Hydrogen Fuel Cell RC Car

This article via: Hydrogen Fuel Cell RC Car

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This Hydrogen Fuel Cell RC Car Upgrade Kit is one of the coolest RC cars kits I have seen in a long time. It is pricey though, hopefully when these hydrogen fuel cells become more common place the price will come down to earth.

The H-cell is a unique integration upgrade kit for electric hobby R/C cars, designed as a drop in unit that can fit inside widely available Tamiya TT-01 type chassis. The H-cell system designed by Horizon Fuel Cell Technologies includes a 30W air-cooled, air-breathing and self-humidified PEM fuel cell stack

with integrated bright blue light-emitting fans and a sleek aluminium casing. The integration kit also includes electronic controls, a miniature pressure regulator and three 10L metal hydride canisters in a hydrogen storage rack. At maximum power output and with a single charge, the H-cell can run the car at 35 km/h for over 1 hour, as opposed to just 15 minutes with the conventional Nimh battery.

Renesas launched R2A20051NS lithium-ion battery charge control IC

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Renesas Technology Corp. (RenesasTechnologyCorp.) today announced the availability of R2A20051NS lithium-ion battery charge control IC, it applies to products such as digital cameras built-charging circuit. Sample was October 3, 2007 began in Japan.

R2A20051NS using a smaller 2.7mm × 2.5mm10-pin SON (small no-lead) package. This is the most common applications by limiting the non-protection and reduce the number of pins to achieve. When compared with current Renesas products, the device can reduce the mounting area of about 75%, while integration of the charging FET switch, as long as the addition of a resistor as a peripheral device charging circuit can be achieved.

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R2A20051NS on-chip protection functions the same as with the current M62249FP, in fact, including the security lithium-ion battery all the necessary protection features, such as the adapter is detected, over charging, over-voltage and temperature protection features, as well as monitor the charging time of the two timing device. Take advantage of these features to add at least as long as the R2A20051NS components, you can implement complex security design of the charging circuit to help simplify the development process. In addition, you can achieve 4.2V ± 30mV of the charge control voltage to achieve high-precision charge control.

R2A20051NS chip integrates a temperature detection circuit, the charging process based on the chip temperature limits the charge current value. Moreover, if more than a predetermined temperature, it will mark the error and run charge thermal shutdown features to help achieve a more secure implementation of the charging circuit.

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Structure and dynamics

This article via: Structure and dynamics

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In the third report, Devanathan, Venkatnathan, and Dupuis computed the dynamical properties of water molecules and hydronium ions in Nafion and related them to the structural changes reported previously. They confirmed other researchers’ finding that the behavior of water molecules within nanoscale pores and channels of PEMs, especially at low hydration levels, is remarkably different from that of molecules in bulk water.

At low hydration, fewer than 20% of the water molecules are free (bulklike). With increasing hydration, the diffusion coefficients of hydronium ions and water molecules increase, and the mean residence time of water molecules around sulfonate groups decreases. These results provide a molecular-level explanation for the proton and water dynamics observed in neutron scattering experiments.

Because the structure and dynamics of the membrane under different levels of hydration cannot be directly observed in experiments, there is no universally accepted model of the structure of Nafion. This research makes a significant step toward that goal and toward the development of the next generation of PEMs.

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Characteristics of the ideal PEM include high proton conductivity at low hydration levels; thermal, mechanical, and chemical stability; durability under prolonged operation; and low cost. None of the existing membranes meet all these requirements, and developing new membranes requires a molecular-level understanding of membrane chemistry and nanostructure. Molecular dynamics simulations like these, together with experiments, are laying the foundation for future breakthroughs in fuel cells.

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A fundamental understanding of the relationship between membrane nanostructure and the dynamics of water molecules is needed for the development of efficient, reliable, and cost-effective membranes to advance PEM fuel cell technology. The structure and dynamics of the polymer membranes under different levels of hydration cannot be directly observed in experiments, but they can be modeled in molecular dynamics simulations, as shown in a series of three papers published in the Journal of Physical Chemistry B by Ram Devanathan, Arun Venkatnathan, and Michel Dupuis of Pacific Northwest National Laboratory (PNNL).

