laptop and notebook

The next 5-10 years electric cars will gradually mature, and thus become the killer application of lithium batteries. Lithium batteries as a core component, the industry size will grow more than a hundredfold. Our lithium battery materials industry to “overweight” rating, the proposed robust investor, optimal electrolyte; active investor, optimal membrane. We Recommend Fosugufen, the new state-chou, Jiangsu Guotai, when l Technology

The promotion of electric vehicles will drive demand for lithium battery materials explosive growth. To stimulate the economy and energy as an effective means of reducing emissions, electric cars become the focus of policy support to Governments, lithium battery electric vehicles will become the mainstream .

VW-VBG130 ， VW-VBG260

Integrated technology, product profitability and demand growth, we are all sub-sectors as following: the technical maturity to consider the electrolyte> lithium iron phosphate = lithium hexafluorophosphate> diaphragm; from the product yield into account, divide> hexafluorophosphate Lithium> Lithium Iron Phosphate> electrolyte; rising demand from the battery room for growth into account, lithium iron phosphate> divide> = lithium hexafluorophosphate electrolyte.

Lithium cobalt oxide cathode materials still account for most of the market share, but growth rate will gradually decline. The field of traditional lithium batteries, lithium manganese oxide and ternary materials will have more development space, and power batteries primarily for the development of the domestic lithium iron phosphate-based. At present the main difficulty lies in lithium iron phosphate to improve product consistency VW-VBG6 .

Electrolyte to the electrolyte purity lithium hexafluorophosphate is highly demanding, so free acid and impurities control the production of lithium hexafluorophosphate key experience with fluorine chemical enterprises have certain advantages. At present the domestic market mainly of the few Japanese companies monopoly, Jiangsu Guotai and Fluoride in progress test is expected to achieve a breakthrough. The technical core of lithium electrolyte formula, the relatively low barriers to entry, the main challenge the company’s technical service capabilities.

Membrane is the highest lithium battery materials, technical barriers samsung IA-BP85ST battery hp-pavilion-dm3-battery-p-69446.html”>Pavilion dm3 battery , the highest profits. At present, only four to produce ordinary lithium battery separator, as much as 80% of import dependence, while the dry process production of battery separator, China can not achieve domestically.

Early Tuesday, Apple announced the Magic Trackpad, the company’s new standalone, Bluetooth trackpad. Using the same glass surface as the trackpad on Apple’s current laptop line, the Magic Trackpad supports the same Multi-Touch gestures, bringing Apple’s Multi-Touch technology to any Mac running Mac OS X 10.6.4 or later. (Sorry, the Magic Trackpad doesn’t work with the iPad.) After taking some photos of the Magic Trackpad, we’ve spent the day using it, and here’s our first in-depth look.

Designed to complement Apple’s Wireless Keyboard, the Magic Trackpad uses the same aluminum-body design–and is almost the exact same height, depth, and inclination–as the Wireless Keyboard. (The trackpad is ever-so-slightly deeper from front to back.) As with the Wireless Keyboard, the back edge is raised about half an inch to accommodate a cylindrical battery compartment that holds two AA batteries A1079  A1078 . You’ll also find the same power button (on the left-hand side) and screw-shut battery-compartment cover (on the right-hand side). Rubber feet on the bottom of the trackpad keep it from sliding around your desk.

The Magic Trackpad also fits well with non-wireless Apple Keyboards: The thicknesses and inclinations are nearly identical, so when you align the front edge of the trackpad with either of Apple’s wired keyboards, the top surfaces align almost perfectly (although the trackpad’s battery compartment extends beyond the rear edge of the wired keyboard).

Apple claims the Magic Trackpad is nearly 80 percent larger than the largest MacBook Pro 15″  trackpad–the largest trackpad the company has ever made–but doesn’t provide actual dimensions. The actual trackpad surface is roughly 5.2 inches wide by 4.3 inches deep; the entire device, including the battery compartment, is 5.2 inches deep.

My favorite Magic Trackpad design feature? While the Magic Trackpad may not appear to support physical “clicking,” it indeed does: The two nubby, rubber feet on the bottom, along the front edge, actually have buttons built into them. When you press down on the trackpad surface, the feet “click,” giving you the same tactile sensation as you get with Apple’s current MacBook trackpads. Very clever,  and a welcome Apple touch–no pun intended–for those who hate touch-tapping.

The Magic Trackpad requires the Magic Trackpad and Multi-Touch Trackpad Update, available via Software Update or direct download, for full functionality. The download is just shy of 80MB and requires a restart of your Mac. (In my testing, the update didn’t appear in Software Update for desktop Macs unless the Magic Trackpad was already paired.) Without this update, the trackpad will pair with your Mac, but will act as a single-button input device with no gesture support.

After pairing the Magic Trackpad with your Mac–it works with both desktop and laptop Macs–and installing the required software update, you configure the trackpad’s gestures just as you would on a MacBook–using the Trackpad pane of System Preferences, which also displays the Magic Trackpad’s Apple battery  level. For most gestures, your choices are simply whether or not the gesture is enabled, although a few give you more options. For example, you can choose whether or not to use one of the trackpad’s bottom corners as a right-click, and if so, which corner.

The available gestures–helpfully displayed on the back of the Magic Trackpad’s box–are identical to those you can use on a MacBook: besides moving the cursor, you can click, right-click, double-click, click-drag, two-finger scroll, two-finger rotate, two-finger pinch and zoom, two-finger screen zoom, three-finger swipe, and four-finger swipe.

