” technology can overcome the shortcomings of chemical fuel cells, which significantly reduces the marketing costs of fuel cells. The scope of this invention, including new energy vehicles, boats and other power equipment, and the field of distributed power generation.

Invention highly feasible and

Feasibility studies of new technologies is the premise of market-oriented, to avoid blind investment, Chang-Qing Zhu was obviously very good. New technologies, market feasibility studies oriented, must approach the market size, capital and technology available, the return on investment, the benefit of competitive product, a series of difficult technical problems to the Originally, Chang-Qing Zhu be taken seriously.

The first level refers to the feasibility of a “hot shock method of magnetic energy,” the principle of the invention involved in the feasibility, the basic principle of electromagnetic induction with the feasibility and feasibility of a thermodynamic system. To this end, Chang-Qing Zhu repeated visits to the Chinese Academy of Sciences electrician, Huazhong University of Science and other departments concerned to consult the competent authority of experts, a number of experts to learn more about Chang-Qing Zhu invention “generate hot-magnetic vibration means” principle and a series of events, clearly indicating that “Thermal method of generation of turbulence” principle of the invention is new, high technology, the feasibility of very strong.

Another possibility is the level of “hot shock method of magnetic energy,” the feasibility of the invention to the market, such as efficiency, cost and if the problem better than existing technologies. Regarding efficiency, because heat energy directly into electricity, less in the middle of a mechanical transmission links,compaq evo n610c battery,compaq evo n620c battery,compaq presario 2100 battery the calculated values above 40% on the cost of a conventional material used in the present invention, and the simple structure, production costs and technical difficulties are less than the internal combustion engine, two pairs of fuels are less restricted, the use of a lower cost.

Bottleneck Breakthrough

Chang-Qing Zhu production “thermal vibration magnetic means” first, the invention of interest, but more importantly, in his own words is “out of a number of important issues to think reality and strive to find a solution. ” Light is not interested enough, or imaginative, but also systematic, broad knowledge of skills, before we can make a more efficient and market its own program, the feasibility may be a judge for those who obviously does not hold or no practical value of the program can automatically rejected. Chang-Qing Zhu had already designed a number of options, because the principle of efficiency issues are abandoned.

According to the idea of Chang-Qing Zhu, “Magnetic heat shock method of generating electricity technology, if properly developed, can use the same vehicle in the oil, gas, coal, alcohol, and even a variety of fuels, combustion and exhaust complete and noise are low, for ease of oil and the environmental crisis of major significance. Among the technological breakthroughs and innovation does not come d a system of local or research material, but in principle the same level of innovation. It shows including: The principles of strict ideas, structure simple, inexpensive, long-term. 367759-001,f2024a,f2024b,f4486b

Chang-Qing Zhu also said: This technology is essentially a kind of method of thermal energy, when applied to automobiles, and other portable electrical devices, as a result may become an alternative to fuel cells, so called “fuel cell physics.” His technical principle is the physical principle, and are generally in the concept of the chemistry of the battery are both not the same thing.

Details determine success or failure

Chang-Qing Zhu a very rigorous scientific approach. “Details determine success or failure, especially in scientific research,” said Chang-Qing Zhu, handling technical details, first of all clear now what level are the technical details of the problem. First, the technology has not yet reached the design goals, to propose one or several solutions, and thus demonstrate and implement the resolution, on the other hand, the need to meet the technical goals are still the distance needed to improve or improved. Whatever the problems must be based on the market with the ultimate goal, to make the final product developed on the competition for existing products, has obvious advantages, a strong market competitiveness.

From idea to market

New technology in competition among modern enterprises have played an important role. Governments and companies have invested heavily in research and technology development. However, fru 92p1141,ibm thinkpad r32 batteryin a series of brilliant behind the commercialization of technology, it was found that the ratio is very low. In the patent of the United States, held by the federal government, the commercial ratio of less than 5%, also the case in China. How to improve the commercialization of new technologies to make this a reality by the productivity potential of the productive forces has become a national government and businesses are committed to resolving problems.