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Rongshida polymer lithium battery

June 27, Guangzhou, sanyo battery there were two mobile phone explosion; Not long ago, close to Hefei, Luan also taken place with the mobile phone explosion – but perhaps shortly after, with the production of polymer lithium batteries in Hefei in the market control of the voice this kind of tragedy will not be repeated.

How to carry cell phones to explode it? Battery expert – Rongshida Li Jianguo, general manager of the new energy company told reporters that the current mobile phone batteries on the market, almost all lithium batteries, can be divided into liquid lithium sanyo db-l20 battery, lithium-polymer two categories, and more than 90% of the battery is liquid lithium, and the use of steel and aluminum shell. This liquid lithium batteries in over-charging, high temperature, collision and other extreme cases, might lead to short-circuit, once the short circuit, battery cell will be inside the organic electrolyte electrolysis and produce gas, and in severe break through the shell, exploded.

It is understood that production of polymer Rongshida is developing lithium batteries, the sanyo db-l40 battery using the flexible packaging, even if the internally generated gas, will only expand, or earlier breakthrough in the shell, avoiding the fierce explosion, thus more secure. “At present, Ministry of Information Industry is developing uniform standards for mobile phone batteries.” Hefei Economic and Trade Commission official said, with the introduction of battery standards, Hefei safety of batteries will produce in the market, “pre-emptive.”

TD mobile phone battery manufacturers is still plagued by problems caused by increasing power consumption application of multi -

In a recent TD-SCDMA Forum, relevant meetings sony battery, TCL Group, Industrial Technology Research Institute, vice president of Wang Kai-Long said the current development of TD terminals have to face many challenges, including TD mobile phone battery is still the key point.

He said, since the majority of 3G phones will be multimedia phone, and TD technology itself has the corresponding requirements for power sony np-bg1 battery, so power-hungry will make TD terminal batteries seem difficult to sustain, the battery power is a major problem.

Previously, TD mobile phone battery has been very concerned about the operators and users of the problem, once there is news that the technical difficulties TD mobile phone batteries have been basically solved.

According to the requirements of the relevant operators acer aspire 3000 battery, TD-SCDMA handsets in 2008 will enable videophone, mobile TV, location services, mobile Internet, 3C interconnection functions.

Mitsubishi Electric Vehicles

Mitsubishi Motors sony vgp-bps7 display at the roof with solar cells, electric vehicles, sony vgp-bpl7 etc. 3 Concept Car

Mitsubishi Motors September 7, 2007 announced that it will at the 40th Tokyo Motor Show (October 27, 2007 ~ November 11) concept cars on display 3.

This will display three concept vehicles shall have two models for the world debut, where 1 is “i MiEV” for the prototype, driving feel better “i MiEV SPORT”. i MiEV is a light car with “i” of the platform, with the motor-driven rear-wheel electric vehicles, but this will be on display SPORT In addition to the rear of the motor vehicle, the body is also equipped with a front left wheel inside the motor to improve the movement performance. Motor output power sony vgp-bps8, the front left, respectively 20kW, the rear of 47kW. An increase of the lithium-ion rechargeable battery with capacity of the system through the aluminum body construction to reduce the weight of space beams, continuous driving distance of 200km, the 160km longer than the i MiEV.

To improve the energy utilization efficiency, Mitsubishi Motors made a some effort, in the roof-mount solar cells, and the grille is set inside the fan-based power generation sector. The former can make use of power generation efficiency of about 13% of the solar cells to recharge the sony vgp-bps8a battery while stopping, exposure to the sun about 1 weeks, available battery capacity is equivalent to 10% (by running a distance-based equivalent of 20km) of energy. In addition, deceleration Shihai fans can rotate within the grid to recharge.