The new trackpad software also adds a couple new gesture options, both to the Magic Trackpad and to most recent Apple laptops. You can now opt for scrolling with inertia, and the three-finger gesture, which previously could be used only to navigate–to turn pages, flip through photos, or switch Safari tabs, for example–can now instead be used as a substitute for click-drag M8665 . (The three-finger-drag gesture isn’t available on the MacBook Air and on Early 2008 MacBook Pro models.)

It’s worth noting that when using the Magic Trackpad with an Apple laptop, you can’t choose different gesture settings for the Magic Trackpad and the built-in trackpad. (This behavior is different than that of the Keyboard pane of System Preferences, which lets you configure different keyboard settings for a laptop’s built-in keyboard and an external keyboard.)

Looking for more gestures? Unfortunately, none of the third-party utilities I tested for enhancing Apple’s laptop trackpads and the Magic Mouse–MagicPrefs, BetterTouchTool, Inklet, or Jitouch–works with the Magic Trackpad, although I suspect the developers of these utilities will be updating the software soon for full Magic Trackpad compatibility.

The Magic Trackpad ships with two AA alkaline batteries MacBook 13″  iBook G3 14 , although Apple now sells its own Apple Battery Charger, complete with six rechargeable batteries–enough to power a Wireless Keyboard, Magic Trackpad, and Magic Mouse simultaneously. Apple hasn’t published an official battery life for the Magic Trackpad, and we haven’t yet had our review unit long enough to make any guesses. According to Apple, the Magic Trackpad–much like the Wireless Keyboard–goes into a power-saving mode when not being used in order to extend battery life.

At the mention of green energy or renewable energy, people almost immediately think of solar cells. The first solar cell is the silicon solar cell, was born in 1954, a lapse of 50 years old. However, silicon solar cell manufacturing process complexity, energy consumption, high cost, its widespread application has been limited. Since 1991, after the dye-sensitized solar cells (Dye-Sensitized Solar Cell) for cheaper raw materials, production process is relatively simple, more stable performance, failure to reduce such advantages into sight, and gradually by the industry’s attention.

So, what is the dye-sensitized solar cells do? Dye-sensitized solar cells by nano-porous semiconductor films, dye (photosensitizer), redox electrolyte, the electrode and the conductive substrate such as a few parts, Toshiba battery is a kind of dye-sensitized wide bandgap semiconductor thin film anode for the light of new light volt battery.

In this paper, China’s patent search database (CPRS) in the patent literature for the public entry point, the main applicant and analysis technology to domestic enterprises or research institutions to better respond to take measures to protect the core technology and innovation, and necessary to conduct new research and development, comprehensively enhance independent innovation capability and level. All statistics as of this March 22, 2010 only.

Main research directions

In recent years, photovoltaic cells or photovoltaic technology and its application in China has attracted increasing attention, the National Development and Reform Commission on August 31, 2007 issued a “long-term renewable energy development plan,” and issued a series of preferential policies to support the development of photovoltaic industry; March 3, 2008 issued the “renewable energy development” Eleventh Five “plan”, further defined the development of China’s renewable energy targets. Currently, China has become an international production base of photovoltaic products Acer ac adapter , Apple ac adapter .

However, our in dye-sensitized solar cell technology development and application are still faced with many problems, mainly concentrated in the photoelectric conversion efficiency, large area, the liquid electrolyte packages and long term stability and so on. For example, in photoelectric conversion efficiency, the current dye-sensitized solar cell laboratory small area (0.2cm2) maximum efficiency up to 11%, but 100cm2 battery efficiency only 5% to 9%, far less than silicon and gallium arsenide series battery All batteries, commercial solar cells.

For another example, in the long-term stability, the dye-sensitized solar cell using organic solvents and contain I-/I-3 by the redox form of liquid electrolyte, which is damaging the stability of “culprit.” Because the high temperature electrolyte leakage and evaporation of the solvent and the solution of thermal expansion, contraction caused by packaging materials, nano-porous film strip and Dye and fall off, you will have a devastating effect on the cell stability. In addition, the use of liquid electrolyte of the electrolyte may cause chemical reactions and heat insulation damage caused by the short circuit and optical non-reversible chemical reactions, they may undermine its stability. Thus, exploring the appropriate electrolyte gel and solid hole transport materials to replace the liquid electrolyte, preparation of high conversion efficiency of quasi-solid and solid-state dye-sensitized solar cells, the technology is an important research direction.

Surge in patent applications in recent years

Dye-sensitized solar cell in the field of related patent applications as of March 22, 2010 the public data, the area of patent applications for the 447, as shown in Figure 1, the dye-sensitized solar cell applications in the patent application volume change can see Asus ac adapter , Compaq ac adapter , before 2000, the development of the technology still in its infancy, only in 1996 and 1999, respectively, a patent application; from 2000 to 2006, the field is in the early stages of development, the slow increase in applications ; since 2006, into the rapid development stage, the rapid growth of its applications and maintain a rapid development momentum, which in 2008 had more than 100 applications (2008 and 2009 are still under patent applications public 18 months Therefore, in 2008 and 2009 applications are not fully reflected in the data).

Patent applicants mainly from Japan and South Korea

Figure 2 shows the dye-sensitized solar cell patent applications related to the distribution of the country know that the Chinese applicant related applications in China ranked first, accounting applications (447) to 74.7%, Japan and South Korea the applicant’s patent applications in China came in second and third, respectively, for the total amount of 13.2% and 4.0%. Therefore, the domestic technology development in the field more quickly, in the patent application has the absolute advantage.

