battery mall

China’s first solar power technology demonstration garden will be in Yanqing open new energy demonstration base construction, and were settled in our country’s first zero-carbon solar energy science and technology centers.

Yanqing has solar, geothermal, wind and other renewable resources abundant, renewable energy accounts for 15% of the proportion of energy consumption. According to reports, solar power technology demonstration park of 150 acres of the initial planning, including the debut of the Zero Carbon Solar Science and Technology Museum from 3000 to 5000 square meters area. China Investment Association, vice president of energy development center to explain to reporters Zhang Jie, zero carbon building materials solar energy science and technology centers in the insulation, absorption, heat insulation, airtight to achieve “zero carbon” and to abandon all fossil energy, energy, solar, geothermal and wind energy for power generation, heating and air conditioning and ventilation. It is reported that zero-carbon solar Yanqing Science and Technology Museum building opened this year, will be completed next year, open to the public as a popular base.

In order to protect the environment, protect the earth, so with Earth Day that every Earth Day approaching, provinces and municipalities have launched public operations in the community, notebook computers, and mobile phones stores set up recycling bins.

To reduce the waste cell phone batteries free dismantling, disposal on environmental pollution, in the April 22 Earth Day dawn of life waste management (waste battery recycling) to carry out to this year’s Earth Day theme of “treasure planet resources to promote construction of low-carbon life livable city “and to the purpose of waste battery recycling campaign, urging people not to waste the batteries to the designated collection point.

To understand the channels and the disposal of the battery recall situation, our staff of 83 randomly distributed, “hazards and battery recycling,” the questionnaire, the results show that the average number of members of the public to be replaced every one to two years, a new mobile phone, electronic products out of the old , the battery will subsequently abandoned. But the frightening thing is, as many as Jinliang Cheng respondents did not know the dangers of the big battery around thirty percent of respondents used batteries will be directly thrown into the trash. As everyone knows, the amount of pollution the equivalent of a battery of 100 ordinary dry cell batteries, can be serious about 60,000 liters of water pollution, if the human consumption of battery-contaminated water and food, can lead to bone pain, disease, serious fractures can form naturally, even death.

Perhaps you know the harm the battery, but do not know where to send, April 20 -22, this newspaper will join Waste Management Office of Taiyuan City life, waste battery recycling, telecommunications policy in the Jiefang Road day mobile phone store, Champion Chi Lin set up 10 mobile phone batteries store recycling bins, if you have abandoned the battery may wish to send here, businesses will prepare exquisite little gift or grant discounts.

U.S. researchers say, by replacing enzyme by cell mitochondria and reconstruction of bio-fuels in the decomposition of cellulose molecules, the future will rely on bio-fuel cells or the composition of various bio-fuel energy “drinks” to work.

Scientists at the American Chemical Society’s annual meeting demonstrated a new biological fuel cell model. The new battery does not use enzymes to use mitochondria to decompose the fuel molecules – cellulose. Eukaryotic cells, mitochondria are important organelles that cell “power plant,” Scientists said.

The research project leaders, the United States of snow Limindier Saint Louis University said that despite the distance of the practical application of this technology still has a long way to go, but the study is part of the activated cells (in this case mitochondria) integrated into the battery of a milestone progress. The future, this equipment can be replaced in many areas of disposable batteries.

In general, fuel cells need to fuel molecules of biological decomposition and reconstruction, a process that releases electrons, together form a current.

Previously, Min Dier team has been using enzymes, enzyme in the decomposition of fuel molecules such as the special aspects of ethanol or glucose is a master. But now they are an integral part of living cells to use mitochondria, mitochondrial enzymes can be combined with the strength and capabilities; will be a lot of fuel elements into the battery can be used directly in the form.

Mindi Er explained, in order to take full advantage of a fuel, it requires a lot of enzymes, some of the fuel needs of three kinds of simple enzyme, which like glucose is required as many as 22 enzymes, and these enzymes need to be able well together with the co-ordination. The efficient decomposition of mitochondria, mitochondrial able to decompose a variety of fuels, meaning that it can to work through the decomposition of the fuel mixture.

The new battery is only used on display by a simple molecule composed of fuel; future research will focus on making the cell harnesses the people more familiar with the complex bio-fuel to work.

Emerging Energy Technology Centre, University of New Mexico director of Sauvé said that, despite technological advances, but the break is not available overnight. For example, people first demonstration of a standard fuel cell and the first of its space exploration, the middle of a full interval of 50 years. Does the technology have a direct practical needs further observation. The main contribution of this works in biotechnology and nanotechnology, a bridge between, and is expected to create a new bio-fuel cell research and development.