Another is the Mitsubishi located in synthesizer technology, the same as the world’s first public “Concept-ZT”. The car is a total length of 4950mm a large sedan, a displacement of 2.2L diesel engine (maximum output power of 140kW, maximum torque of 400N sony vgp-bps8b) equipped with dual-clutch gearbox “Twin Clutch SST”, adopted the Pre-crash Safety System, Car Line departure warning system, pop-up engine cover, with pedestrian foot protection such as the bumper security technology.

Moreover, the body also uses a system of space beams constructed of aluminum alloy and equipped with resins made from the hood, fender, door and trunk lid, in order to achieve the same with the all-aluminum lightweight body. In addition, equipped with the electronically controlled four-wheel drive system for the integrated-type anti-skid devices sony VGP-BPL11 of the “S-AWC” system to improve the driving stability. To Concept-ZT is a prototype, mass-produced vehicles currently no listing plan.

In addition, the company will also showcase is scheduled for the 62nd Frankfurt Motor Show (62nd International Motor Show Cars in Frankfurt, 2007 Nian September 13 ~ 23, open to the public) on display at a small SUV (sport utility vehicle) concept car “Concept-cX”. Concept-cX for the length of the hp pavilion zv5000 battery body size of 4100 × W 1750 × high-1550mm, wheelbase 2525mm, with a displacement of 1.8L diesel engines.

Figure 1: “i MiEV SPORT” aluminum body

Figure 2: “Concept-ZT” length of 4950mm for a compaq presario r3000 battery large sedan

Figure 3: equipped with 1.8L diesel engine “Concept-cX” with Apple PowerBook G4 Adapter.

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The future of lithium-ion batteries will be more secure

The future of lithium-ion batteries will be more secure

Why do lithium-ion batteries burst into flames (vgp-bps8, vgp-bps8a, vgp-bpl8 * )

At present, mobile phones, notebook computers and other equipment used in lithium-ion battery main components include: lithium cobalt oxide as active cathode material, graphite as the anode active material, organic electrolyte, polypropylene or polyethylene divide.

Lithium-ion battery safety accident occurs mainly by the electrodes and electrolyte between the chemical reaction. The main ingredients of the electrolyte carbonate, a low flash point, boiling point is low, under certain conditions, can ignite or even explode. In the charge state of battery cathode material for strong oxidizing compounds, while in the charge state of the anode material for the strong reducing compounds, such as the vgp-bps9, vgp-bps9/b, vgp-bps9/s battery to overheat, will lead to electrolyte oxidation and reduction carbonate to produce a large number of gas and more The heat, such as lack of safety valve or a gas through the safety valve to release too late, the battery will be a sharp increase in internal pressure caused by an explosion.

In addition, lithium cobalt oxide material of the theoretical specific energy of more than 270 milliamperes per gram of the time, but to ensure that their cycle performance, the actual use of the capacity is only half the theoretical capacity. The use of the process, such as the occurrence of certain accidents, such as the management system damage caused by the battery charging voltage is too high, the remaining part of the lithium anode will vgp-bps9a, vgp-bps9a/b prolapse through the electrolyte to the cathode surface in the form of lithium metal deposition, while the lithium metal of the Surface electro-deposition can easily form a "dendrite" will pierce the membrane, so that positive and negative short-circuit, causing the battery to quickly fever, caused by security incidents.

In addition, the battery overcharging, resulting in a high voltage anode to accelerate oxidation of the electrolyte, the resulting heat and gases may cause the battery thermal runaway.

The fire was mainly due to internal pressures lead to the vgp-bpl9, vgp-bps10, vgp-bps10/b battery shell after shell burst, high temperature under the electrode and electrolyte in contact with air, in a state of negative charge close to the lively nature of lithium, and oxygen exposure will immediately burn and ignite the electrolyte, separator and so on.

Specifications of the manufacturers have strict and thorough safety design

Although the battery of alarming security incidents, but we should see that in 2006 global production of more than two billion lithium ion battery cells the accident occurred only a very small number of standard battery manufacturers have strict and thorough security design.