(Thermal Magnetic turbulence production method) is still in early stages of invention, but has a good technical solution, or develop a theoretical model, but also the monitoring and debugging of prototype testing, the parameters and dimensions configuration, and vehicle technology, integration of the battery technology and other details related research. It will meet any particular problem and should be gradually resolved or improved. “determination Chang-Qing Zhu told reporters: It is now March along the first step.

Chang-Qing Zhu said that the encounter technical problems, a number of existing technologies can not meet, as precision machining, the material requirements, cost control, while others require the use new technology, the program can be resolved as the design of components, parameter matching, systems integration and other issues. apple a1280 battery , apple a1281 battery Although it has delayed the market-oriented period, but based on the generators’ thermal vibration magnetic means “principle and the details of the invention pre study and automotive technology, technology and battery technology basic salary, the market-oriented technical difficulty is not so. Prototype in the development process, lead to more patents apply May for joint participation in business development is also an opportunity.

“The technical details of the problem has been early to be studied more in depth, difficult to implement is not significant. If the developer can see the prospects of a huge market, but can also strengthen the confidence of Investment and research and development. “

Tags: , , , , ,

Eight advantage of lithium iron phosphate battery

Posted by besbat001 on January 06, 2010
Uncategorized / No Comments

Lithium iron phosphate is used to make lithium-ion secondary batteries, and now, the main direction of traction batteries, the report NI-H, Ni-Cd batteries have a great advantage.  vgp bps9 , vgp bpl9 , vgp bps9/s, vgp bps8, vgp bps2, vgp bpl2 , vgp bps10

Lithium iron phosphate battery power eight advantages:

1, long life, long life lead acid cycle battery life of about 300 times the maximum dose as 500 times, while the Shandong Province Energy Group Co., Ltd Hoi Pa produced by the battery supply to Lithium iron phosphate, the cycle life of more than 2,000 times the standard rate (5 hours rate) to use up to 2000 times. laptop battery rechargeable,6400 battery, e1505 battery , gd761, 6y270,y9943, u4873   Thanks to the quality of lead-acid battery is the “new for half a year for six months, another half a year to maintain maintenance,” at most of 1-1.5 years while the lithium iron phosphate used in the same conditions, it reaches 7-8 years. Taken together, the performance will cost four times more lead acid batteries.

Secondly, the use of safe, lithium iron phosphate completely solve the cobalt and manganese, lithium security issues risk of lithium cobalt and lithium manganese Lithium in the strong collision will produce an explosion in the law are a threat to consumer safety, while the lithium iron phosphate to undergo rigorous safety testing, even in the worst traffic accident will not produce an explosion.

3, may be high current 2C fast charge and discharge, under the dedicated charger, 1.5C within 40 minutes you can recharge the battery is full, the starting current of 2C, but now there is no If such a lead-acid batteries.

Fourth, high temperature, the peak of lithium iron phosphate heated to 350 ℃ -500 ℃ and manganese oxide, lithium cobalt and lithium about 200 ℃.

5 capacity.

6, no memory effect.

7, small size and light weight.

8, the protection of the environment green.

pa3356u-3brs,pa3383u-1brs,pa3384u-1brs, pa3399u-1brs,pa3399u-2brs,pa3400u-1brs,pa3420u-1brs,pa3450u-1brs,pa3478u-1brs

Tags: , , , , , , ,

New Research: can be used to manufacture high-performance micro-cell bacteria

Posted by besbat001 on January 05, 2010
Uncategorized / No Comments

U.S. University of Massachusetts researchers have isolated a large number of small protrusions whose surface bacteria, because of their prominent surface of highly conductive, vgp bps9 , vgp bpl9, vgp bps8, vgp bps2 with bacteria made more of the microbial fuel cell with a capacity production. AAAS website recently reported that the United States University of Massachusetts researchers have isolated bacteria from the fuel cell of the large population of the graphite anode and form the anode surface of a thick layer of conductive biofilm. The researchers explain that many of the processes of bacterial surface proteins is composed of tiny fibers, they are like “nanoscale wire can be transmitted by the membrane currents, using bacteria to produce fuel cells will improve much power the battery. As can be prolonged, efficient supply of electricity, microbial fuel cell can be used for those who are placed in the remote environment, it is difficult to replace batteries frequently surveillance equipment such as sea turtles used to observe deep-sea sensors.