Solar energy is a new clean renewable energy, solar energy to meet future global electricity demand is a magic weapon, energy shortages and environmental pollution problems have become more prominent so that renewable energy solar cells has become widely accepted.

At present, crystalline silicon solar cell to battery-based, thin film batteries is also developing rapidly. The fact that crystalline silicon PV technology is the most convenient, because the field of microelectronics technology draws, to take advantage of crystalline silicon to create stable and efficient solar cells. The technology has about 90% market shares, while silicon cells have been more than 80% market share. Silicon photoelectric conversion efficiency will up to 22% or more.

August 26, in Shenzhen City, the inaugural meeting of energy industry associations, the famous professor of Zhongshan University Solar Energy Institute of Shen-hui issued a “Review and Prospect of Solar,” the dossier said: “crystal silicon cells and even in the next 10 years longer time as the leading PV product does not change, the development of crystalline silicon cells has been. Thin film solar cell is a development worthy of attention, but still can not compete with crystalline silicon cells. ”

BIPV is the world’s photovoltaic power generation has been the most important areas of application and most important market. Professor Shen said that the combination of city and building the future, each building can be an effective use of solar energy. Solar photovoltaic and solar thermal power generation will be a great development, but in the city, photovoltaic power generation will be a selection program.

Professor Shen also pointed out: “The next decade of growth stage photovoltaic power generation, photovoltaic power generation after 2020 will serve as an important form of energy is expected in developed countries will account for 5% -10% share of electricity.”

Current solar photovoltaic industry has developed rapidly, the development trend was positive, the outlook will certainly bright. Although the second half of 2010, Germany reduced demand for concentrated photovoltaic subsidies lead to the release of the first half, but demand in other markets is expected to accelerate growth, medium and long term solar industry will remain strong demand, the PV industry is still optimistic about market prospects.

Recently, the Institute of Microelectronics is located under the transformation based on the principle of efficient crystalline silicon solar cell research in progress.

New World Solar Energy Industry In recent years the rapid development of crystalline silicon photovoltaic cells is still in mainstream, occupying 78% market share. According to industry forecasts, over the next 10 to 15 years within the crystalline silicon photovoltaic cells will continue to occupy dominant market position. Theoretical limit of crystalline silicon cell efficiency of 31% (called Shockley-Queisser limit, SQ limit), how to break the SQ limit, greatly improve the utilization of sunlight, is the world’s photovoltaic research and industry is very concerned about hot research.

Institute of Microelectronics, Chinese Academy of Sciences Laboratory of microwave devices and integrated circuits (four rooms) Jia Rui researchers led by high-performance solar cell research team led by the strong support and leadership of the office, the first in China on semiconductor nano-materials under the conversion efficiency of crystalline silicon solar cells, nano-materials through the use of semiconductor quantum confinement effect size width can be adjusted to increase the response to short wavelength light band.

The discussion group has successfully developed a new type of semiconductor nonmaterial, the new width of the semiconductor material can be according to size, materials, components, etc. and flexible adjustment. The next conversion materials and mass production-type 125mm × 125mm crystal silicon substrates were developed for the next conversion efficiency crystalline silicon cells. Cells are encapsulated in the corresponding post-tests show that the down-conversion crystal silicon cells increased significantly in the 300-630nm band of light absorption and utilization of spectral response rate of increase by 10%, significantly improved the crystalline silicon cells performance.

Jia Rui researchers have been invited to convene in August 2010 the Second International Photovoltaic Forum on China-EU made a special report, elaborated and presented the research results have been Chinese and foreign experts and industry recognition and praise, for the Institute of Microelectronics research in the area where the solar cells laid a good foundation.

Pennsylvania State University recently released report, the vinegar and waste water bacteria in the short-time power, it can produce clean hydrogen fuel can be used to drive cars just like gasoline.

Pennsylvania State University professor Bruce Logan introduced this “microbial fuel cell,” almost any biodegradable organic material into zero-carbon hydrogen.

As traditional sources of hydrogen hydrogen-powered vehicles rely mainly on fossil fuels, so even if the car itself does not emit greenhouse gases, but the hydrogen production process would result in substantial emissions. The new generation of hydrogen-powered vehicles for the discovery of positive significance to the development and further improve its environmental targets.