First of all, in order to achieve vgp-bps10/s, vgp-bps10a, vgp-bps10a/b battery safety assessment indicators, need to use a qualified positive and negative materials and design to ensure excessive negative. The normal charge-discharge cases, the lithium-ion in the layered structure of the anode and cathode embedded and prolapse, vgp-bpl10 generally do not cause the destruction of crystal structure, nor the formation of dendrites pierce the diaphragm to cause internal short-circuit.

In the production process, manufacturers are even more stringent control over the consistency of a pole piece to prevent the normal charging lithium anode formed on the surface of the deposition; the same time, using a thermal shutdown feature of the battery separator, the battery temperature reached 120 ℃ circumstances, the composite membrane on both sides of the PE film hole will be closed, the battery internal resistance increases, warming will slow; also to the electrolyte by adding anti-overcharge additives, the battery voltage is higher than the set value of the condition, the occurrence of additive aggregation, a substantial increase in battery resistance, reduce heat; batteries also need safety valve, the internal pressure is greater than a certain value, the pressure relief valve can be opened and so on; In addition, the control of the manufacturing environment is also very important because the manufacturing process introduced impurities out powder and other kodak battery , kodak cr-v3 battery , kodak klic-5001 battery security problems can lead to the battery. Finally, each batch of battery cells also need to test samples for various abuse tests, such as overcharge, hot box, acupuncture, extrusion, temperature shock, external short circuit, fall and so on, to fully investigate its safety performance.

As ordinary consumers, the insurance company practice is to select well-known products, in strict accordance with the requirements of the instructions on the use of man-made in the electrical or battery is damaged or abnormal, should help manufacturers to service personnel, rather than use their own makeshift repairs or demolition of . It can be said to master the relevant knowledge and rational use is the consumers the most effective way to ensure security.

Technological advances will make the future safer lithium-ion battery( kodak klic-7000 battery , kodak klic-7001 battery , kodak klic-7002 battery)

To improve the safety of lithium-ion batteries, first of all to improve the safety of lithium-ion battery cell performance, which is particularly important for high-capacity battery.

A lithium-ion batteries used in mobile phone weighs about 20 grams, the basic requirement is that the probability of accidents occurring is less than one in a million, which is acceptable to the public the minimum standards (the actual situation even smaller than the 1/10000000 ).

Electric bicycle lithium-ion battery packs used in the weight of 3 to 4 kg, 100 times bigger than a cell phone. In addition, the electric motorcycle used in lithium-ion kodak klic-7003 battery , kodak klic-7004 battery , kodak klic-7005 battery , kodak klic-8000 battery weight 15 to 20 kg, used in hybrid electric vehicle battery pack weight of 30 to 100 kilograms of pure electric cars will have to use 300 to 400 kilograms of batteries. If using the same materials and design, under normal circumstances lithium-ion batteries stored in the total energy and its security is inversely proportional to, with the increase in battery capacity, battery size has increased, its thermal performance deterioration, the possibility of an accident sex will increase significantly.

China started to carry out research and development lithium-ion battery electric vehicles when there have been a number of explosions and fire accidents, using lithium cobalt oxide as cathode material for batteries is a major reason. Later, with the modified lithium manganese oxide materials, maturity and use, the battery positive oxidation decreased, and at the same time manganese lithium battery is fully charged, after almost no extra lithium anode, over-charging in the negative the possibility of the formation of lithium dendrite also significantly reduced, our monomer 10 to 30 when the vehicle safety of high-power lithium-ion konica minolta battery , konica minolta np-400 battery , konica minolta np-600 battery safety issues in the "Tenth Five-Year" period has been defied solution. In recent years, new developments out of lithium iron phosphate cathode material was significantly lower than the oxidation of more lithium manganese oxide, from the cathode material point of view, the application of phosphate cathode material will be more conducive to improving the safety of lithium-ion batteries.

But pay attention to safety is not just determined by the cathode material, anode material, electrolyte and konica minolta np-700 battery , konica minolta np-900 battery separator materials, design, manufacture, use, etc. of the many problems still need to be carefully considered.