Japan and South Korea compared to other countries, in comparison to the field strong technical strength, higher R & D investment, a strong sense of patent protection, and more emphasis on the Chinese market, has begun in China-related patent portfolio.

On Figure 3 lists the area of dye-sensitized solar cell patent application that the principal applicants, we can see applications in the top 10 applicants, in addition to South Korea’s Samsung ranked tenth place (with the Southeast University, Nanjing University , Tsinghua University, Wuhan University, tied), Dell ac adapter , Fujitsu ac adapter  the other applications from Chinese companies or research institutions, Japan-based medicine ranked twelfth.

In addition, it is noteworthy that the area in addition to major domestic applicants Rainbow Group, a business, the rest are Chinese Academy of Sciences research institutes or universities. This indicates that domestic universities and Chinese Academy of Sciences of the technology, great attention has been put into a certain R & D, and has strong patent protection awareness to the international competition in this area gain an advantage.

Chinese companies to gain the upper hand in the global patent strategy

Through the above analysis is not difficult to find, dye-sensitized solar cell is the area of solar photovoltaic technology to study the relatively new branch, is still in the labs, mostly in their patent applications after 2000; domestic development in the area more quickly, universities and research institutes in this highly technical field concerned,  HP ac adapter  have invested some R & D and have a strong sense of patent protection; Japan and South Korea in the field more abundant technical strength, higher R & D investment, and has begun in China-related patent portfolio. Relevant domestic enterprises or research institutions can focus on the development of new technologies in the field, the use of new materials, new processes with higher levels of output of some of the core technology patent, in pursuit of the world’s dominant position in the patent strategy.

Recently, the Japanese solar cell development and 5 th New Energy World exhibition at Yokohama. The exhibition not only shows the more practical solar power generation equipment and a variety of environmental products, technologies and related machinery, Jianzhuyingyong solar material Ye attracted the attention of many visitors.

Kyocera solar panels produced, both the performance of roofing materials, use solar panels no longer lay flat tile areas, can reduce construction costs,’s sense. There are two solar panels of this size, can be assembled into a complex shape of the roof. Kyocera is also suitable for the site shows a variety of roof construction method.

Fuji Electric Systems exhibited thin film solar cells. This Sony battery can be rolled up cloth, as thatch, transportation is very convenient. This solar cell is only 23 mm thick, only about 4 kg per square meter weight, you can use as a waterproof layer, laying very simple and can be directly laid on the roof without the need for support and so on.

Daido Steel Company production of concentrated solar cells is unique, it is not the usual kind of plate-like solar cells, but as the bowl upside down one by one together. Its ability to set a more powerful light, solar cell output power is twice as common. This glass-like transparent solar cells installed in the pillars will not affect the use of the ground. If installed on a pillar of the device can sense the sun’s rays, the battery pack will automatically rotate to track the sun,NB-1LH , NB-2L  power generation capacity can be doubled.

As mentioned solar cells, we first present situation is that solar energy technology. Top solar panels solar conversion rate can reach 45% while 50%, but that the high cost of solar panels to date still only satellites use solar panels civilian actual conversion rate of solar energy has more than 10 % up and down.

So we can get a simple conclusion, whether it is equipped with solar panels for the popular PUMA, SHARP, or prior to “green” as a selling point to carry solar cells SAMSUNG Blue Earth, LG GD510, its solar cells to provide energy capabilities are similar, are basically 10-15 minutes drying in the sun can provide 1-2 minutes of talk time, 10-15 text messages from, or about 2 hours of standby time, depending on weather conditions that have to set. Can be seen as a real alternative to power-driven mobile work, VW-VBG260 , VW-VBG6 a small solar panel or could not make it, but the electricity emergency phone, and kind of weather, keeping cell phone does not automatically shut down, send several messages to be emergency, or access the information stored in the phone, there is a solar panel as a backup is still quite convenient.

Solar popular digital products

Solar digital a few years ago, or to those who had only minimal power consumption, solar-driven purely electronic products. Then, “store the sun’s jar” as the creative product was “invented” out, have hot been a while, and its basic principle is to collect solar energy during the day to provide lighting at night time, of course, it is only issued “Firefly Light”, to the mood of the room briefly to add a trace of it. People gradually realized that we only occasionally need emergency power  BN-VF823 , VW-VBG130 , but the sun is always there, and why not the usual solar energy accumulated down when needed focus to be used? As a result, solar panels + lithium battery combination has become popular.

Built a large-capacity lithium battery solar backpack, those who need a lot of time people spend on the road the best backup power supply. Backpacks are often equipped with a positive flexible large area of solar panels, its area is much better than solar mobile phone, charging efficiency, there is naturally much higher. Well-known brands such as voltaic, sakku have solar backpack full of 4 hours of electricity a capacity of iPhone, and can choose a capacity ranging from 3000-5000 mAh lithium battery module, is full after a laptop computer for adequate Use the day.

Foldable solar battery is ready for the office workers have an alternative, they are compact and easy to carry, but the road to start a foldable solar cell and holding a charge, think are some funny. The “green energy” brand series of desktop SANYO ENELOOP solar battery is more suitable for home or small office. Because you do not bring the issue to consider, its size is large enough solar panels, built-in lithium battery has enough capacity, placing it sunny office, you can substitute a basic uninterruptible power supply has.

Other “green energy” options

So there is no other green energy choice?