laptop battery rechargeable , 6400 battery , gd761,kd476,td347,u4873,d5318,g5266,hd438,kd186,y9943,fk890,gk479

Tags: , , , , ,

Focus on the recycling of used lead-acid battery cell industry to establish an efficient waste processing mode

Posted by besbat001 on December 30, 2009
Uncategorized / No Comments

Battery industry is another important component of the energy sector is the economic development of a new hot spot in the national industry and relevant international battery, drawing manufacturers to increase investment in China, Chinese lead-acid battery industry has developed rapidly become the world’s largest exporters of lead acid batteries. laptop battery rechargeable , gd761,kd476,td347,u4873,d5318,g5266,hd438,kd186,y9943,fk890,gk479And the power, transport, development of information industry is closely tied to the truck automotive and other transportation system and large-scale power supply without interruption in a dominant position.
However, with the continued development of industrial lead-acid batteries, energy consumption continues to increase rapidly in the environmental problems that result are becoming increasingly serious, especially the processing and recycling of waste batteries to become a major problem. At present, vgp bps2 , vgp bps2a , vgp bps2b , vgp bps2c , vgp bpl2 , vgp bps8 , vgp bps8a , vgp bps9 , vgp bps9/s , vgp bps10 , vgp bps10a , vgp bps10a/b , vgp bps10b , vgp bps11 , vgp bpl11 , vgp bps13China is actively pursuing the circular economy, waste batteries can be recycled to 90%, but the industrial policy of China does not waste battery recycling a good development space, has resulted in their becoming long-term problem bottleneck in the development of China Battery. In order to make businesses more understanding of the lead acid battery technology battery recycling process, “Chemical Physics power supply system, an interview with Merloni engineering design-related trading company responsible person details about the used lead acid battery recycling technology processes, applications and perspectives.
Market demand is the fundamental industrial development
Q: Melloni in China over the past three decades, a growing development in the location, please tell us about development in China?
A: The design of engineering and trading company Merloni Merloni Group, a subsidiary of Italian engineering. Founded in 1973, is engaged in export and transfer of technology and patents, 338794-001,361742-001,371785-001,372772-001,398876-001,417066-001,346970-001,367759-001 the Italian professional society, customers around the world. Especially in the design, establishment of an industrial production line has a wealth of experience has now been established in 23 countries around the world more than 100 production lines and factories. Beijing and Shunde in China, Russia and Moscow Lippe Rizk has offices in Switzerland to build a branch. China has established 43 projects, six are joint ventures. Its scope of environmental protection, construction materials, industrial electrical and mechanical, electrical, automotive and electronics. It is from the mid-80s on the Chinese market, and to do is export of household appliances technology transfer of production from 2000, Italy has lead to the acid battery recycling appliances and processing technologies, the rapid development of China lead acid battery industry, In 2006, the internal promotion of new environment-friendly energy sources – cars, trucks have used the recycling of lead acid batteries and renewable raw materials, production, processing and recycling.
Q: Melloni aggressively promote lead-acid battery recycling technology process, and the application of this technology in China, what happened?
A: Lead-acid battery recycling technology transformation in China has broad prospects for development. With the automotive, telecommunications, electricity, rail transport and the rapid development of automobiles, motorcycles, electric vehicles, the use of railways, military use, fixed use, traction, storage of the energy and emergency power supply seamless lead-acid with the growing demand for battery, domestic annual consumption of lead from 35 to 40 million tonnes. A period of time after the use of lead acid batteries need to update, at present, produce various types of waste lead-acid batteries per year is around 5000 ~ 60 million euros weighing approximately 30 million tonnes. With the new demand growth in the farm, the number of discarded lead-acid batteries are expected to increase.
Currently, in Europe, the United States, Japan and other developed countries, lead-acid battery using the recycling rate of 90% or more, while only 60% of our country, pa3284u-1brs,pa3285u-1brs,pa3285u-2brs and a number Small companies are mainly engaged in lead-acid batteries, but there are a lot of lead, after its abandonment, if used correctly, will be enough on the environment in secondary pollution. China has now been done, but the technology is immature, the future of this technology there is a great improvement, space development. Recovery of post-processing technique back easily lead battery recycling low utilization rates. The State has adopted policies to encourage and support large-scale manufacturers of battery recycling used batteries, which is the development trend, and we have the technology, just follow the market demand to meet business needs.