Graphite is still today a major lithium-ion battery anode material. When the battery is fully charged graphite anode formed LiC6 lively sex and lithium metal is very close to, combined with the graphite layer spacing of the small grain size of large, embedded, and prolapse of its lithium-ion arising from changes in grain size is also large, high-current charge and discharge, the surface of solid electrolyte membrane rupture easily lead to a new reaction gas, bigger capacity battery is not enough security, good performance of the integrated carbon-based and oxide-based anode materials for lithium-ion batteries also to improve the safety of one of the keys. In addition, the selection of mechanical and thermal shutdown performance, better sony vgp-bps8, sony vgp-bps8a, sony vgp-bpl8 battery separator, the development of flame-retardant electrolyte to improve the design to improve heat dissipation capability of the battery is lithium-ion batteries to improve the safety way.

The use of lithium-ion battery also has strict requirements, consumers do not expect is like buying disposable alkaline manganese battery, as found on store shelves on the lithium-ion batteries, "naked" core. Standardized battery cell manufacturers will only be authorized the company to sell its own battery cell, battery cell by these companies will be packaged into a battery pack for sale. The battery pack contains lithium-ion battery protection circuit, the circuit is to prevent battery overcharge, over-discharge, overheating and over-current functions, with special rechargeable battery pack module can be used with a specific electrical co-ordination for the consumers to use.

The safety testing of battery cells should be made more scientific requirements with sony vgp-bps9, sony vgp-bps9/b, sony vgp-bps9/s, sony vgp-bps9a

It is worth mentioning that we should also die on the battery of safety tests to be more scientific requirements for its security checks. There are at present more than on a standard lithium battery safety testing involved in the content, such as UL1642 (USA UL Laboratories), ICE (International Electrotechnical Commission), JIS (Japanese national standard), IEEE (Institute of Electrical and Electronics Engineers) in relevant standards. The test items similar to these standards, but is it different test conditions, various national standards are inconsistent, there are differences between the industry standard, most are some basic requirements, the lack of practical applications associated with specific guidelines, specific to implementation more difficult.

Last year, a large-scale recall of computer batteries after a major international computer and sony vgp-bps9a/b, sony vgp-bpl9, sony vgp-bps10 battery manufacturers started to develop more scientific and better standards of vehicle safety standards for large-capacity battery is being further perfected.

As materials technology advances and people of the lithium-ion battery design, manufacture, testing and use of aspects required by a growing awareness that the future will become safer lithium-ion battery.

Yoshimoto technology has been the Canadian government vehicle lithium sony vgp-bps10/b, sony vgp-bps10/s, sony vgp-bps10a battery research fund

Moli Energy (E-ONEMoliEnergy) has been Canada's Sustainable Development Technology Fund (SDTC) lithium battery of the vehicle research projects, the research fund is administered by the Government of Canada's official business, the main demand in the promotion of the current hottest clean technology (cleantechnology).

In the program evaluation report, with particular emphasis on automotive lithium batteries for automotive applications in the future the importance and indispensability of the field, and help reduce environmental pollution issues in Canada. Lithium-ion battery weight is only half the nickel-metal hydride batteries, life is Ni-MH sony vgp-bps10a/b, sony vgp-bpl10 battery from the vehicle's two-fold, with a working voltage of high energy density, long life and good environmental protection, etc., for future electric vehicle market with a comprehensive of advanced rechargeable batteries will be a trend.

The momentum to curb non-ferrous metals

The momentum to curb non-ferrous metals

National Development and Reform Commission recently issued sony vgp-bps2, sony vgp-bps2a, sony vgp-bps2b "in the first half to run non-ferrous metals industry analysis" shows that in the ongoing macro-control under the momentum of rapid export of non-ferrous metals industry has been checked, copper, aluminum, lead and colored varieties of exports dropped significantly.

National Development and Reform Commission released data show that the first five months of total imports and exports non-ferrous metals 34.97 billion U.S. dollars, an increase of 58.4%. Which imports 24 billion U.S. dollars, an increase of 74%; exported 10.97 billion U.S. dollars, an increase of 32.5%. First five months of trade deficit of 13.03 billion U.S. dollars, an increase of 146.7%. Overall( sony vgp-bps2c, sony VGP-BPL2, sony VGP-BPL2C), the net imports increasing each month.