Yes, of course, and it is a ratio of “solar” original much higher efficiency way - but your hand, you’d much trouble.

You guessed it right - is the “hand power.”
In fact, a lot of companies, such as SONY, SANYO, etc., had set the radio, emergency lights and hand generators in one of the products come out, in order to create the famous Eton emergency equipment is the wireless radio, all band radio, emergency lights, MP3 player and speakers such as generating unit 11 set in hand into to meet the needs of different users. The charging efficiency is also largely similar - hand 1 minute, providing a common cell phone about 3 minutes of talk time, or the maintenance of 3 hours standby, the efficiency of solar panels higher than that. In fact, many such devices is indeed a disaster site in the wild or extreme environments such as to make an emergency use, and they mostly have “three” strong case. In addition to professional search and rescue people, for outdoor sports enthusiasts who it is in good auxiliary equipment - As used in urban life, and only occasionally go to the field of city riding a young person, the “crank” But many less ” Solar “trickle down - or choose a more relaxed,” Solar digital “enough.

With the social and economic development, people are more and more green energy and environmental concern, develop clean energy, improve energy efficiency concepts have been deep into all aspects of social life. 2010 China (Shanghai) International Exhibition on Industrial supercapacitor, Li Chaoyang, Liaoning New Energy Co., Ltd. exhibited plateau to hybrid supercapacitor power system as the driving force of pure electric vehicles, electric bicycles, electric vehicles to the people a fresh feeling allow people to feel the low carbon economy and new energy industries, has deep tentacles in all aspects of social life.

The hybrid supercapacitor application to the car, electricity can replace oil-driven, not only reduces pollution, but also achieves the low-carbon economy, Chaoyang Li plateau independently developed hybrid supercapacitor products of economic value and social value significantly NB-1L , NB-1LH . From “Made in China” to “Created in China”, through the Combination of independent innovation, Chaoyang Li plateau is undergoing rapid change, one that reflects the scientific and technological innovation to bring the vitality of the enterprise.

Relying on Base to create a special industries

Chaoyang City, Liaoning Province, known as “the world’s paleontological treasure,” is the “place where the first flower blooming, where the first bird to take off,” the ancient city full of charm of the ancient culture of the deep. Revitalizing the northeast old industrial base in a large background, the overall revitalization of Liaoning has entered a new stage, Chaoyang also ushered in new opportunities.

In order to promote industrial restructuring, change of economic growth, the economy sustained, stable and rapid development, the development of Chaoyang in the consolidation of existing industries, and developing new industries. Science and Technology Department of Liaoning Province’s support, Chaoyang City, Liaoning effort to build (Chaoyang) new energy appliances (super capacitor) industry base construction is in full swing. The base for the development of super-capacitors as the focus,  BN-VF707 , BN-VF714 in parallel with the green battery, solar cells and wind power generation equipment, new energy, represented by electrical and related supporting industries.

Chaoyang Li plateau is a research and development, production, sales and pure hybrid supercapacitor new high-tech super-capacitor energy company, located in Liaoning (Chaoyang) new energy appliances (super capacitor) industrial base. Today, the company has developed into a base of leading enterprises.

Chaoyang Li Plateau in order to create an important resource for supercapacitors almond as raw materials, production of pure super capacitors and hybrid super-capacitor. It is understood that sun is the important apricot, large flat apricot producing areas, and almond is a super capacitor core of the best raw materials required for special activated carbon from it into a super-capacitor has a high specific surface area and high performance. Xinglin Chaoyang adequate resources to the production of super-capacitor has an important raw material security, the super-capacitor as a new important component parts of electrical energy for the whole industrial chain has formed to provide a guarantee, which formed the Chaoyang Li Plateau as a leader, Canon battery with regional characteristics of the super capacitor industry.

Chaoyang Li plateau relying on electrode materials cost advantage and achieve small winding organic system, more than 3,000 large-scale supercapacitors Farah, organic system of large-scale hybrid supercapacitor, application components and many other types, many species of industrialization, the formation of a clear industry chain advantage.

The successful development of supercapacitors is energy storage device (battery) of a historic revolution. Other energy storage device by electrical energy into chemical energy, then chemical energy into electrical energy, there will be twice the energy loss of the energy transformation process; and direct charging super capacitors, and then direct discharge, there is no change in the form of energy, no energy loss and charge-discharge efficiency as high as 98%. Supercapacitor first appeared in the last century end of the 70s it breaks through the traditional capacitor design, capacitor from the microfarads level increased to Farah level (1 Farah = 106 microfarads), created 1000 Farah super capacitors; to the previous end of the century, VW-VBG6  it has appeared in 10 000 -10 10 000 Farah traction super capacitor, super capacitor from battery applications entered the market, there’s a new super capacitor electric car concept. It changed people’s traditional knowledge, the establishment of a new electric car transportation design.

Pure super capacitors and hybrid supercapacitor is the core product, Chaoyang Li plateau, which is a pure super-capacitor materials science breakthroughs in recent years with the emergence of new energy storage devices. It is filled between the common capacitor and battery energy and power ratio than the blank, to thousands of Farah with high electric capacity, instantaneous discharge current of up to several thousand amperes, and also safe and reliable for a wide range of characteristics, is to improve and power performance of a breakthrough to resolve the power components. Chaoyang Li plateau made of pure high-capacity high-power supercapacitor type of such products to fill the gaps, the performance index of leading domestic level. The product is compared with similar products, in volume have a major breakthrough in power density can be improved, such as wind, solar and other intermittent energy efficiency, nikon EN-EL4 charger enhance grid stability and can be widely used in solar power, wind power generation, equipment meter, pulse and other fields. Chaoyang Li Plateau unique organic system the leading large-scale preparation of pure super-capacitor electrode technology has been patented, made in the field of new energy breakthrough. Chaoyang Li plateau of large-capacity high-power supercapacitor technology industry has been at the world advanced level.