Conduct waste battery recycling and reuse acid lead to resource conservation, enhance environmental protection and implementation of sustainable development strategies, of great importance. The State shall promote environmental protection, both to support the protection of the environment, but also a shortage of galena to save resources for lead acid battery manufacturers with raw materials is conducive to economic development circular.
Lead-acid recycling efforts cells enter the heights of
Q: Currently, lead-acid battery recycling technology process, there are many, may I ask our technology to recover after the battery is to know how?
A: The lead acid battery technologies, including battery crushing, washing, sorting, desulfurization, smelting, refining and bullion and other technologies, can be summarized as mechanical grinding, separation water, chemical desulphurization and melting furnace short. All processing plants to achieve low emissions, low pollution, low power, high efficiency in solving the pollution problem of used batteries at the same time, established a recycling, environmental protection and efficiency Battery model waste of industrialization.
Lead-acid battery recycling technology for waste treatment,fru 92p1141,ibm thinkpad r32 battery  is Merloni company with years of experience and outstanding technical R & D capabilities and create. Compared to conventional treatment, which reflects many advantages: the batteries used in broken steps, installation of two broken hammer, preventing the unit from breaking and the maximum size of material, the process for next step separation has created a good basis for the grid plate can be cleaner and more deeply with other oxides and plastic components for separating, in the broken material sorting system, equipped with two sets of hydraulic separation device in May a greater degree of recovery of lead metal, the recovery levels of residues of lead in plastics could be reduced to 1.5%. At the same time, Polypropylene, would be fully and thoroughly cleaned, waste lead-acid batteries to separate the plaster in the melting pot before being required to perform specific chemical desulfurization processes, the use of sludge added the material of lead carbonate, so the mud Lead All sulfur can be converted to another use of renewable raw materials, thus reducing emissions of sulphides in the fusion process, recycling of water from the factory effluent wastewater has been to concentrate, non-polluting, emissions of NO.
Q: What is our service model in progress?
A: Because each resource area batteries are limited, so we only have an office in Beijing to provide services to clients across the country. We lead products of battery acid, transfer of technology and equipment. Domestic customers include windsurfing, camels and so on. In Europe and the United States and the Middle-developed countries and regions, North America, Europe, 95% recycling of waste batteries, most of whom are from the production of lead battery manufacturers of acid complete and the project has received strong government support. Believe that China will become more and more companies in the recycling of used lead-acid batteries in the past.
With the development of new energy in the world
Q: It is understood that we are implementing a turnkey project, specifically how the turn-key projects like?
A: Melloni Design AG hopes that the transfer of technology, advanced technology, training of local staff, enabling its customers to participate in project development.
Turnkey project, once completed, the plant or project ownership and project management to complete the construction and the investment side, by its begun to enter the formal production and operational phases.
Turnkey construction is completed, there was still a large number of monitoring services. One is training to employment. Highly specialized equipment, use and maintenance have many requirements. Secondly, regular professional maintenance. Regular professional maintenance is only focused on certain key equipment, and the board should be on building contractors and other professional societies. 3 is a major change. Many chemical type of material life are 5 to 10 years while the useful life of equipment can usually 20 years or more. Therefore, the process will require the use of different materials based on the life and status of a replacement.
The spirit of the technology to create a green life in entrepreneurship, with the help of advanced technology and equipment, strong technical force and scientific management mode, apple a1280 battery , apple a1281 battery became China’s handling used lead acid recycling company batteries a marvelous work, working to “protect the battery from the environment, man-made clothes,” the target for renewable energy in China and contribute to the development of environmental protection.

Tags: , , , , ,