While exports too fast to be curbed, but the first half of the entire non-ferrous metal industry, output continued to grow, the main species to maintain a high level of efficiency levels continue to rise.

Data show that in the first half, 10 kinds of non-ferrous metal production 10.97 million tons, an increase of 24.1%. In product prices and output growth factors, from January to May, above-scale enterprises main business income of 681.2 billion yuan sony vgp-bps2 battery, sony vgp-bps2a battery, up 47.3%; to achieve profits of 51.5 billion, an increase of 15.1 billion, an increase of 41.3%.

"It is noteworthy that the first half of non-ferrous metal industry structure adjustment, eliminating the backward progress has been slow."

PHS mobile phone charger Zuoqi enforced or they will ban GM

Fixed-line and wireless terminals from China Secretariat of sony vgp-bps2b battery, sony vgp-bps2c battery the League was informed that the implementation of the new standards, PHS and mobile phone charger will be able to interoperate.

China's fixed and wireless terminals, according to Secretariat of the League introduced a move to reduce enterprise procurement costs, user-friendly, but also in order to win more market share. Earlier, the Union has informed the fat

Into Telecom, Netcom, the two PHS operators and Huawei, UT Starcom PHS manufacturers, and the hands of 59 member units.

It is understood that, according to "China's fixed sony VGP-BPL2 battery, sony VGP-BPL2C battery and wireless terminals Union-PHS handset charger and interface technology requirements," Little Smart charger and interface with the Ministry of Information Industry to develop exactly the same mobile phone standards, universal charger will be taken to a USB data line plus a charger with a USB port in the form of mother blocks. Starting today, to send Alliance testing PHS terminal must meet the charger and interface standards and conformance, or non-detection, not for sale.

PHS agents to learn from some of the current market, there is no uniform chargers PHS temporarily, would have to wait about stock sales after the market by the end of September.

Han producing solar panels is expected to available during the year

Central China's largest production base of solar power - casio battery , casio np-100 battery , casio np-20 battery Photovoltaic Science and Technology Industrial Park, Wuhan (New Technology Industrial Park), the second phase will commence next month, during the year can be completed production.

Solar photovoltaic lighting refers to the solar energy conversion into electrical energy generation lighting. Once a massive scale, can replace traditional energy generation, resulting in a permanent energy, energy-saving environmental protection is of great significance. Achieve photovoltaic lighting, solar power and LED need to butt the two industries (newspaper reported), New Science and Technology Industrial Park is used to solve solar energy problem.

The Industrial Park is located near South Lake Avenue, covering a total area of more than 30,000 square meters, from the Wuhan New technology investment 250 million yuan to build, including a more than 6000 square meters of factory buildings have been completed, the remaining two projects will start next month, during the year formally put into production.

Wuhan New technology will introduce solar panel production lines in Europe casio np-30 battery , casio np-40 battery , casio np-l7 battery, with emphasis on thin-film solar cells, solar photovoltaic building integration and grid power systems and control systems, to conduct research and production scale.

TI introduced Lithium Polymer Battery Protection Analog Front End bq29312

Texas Instruments (TI) of the bq29312 is a two-body, three-body or four-body lithium-ion battery pack protection analog front end (AFE) IC, the device uses 3.3V, 25mA Low Dropout Regulators (LDO). In addition, the bq29312 also integrates with the I2C-compatible interface to extract the battery voltage and control the output state and other battery parameters. In the bq29312 can be right in the current protection threshold and delay time and other parameters programmed to increase the flexibility of battery management system.

bq29312 and the battery management host combination can overcharge, overload, short circuit, overvoltage and undervoltage conditions, to provide security. In the event of overload and short circuit cases, bq29312 configuration settings in accordance fujifilm battery , fujifilm np-100 battery , fujifilm np-120 battery with the internal FET drivers will automatically shut down.