Independent innovation and to fill gaps in the international similar products

Innovation is the soul of a nation, innovation is the national development, technological innovation related to national prosperity and national rejuvenation. Enterprise is the main body of innovation, economic development and national rejuvenation can not do without business innovation and technology capabilities, and enhance market competitiveness. The new high-tech industries as electrical energy, more should give priority to technological innovation. Liaoning (Chaoyang) new energy appliances (super capacitor) adhere to established industry base to enterprises as the mainstay, market-oriented technological innovation system, enables organizations to continuously develop new products.

On this basis, relying on the base, Chaoyang Li Plateau Company Activated Carbon Co., Ltd. Highland Forest products with independent intellectual property professional activity supercapacitor electrodes of carbon, at the end of 2009 successfully developed for the production of the main instruments -VF733 , BN-VF808  , electronics, household appliances, etc. small (1-100 Farah) pure super capacitor winding type, mainly used in hybrid cars, hybrid large Port Machinery (500-6000 Farah) pure super-capacitors, used in electric buses, electric buses and related tourism vehicles and engineering vehicles, large (8-400 Ah) organic system hybrid supercapacitor.

Liaoning Provincial Science and Technology Department and Technology Bureau of Chaoyang City, Chaoyang Li and other related departments of science and technology R & D and innovation plateau Establishment provides powerful support for its rapid industrialization has played a vital role in promoting.

Chaoyang Li plateau since its inception adhere to science and technology, active research and development in technology and the famous research institutions and experts to grasp the leading edge of technology, cooperation, and enhance independent innovation capability of enterprises. By continuously increasing scientific and technological input, Chaoyang Li plateau established a sustainable technology innovation system, formed the Central South University, Dr. Li Jian as the leader of the technical team. The team from the materials, chemistry, electrochemistry, electronic components and other disciplines, Professor, PhD, MS, engineering and technical personnel, with 10 years of research and development of energy storage materials and devices based on solid foundation of theory, NB-2LH , NB-4L  industrial experience, technical level and industrial capacity in the country. Relying on such a professional team, Chaoyang Li plateau advantage of rapid industrialization have demonstrated, at present, the technical team developed the pure super-capacitor (1-6000 Farah), hybrid supercapacitor (1-400 Ah) project has achieved industrialization .

Meanwhile, the high-tech production line, sophisticated testing equipment for the development of Chaoyang Li plateau and provides a hardware protection. Currently, Chaoyang Li plateau has acquired eight patents. Rely on innovation, new energy legislation Electric Plateau in the sun showing off the strong momentum of development has become Liaoning, Chaoyang Li plateau (Chaoyang) new energy appliances (super capacitor) industrial base in a dazzling pearl.

Super Capacitor is the new darling of the field of new energy appliances, with charging and discharging speed, no pollution, long cycle life and other advantages. With the continued rapid development of electric-car market and the establishment of a new model for urban public transport needs of modern, super-capacitor will rapidly increase the demand. As a new green energy, super capacitor has been of concern throughout the world. Meanwhile, due to increasing scarcity of oil resources and oil burning combustion engine exhaust emissions and environmental pollution, the world of alternative internal combustion engine in the new energy device, has been carried out hybrid, fuel cell, battery products and applications of chemical research and development, Canon NB-4L Charger and have achieved some results. However, the short life of these products, poor temperature characteristics, the system complexity and high cost of vulnerability has not been solved. The super-capacitors with excellent characteristics exceed and can replace some or all of the traditional chemical batteries for vehicles, traction power supply and start the energy, and has more than conventional chemical batteries, widely used. For this reason, countries in the world especially the western developed countries spare no effort in research and development of the super capacitor.

Super capacitor in the world are conducting research and development of the situation, Chaoyang Li plateau had gone ahead in the market. December 2009, independent research and development, Chaoyang Li plateau production of hybrid super-capacitor, while at electric bicycles, electric motorcycles, electric cars began to road test, and success. This success marks the world’s first hybrid super capacitor organic system, organic system of the world’s first hybrid car electric bike hypervolemic environmental, organic system of environmental protection electric hybrid super-capacity motorcycles, super-capacity environmentally friendly hybrid organic system of electric vehicles in Chaoyang Li plateau birth. R & D, Chaoyang Li plateau production of organic hybrid supercapacitor products to fill gaps in the world of similar products, and also indicates the product of industrial technology to go in the world forefront of the industry.

Super capacitors are rapidly developing in recent years, new green energy storage device, is between the traditional capacitor and battery energy storage device between the new. Super-capacity capacitor capacitors capacity than the traditional big tens, hundreds or even thousands of times. Compared with rechargeable batteries, super capacitors with excellent overall performance, Canon NB-1LH Charger  as can be achieved high current charge and discharge cycle life of up to 10 million or more, operating temperature range up to -40 ℃ -70 ℃. Power density of supercapacitors is several times the ordinary secondary battery even dozens of times, cycle life of an ordinary secondary battery of several hundred or even thousands of times. Meanwhile, super capacitors using carbon materials, the light weight, non-polluting.