With communication interface, the host be able to observe and control the current state of bq29312. The interface can be achieved through the power balance, into a different power mode, set the overload level, set the overload blanking delay time, set short-circuit charge and discharge threshold level, and set short-circuit blanking delay time.

The power balance of each battery cell bypass channel through the implementation of both, with the I2C-compatible interface to access internal control registers can be realized this. Maximum bypass current can make use of an external series resistor and the resistance of the internal FET (usually 400) to be set.

Mobile phone battery solar panels come out in Shanghai with fujifilm np-140 battery , fujifilm np-150 battery , fujifilm np-30 battery

A kind of efficient use of solar energy and a new generation of mobile phone battery charging solar energy panels come out recently in Shanghai.

This new type of solar cell panels mobile phone from Shanghai to San Lih Energy Technology Co., Ltd. successfully developed, with energy saving, pollution-free, and easy to charge, long life, etc., have been obtained national patent, and obtained approval fujifilm np-40 battery , fujifilm np-50 battery guarantee the quality of the Chinese People's Insurance Company. Solar panels built-in light-sensitive chips, plus a light-sensitive layer, can use the power charge, but also in the absence of power or the charger case has not been carried through the light-sensitive silicon batteries.

It uses the photoelectric conversion, boost, anti-counter-current, over-charge protection, high-tech devices, charging time can be longer or shorter, unlimited variety of light sources can be quickly converted into electrical energy, with an average service life than conventional lithium fujifilm np-80 battery , fujifilm np-95 battery plate length doubled.

Sharp's solar-cell factory will be built

Sharp's solar-cell factory will be built

Japanese liquid crystal display (LCD) panel maker FPCBP95, FPCBP95ap, FPCBP155 Sharp said it would cost 3,800 billion yen (3.2 billion U.S. dollars) in Japan to build a new LCD plant in order to strengthen the resilience of product prices plunge and upgrade with the Sony and Samsung Electronics among competition.

This new plant will be located in western Japan (soil sector) the city will use 10th-generation technologies; new plant will start production in March 2010 an initial capacity of 36000 glass substrates per month.

This 10-generation plant in the glass substrate size of 2.85 meters by 3.05 meters on can be smaller than the glass substrate production line of previous generations produce more of the panel, enabling Sharp can supply large at more competitive FPCBP205, FPCBP205ap, fujitsu FPCBP95 prices size of TV.

Sharp, the world's third-largest LCD TV maker behind Samsung and Sony, the company said this 10-generation plant in the glass substrate can be cut out of 15 40-inch class panels.

By comparison, the Sharp Kameyama in western Japan is located in the eight-generation plants to be cut out of eight 40-inch class panels.

For the Sharp's competitiveness, the move towards a larger size glass substrates critical to the development, because Sony and Samsung LCD joint venture's eighth-generation plant will start commercial operation next month to catch up with the pace of Sharp.

Dongbu Securities analyst Lee Min-hee, said, "This is Sharp's eighth-generation plant for three weeks to respond, but also in the display panel industry to focus on profitability and control expenses for some time, once again in fujitsu FPCBP95ap, fujitsu FPCBP155, Fujitsu FPCBP205 the investment and expansion."

Analysts said the next new plant is unlikely to cause serious over-supply concerns, because this new plant begins to operate, the demand for LCD TVs is expected to stable growth.

According to research firm DisplaySearch data, 2009 years ago Fujitsu FPCBP205ap, the global LCD TV sales are expected to grow 80% to 88.3 billion U.S. dollars, while rival plasma (PDP) TV demand is likely to shrink by 9% to 168 billion U.S. dollars.

The new solar cell plant

Sharp also said to be a production Sony Battery base in the same building of a new solar cell factory.

Sharp pointed out, this solar plant is expected to begin in March 2010 before the operation, estimated production capacity of 1,000 megawatts, ranking highest in the world.

Sharp, the world's largest solar cell manufacturers, competitors, including Germany's Q-Cells and Japan's Sanyo Electric "6764".

Daiwa Institute of Research analyst Kazuharu Miura said that as the Sharp annual cash flow of up to 4,000 billion yen vgp-bps2, vgp-bps2a, vgp-bps2b, so this new LCD panel plant investment for the limited impact of Sharp's financial structure.

In the new plant project before the formal announcement, Sharp shares closed up 1.5% to 2,065 yen, outperforming the Nikkei average, which fell 0.23%.

Sharp's new plant - voted to build the 10th-generation LCD line and the thin-film solar cells "joint factory" the purpose of

Sharp announced that it will build in Osaka Prefecture Sakai City, LCD panel production line and a new solar cell factory. In order to reduce the 42-inch, 57 inch, 65-inch large-screen LCD panel and the cost of thin-film solar cells, Sharp will the new plant construction as the LCD and solar cell, "a joint factory." Combine a total area of 1.27 million m2 (for the Kameyama plant four times), with a total investment vgp-bps2c, VGP-BPL2, VGP-BPL2C of 1 trillion yen.

10th-generation LCD plant: Through the upstream and downstream vertical integration to reduce costs

LCD panel plant will be the first in the industry use of bottom size 2850mm × 3050mm 10th-generation glass substrate and strive to put into operation in March 2010. The goal is to conduct a thorough upstream and downstream vertical integration, and further reduce costs. So far, the glass substrate supplier Corning (Corning), color filter supplier Dai Nippon Printing, as well as electricity suppliers Kansai Electric Power said it would join a joint facility.

Glass substrate production from silicon raw canon battery , canon bp-208 battery , canon bp-511 battery materials put in the beginning to produce the glass substrate moving through the plant and sent to the production line TFT and color filter production line. The glass substrate not only to buy from a company will also receive the vicinity of a joint facility of glass firms supply to maintain a mechanism to buy from both companies. Color filters also use the same mechanism.

In addition, Sharp is also considering to import new technologies such as inkjet printing, compared to the vertical integration to reduce costs brought about a greater effect.

Thin-film solar cell factory: LCD plant with shared infrastructure to reduce costs

Thin-film solar cell facilities, the annual production capacity to reach 1000MW plant will be a giant LCD plant construction over the same period. This is a sharp focus on the multiplication effect to "energy saving" (LCD) and "The Creation can" (canon lp-e5 battery , canon nb-1lh battery , canon nb-2l battery solar cells) for the business backbone of one of the measures taken. Sharp plans to share with the LCD panel plant infrastructure, reduce costs, while making it the world's largest solar cell production plant. The purpose is to 1000MW by increasing the size of the output to maintain the world's No. 1 market share. The current global annual production of solar cells just over 2000MW, the new plant is completed, Sharp's production will increase to half of the current global production.

With regard to the sharing of infrastructure with the LCD, Sharp said that the use of amorphous silicon can be manufactured using SiH4 gas, water, and bottom handling equipment. Sharp think we can reduce costs by sharing infrastructure, to gain the world's leading cost-competitive. Sharp demonstrated through their own efforts to reduce costs to compete in the global market ideas.

In addition, including the thin-film solar cell production and use of the substrate size, etc., the specific plan is still under discussion among the thin-film solar cell production facility details will be announced later in the program came.

In 2010 the proportion of large-screen LCD market continues to expand canon nb-2lh battery , canon nb-3l battery , canon nb-4l battery

2850mm × 3050mm 10th-generation glass substrate can be cut out of six separate 65-inch panels, eight 57-inch panels, 15 42-inch panels. On the LCD market, the new plant investment in the background, Sharp, chairman Mikio Katayama this prediction: "At present, 32 inches is the largest selling model, on this basis, the 2010 42-inch market as a whole will account for 40%, 50-inch and larger the big screen will also be increased. (in the display technology) Liquid Crystal in the future will continue to improve product performance and market expansion. In this case, we will actively carry out LCD panels for export. Prior to that, because in order to meet the company's domestic demand-based, we can only carry out small-scale export, with the establishment of the new plant, we will actively carry out canon nb-5h battery , canon nb-5l battery , canon nb-6l battery export. "