Supercapacitor system is divided into inorganic and organic system of super-ultra-Yung Yung: The two systems are divided into super-capacity ultra-pure volume and mixed hypervolemic. Ultra-pure content of positive and negative are the main activated carbon electrode material as the electrode. Although the pure super-capacity performance with the excellent, but the power capacity is low, only as a support system application; and mixed hypervolemic both the principle and characteristics of the battery, but also the working principle of supercapacitor and fine features, is called for the high-power  Pavilion dv2 battery, .

Chao Yung-inorganic hybrid system products in the metal oxide electrode is lead oxide and nickel oxide, is heavy metal, is the world’s environmental groups as not allowed to import and export products. While the organic system, Chaoyang Li plateau mixed hypervolemic products non-metal oxide electrodes, non-precious metals, materials for environmental protection. Meanwhile, the organic system than inorganic hybrid ultra-capacity ultra-capacity mixed system of a large energy density of about 1 times, and its products can be used in place of lead-acid batteries, nickel cadmium batteries, nickel hydrogen batteries, lithium-ion battery energy storage device applications etc . Organic system as a hybrid supercapacitor battery products, high voltage, high power density, fast charging, more environmental protection, no memory effect, long cycle life, small volume, light weight, the advantages of low temperature, thus lead-acid batteries LP-E6 , LP-E8 , nickel-cadmium batteries, nickel metal hydride batteries, lithium ion batteries and other energy storage device class alternatives.

Chaoyang Li plateau to the excellent performance of supercapacitors and lithium batteries of high capacity electrical characteristics of organic systems combine to produce ultra-capacity battery hybrid organic system. As a new energy power generation, green hybrid super-capacitor battery, supercapacitor battery hybrid organic system has been successfully applied to electric bicycles, electric motorcycles, electric vehicles. Scientific and technological innovation, and Chaoyang Li plateau with independent intellectual property rights have realized the industrialization of technological achievements, but also show that the business of independent innovation journey has taken a big step.

Industrialization of scientific and technological innovation to seize the high ground

Super large capacity and high-power development and application of capacitors in the world has just started, Chaoyang Li plateau in raw materials and production costs have a very big advantage, the market prospects are very impressive. Li Chaoyang Plateau low-cost high-capacity supercapacitor organic system development and industrialization projects, Liaoning Province, has been listed as major technology projects in 2009. Chaoyang Li plateau uphold technological innovation, patented products and core technology as the basis, continue to extend the industrial chain to form a comprehensive, cyclic, sustained and rapid development model NP-FC10 , NP-FC11  , to achieve the sound development of industry.

In the huge market opportunities and broad prospects for the face, Chaoyang Li plateau in order to keep the spirit of innovation is committed to low carbon economy. Guo-Jun Li, chairman of the company is a very persistent, do solid work of the entrepreneur, he started to pay attention a few years ago the development of low-carbon economy, high exhaust emissions in China is extremely concerned about the high pollution. After the successful development of supercapacitors 3 years, a total of 46 million yuan into research and development funding. Li Guojun and enterprise technology leaders Dr. Li Jian led the company technical team to discuss a day late at night, room and board are the factory district. Some of the company’s technological achievements expressed doubts whether the industrialization, but Guojun firmly believe that their team will be able to create miracles.

Opportunities will always be those who are prepared. When the mixture after the advent of super-capacitor products Nikon MH-18 , MH-19 , Guo-Jun Li and Dr. Li Jian led occupation of their team’s commanding heights of the world technological frontier.

Talent is Guojun to key to success. He did not know that there is no technological innovation innovation team, let alone occupy high ground in the world technological frontier. Therefore, the technology investment company incorporated in the form of team leader Dr. Li Jian, the technical team that he has sustained and creative energy. Guo-Jun Li suggested that Li Chaoyang new plateau has been able to achieve significant breakthroughs in the energy sector, thanks to technological innovation, thanks to technical team, thanks to technology and other support departments.

The future, Chaoyang Li plateau will target industrial, energy, transportation, communications applications, will build the organic system of pure ultra-capacity and mixed ultra-capacity production line 4, inorganic system of super-capacity production line of a production 3000 Farah over-capacity supercapacitor to cost-effective high-tech super-capacitor products quickly occupied the international market. Chaoyang Li plateau will adhere to independent innovation, dell Vostro 1220n battery and always aim and commitment to break the world’s most cutting-edge technology to enable enterprises out of a road with Chinese characteristics, to seize the commanding heights of industry, the world’s technological frontier the road.

According to statistics, China’s current annual demand for super-capacitors are 30% -50% growth rate. Industry experts predicted that China’s market demand for super-capacitors up to 21.5 million years, about 120 million watts, and every year to about 50% of the rate of growth; the Asia Pacific region demand more than 90 million years, About 540 million watts, the growth rate of about 90%; the global annual demand of about 200 million, about 12 gigawatts, the growth rate of about 160%. At present, the super-capacitor energy storage device of the world market share of less than 1% market share in China is about 0.5%, a huge market opportunity and good prospects to become Chaoyang Li plateau and growing rapidly, “Accelerator . ” Chaoyang Li plateau with powerful technical strength, advanced manufacturing and inspection equipment and perfect quality control system, is the wind and waves to the world advanced into the field of new energy.

Highlight the training and development of new industries is to promote the strategic adjustment of economic structure, changing the way important means of economic development, and development of low-carbon economy is the only way to achieve sustainable development in China. As science and technology progress, people will understand and learn new forms of energy, energy carriers and energy use means a profound energy technology revolution is conceived and carried out, which is the development of super capacitors both an opportunity and a challenge . Scientific and technological innovation, hp Pavilion dm1 battery with a good chain and technology innovation advantages, scaling new heights of Chaoyang Li Plateau in China will certainly be a super capacitor products into the international market for China’s low-carbon economic development and make greater contributions.

Chemical has announced the six countries, with Sichuan University to iron phosphate, lithium iron phosphate key technologies and industrial technology development projects agreed this means that the six countries entered the chemical industry to the field of new energy battery! It is understood that the six academic cooperation projects in the chemical industry leaders in the field of phosphorus chemical industry is the domestic leading authority level figures - Sichuan University Professor Zhong Benhe.

Notice shows the six chemicals in the June 18 and Sichuan University signed the “iron phosphate, lithium iron phosphate production and application technology research and development contracts”, Sichuan University, Nikon charger will be responsible for research and development of iron phosphate, lithium iron phosphate production process, solving With this technology, the implementation of the technical problems encountered in industrial, process technology in production equipment to achieve the continuous, stable, compliance, and provide product technology and production line program design; In addition, the two sides also plan to jointly build a battery-level phosphorylation R & D center of salt production. To this end, the six countries will provide 3.6 million yuan chemical project development funds. The development of cooperation in both the initial performance of two years.

Six chemical-related official said, currently only a technical cooperation program, both in the industrial area of future cooperation, but also to further agreement. Sichuan University in the development of iron phosphate, lithium iron phosphate has been technical reserves for many years, when technologies mature and enter the post-industrialization, Sichuan University, Nikon battery will take the way of technology transfer or technology investment, the two sides have not yet implemented. However, he said, after one year the project will be expected to enter trial production.

The six chemicals with Sichuan University in cooperation projects, technical leader of phosphorus chemical industry is the country’s leading authority level figures - Professor Zhong Benhe. Professor Chung PhD student mentor, enjoy special government allowances, long-term phosphoric acid, phosphate and compound fertilizer, phosphate chemicals and environmental engineering, to solve the P grade made a significant contribution to the use of resources; she assumed the national “Plan” to the “Ninth Five-Year” four five-year plan of national key research projects, their achievements have won the State Science and Technology Progress Award, nikon EN-EL4 charger second prize, the Ministry Awards Grand Prize and other national key stage. In recent years, Professor Zhong Benhuo Sichuan University research team led by purification of the acid in the wet road made great progress, and has been a breakthrough in the field of industrialization.

According to reports, phosphorus chemical industry is the core of phosphoric acid manufacturing. China’s current main production processes mature hot phosphoric acid phosphoric acid and wet process phosphoric acid process. The former high purity phosphoric acid, but the cost is too high; which purity is low, but the cost is relatively low. Sichuan University in the wet phosphoric acid purification technology in the domestic first-class level,  Panasonic battery  so the industry speculation, the six chemical energy into the batteries are taking a new technology route, namely the use of Sichuan University in the wet phosphoric acid purification technology advantages, development iron phosphate, lithium iron phosphate products.

Aircraft industry is brewing in the big industrial projects lithium is expected to achieve sales of 50 billion yuan in 2020. Listed companies through its integration into the flight (002190.SZ) lithium industry to achieve the first round of financing, is the aviation industry an important step in the implementation of lithium industry. Integrated into the flight was from July 14 onwards suspension.

July 18, the civilian aircraft industry, non-aviation minister Yin Weining said: “The new energy, especially lithium industry is an important industry as a group. CAC integration and fund-raising, investment lithium ion battery is the first step. In accordance with the China Aviation Industry ‘trillion’ sales targets, by 2020, civilian sales to reach nearly 500 billion yuan, RN873 , GW240 of which lithium industry will achieve 50 billion yuan. ”

July 6, integrated into the fly’s announcement, the number of quasi-public offering is not more than 106 million shares, non-public offering price of not less than 9.70 yuan / share. Quasi-public offering and fund-raising total of not more than 1.02 billion yuan, raised funds will be used for replenishment of the Air lithium (Luoyang) Limited (”CNAC Lithium”) construction, “Li-ion battery project.” Luoyang base of the project total investment is about 1.7 billion.

Future re-investment of billions of

AVIC ambitions of the new energy is far more than that. It is reported that, in addition to non-public offering financing, Inspiron 1525 battery the future of aviation industry development plan will also invest 10 billion yuan lithium industry.

Yin Weining, said: “China’s future development potential of lithium industry is huge. Last year, China’s automobile production and sales break 13 million, this year is expected to 17 million by 2011 could reach 20 million. In accordance with the 3% to 5% of the ratio of two During the year, sales of electric vehicles in China will reach 1 million or more. ”

Recently, in State-led the establishment of the “central business electric vehicle Industry Alliance”, the China Aviation Industry with the FAW Group and other companies with more than ten, included Latitude D830 battery ，XPS M140 battery  .

AVIC proposed, the development of lithium power industry, and implementing the East and West in the layout of the strategy will be in Luoyang in central China Aviation lithium core, focused in eastern Yangtze River Delta in East China and the west in Chengdu layout; the south is in the Pearl River Delta layout; mainly in three provinces north of the layout.

AVIC lithium industrial strategy, due to start in 2006 the national “Eleventh Five-Year”, “863″ major energy projects and new energy vehicles. In 2007, after more than six months research and demonstration, the choice of the lithium battery items, and to the Group Luoyang China Air to Air Missile Research Institute for the core reorganized.

Air lithium in the reorganization, the missile homes owned companies such as kamah electromechanical products for civilian use, kamah monitoring, kamah electronics, kamah gas supply, etc., will be around the lithium industry, and the formation of industrial clusters Inspiron 1520 battery .

“Three-step” planning

The current global automotive manufacturers have to lithium as a battery of new energy vehicles. International auto giants such as Ford, Chrysler, Toyota, Mitsubishi, Hyundai, France Courreges, Ventury and other domestic companies such as BYD, Geely, Chery, Lifan and so on, are also hybrid and pure electric vehicles, powered by lithium battery.

July 15, the aircraft industry, GE Vice Chairman John Rice partners also said: “By 2015, the company will add 10 billion U.S. dollars for the Ecomagination R & D projects, including the development of hybrid battery technology. ”

Industry analysis, China’s automobile industry developed rapidly in lithium battery  Latitude D810 battery , capacity second only to Japan. As “863″ key project, our project car lithium ion batteries, most of the material to achieve a localization has been self-built and introduced domestic production lines. Related materials have many, have formed large-scale production.

“The current high cost of domestic manufacturers single battery life, battery management system, the battery level of group technology, both commercial and foreign gaps. The airline has a leading position in China, gradually formed a lithium battery industry throughout the value chain and the whole industrial chain. “Yin Weining said.

Air lithium made in 2010, plans to invest 300 million yuan, construction, Luoyang lithium ion battery industrial base; has invested 3.6 billion in 2013 to build 1.2 billion Ah lithium ion Inspiron XPS M170 battery  production capacity, a new energy companies; 2015 sales over 10 billion, the formation of lithium-ion battery green energy industry cluster, a global supplier of lithium gold.

Half of 2010 has been in the past, the two settled in a bright new area — a total investment of 24.5 billion project’s Huaxing Guang power projects and co-Shenzhen-Hong Kong Innovation Circle DuPont introduced thin film solar panel project to continue a strong push forward. Currently, DuPont solar energy companies began to implement two projects,8N544 battery , Inspiron 1100 battery  Huaxing Guang Power Project has completed an investment 650 million yuan.

DuPont introduced two solar projects

Recently, the New Party Working Committee, the CMC director Zhang Hengchun Shuaidui to DuPont Solar (Shenzhen) Co., Ltd. research to understand the development of enterprise development, coordinate and solve problems encountered during development.

DuPont thin film solar panel project is the “Shenzhen-Hong Kong Innovation Circle” after the Shenzhen-Hong Kong joint strategies for successful investment one of the first major high-tech R & D centers in Hong Kong Science Park, New production base in the light. The construction of the project for the promotion of the “Shenzhen Hong Kong Innovation Circle” building, promoting the city as well as the development of promising new area of new energy industry, New optimization of industrial structure, Inspiron 1150 battery are of great significance.

DuPont Solar (Shenzhen) Co., Ltd. developed using DuPont’s new amorphous silicon thin film solar panel production technology, the main production and operation of thin film solar panels, in October 2009 to achieve large-scale production. In the first quarter, the company’s output value of 56.82 million yuan, export 6.19 million U.S. dollars, tax 5.77 million yuan. Currently, the company is proceeding with two projects (self-cleaning of thin film solar cell conductive substrate manufacturing technology industrialization) and the preparatory work Inspiron 5100 battery .

“I hope within the new district in area of the DuPont Company’s solar products vigorously promoted; In addition, employees faced with shelter, and transportation difficulties, hopes to further accelerate the company’s new area surrounding building production and living facilities; the same time, item (2) currently in preparation, I hope City, New link bidding, auction sites can be given, special support fund support. “DuPont is responsible for the company related to the briefing, said Zhang Hengchun.

Zhang Hengchun immediately said, DuPont thin film solar panel project has since settled in New Zone, New District,  Inspiron 5150 battery  to provide enterprises with full active agent of the “nanny” services, designate a person as a person of the project tracking service-ordination to address the project encountered in the problems.

University of Mainz, said a communique on the 13th, the school researchers involved in the thin film solar research project made significant progress, is expected to make breakthroughs in thin film solar photovoltaic conversion rate of 20% of the current record.

Thin film solar production costs low, its market share continued to grow in recent years. Currently the highest photoelectric conversion efficiency is CIGS (CIGS) thin film solar cells, Inspiron 6000 battery up to 20%, but with more than 30% of the theoretical values are still far apart, the main problem is the material of indium, gallium and proportion of difficult achieve the desired value.

University of Mainz researchers and IBM’s German division Mainz in Germany and production U4873 , D5318 of special glass SCHOTT Corporation in cooperation with the computer simulation program found that CIGS material indium gallium separation temperature, that is slightly lower the case of room temperature, indium gallium will be completely separate and uneven distribution of the photoelectric effect led to reduced materials. More than this temperature, the indium gallium fusion with each other, and the higher the temperature, the distribution was more uniform. This indicates that the thin film solar manufacturing process requires high temperatures, as long as the final cooling step can be fast enough to make this uniform, “set grid.”

Past production process by producing the necessary restrictions on the heat resistance of glass floor, unable to raise the temperature. To this end the company SCHOTT developed a tolerance to more than 600 degrees Celsius to the special glass material VGP-BPS13/B , VGP-BPS13A/B . The researchers said the results of a major breakthrough.