Rogan said: “This is a use of biodegradable, renewable method of hydrogen generation organic matter.” In this study, Logan and his colleagues to extract from the vinegar acetic acid, and into the electrolytic cell, the bacteria in While consumption of acetic acid, releasing electrons and protons, and produces 0.3 volts. When another small voltage applied from the outside, the hydrogen released from the liquid overflow.

The efficiency of the method is more than the hydrolysis of water molecules of hydrogen and oxygen out of the process. Logan added: “acetic acid hydrolysis of electrolysis process requires only one-tenth of the energy.” Because the bacteria in the electrolysis process were a lot of work, including organic matter is decomposed into sub-atomic particles, which makes the external electronics can be easily the release of particles re-combined to form hydrogen, and then for the car driver.

Electrolysis process can be cellulose, glucose, acetate or other volatile acids, whereas water is the only electrolysis product.

While these may sound very far away, but microbial fuel cell technology has been mastered by the people, the researchers began to apply for a patent on the discovery. As the volume of microbial fuel cells are too large can not be directly installed in the car, so fuel must be manufactured in the plant.

Logan said: “People can respond to these devices installed in food processing plants or farms in the vicinity, the use of the wastewater or cellulose production of hydrogen.” Obviously, with the big cities, these devices are more suitable for construction in rural areas.

Frequently encountered virtual standard of laptop battery, such as false capacity, discharge speed, explosion and so questioned, it does not but that is an embarrassment and sorrow. For consumers, the market is smoke and mirrors, I do not know how to choose notebook battery.

Under such grim circumstances, Matsushita did not give up, but always “to make people’s lives richer, more comfortable, and to contribute to the development of world culture,” as business philosophy in the business activities of enterprises. In the fierce market competition, particularly its high capacity new products heavy launched are popular among consumers.

Panasonic Group is a global electronics company engaged in the production of various electrical products, sales and other business activities. In 1978, Chinese leaders visited the group in Japan TV factory. In both talks, entrepreneurs Matsushita expressed determination to contribute to China. Subsequently, our group entered the initial stage of China’s business.

In recent years, the Group has been dedicated to exports and technical cooperation factories in China and in 1987 established the first joint venture. As of today, Panasonic Group has been in mainland China (including Hong Kong) has more than 80 companies, about 10 million workers (including Matsushita Electric Group), business activities related to research and development, manufacturing, sales, service, logistics, publicity and more aspects. Through unremitting efforts of all parties and sustainable development, and gradually the smoke industry competition, become the electronics industry, well-known brands.

All products have passed the CE safety certification and ROHS environmental protection authentication, more importantly, Panasonic Company strictly according to ISO9001: 2000 system to complete its quality assurance system, insist on user-centered, professional technology, stable quality, complete the services allow customers to have cost-effective products.

August 27 journalists from Chery Automobile Co., Ltd. were informed that the company’s Chery Technology Inc. and Taiwan’s BenQ Group The BenQ Materials Co., Ltd. signed the agreement. The two sides will set up a joint venture, cooperative R & D, production and automotive lithium battery separator, the co-development of new energy battery material market.

Both projects, according to the person in charge, lithium battery separator technology is the development of new energy vehicles one of key technologies. The Chery cooperation in technology and materials, BenQ will be auto-film lithium battery isolation as the main product, the product layout and further extended to other new energy materials, membrane materials and automotive markets.

The two sides will play their respective advantages, high-tech Industrial Development Zone in Wuhu, a joint venture Da Nite Materials Science and Technology (Wuhu) Co., Ltd., with each holding 50%. Plans to expand laboratory and experimental lines from the deployment, beginning in 2011 factory plans, projects an investment of 160 million Yuan in 2012 to enter mass production stage trial locally, the annual sales income of 2500-3 100 million Yuan.

Over the years, Chery cars in the new energy field and accelerate the development of key components and industrial progress has made a number of major technological breakthroughs. BenQ Group is the world’s top 500 enterprises in the global IT industry and related materials, the rapid development of industrial technology.

Recently, it is noted that Sales silicon solar cell processing and advanced ink technology is not publicly traded companies Innovalight Inc. Today announced the creation of sales and support offices in Shanghai.

Innovalight is headquartered in Sunnyvale, California. The company is committed to the production of silicon ink, as well as solar cell manufacturing process to provide proprietary technology licensing. Innovalight is not only supported by the venture capital funding, but also by the U.S. Department of Energy to provide additional development funds.

The office will be for the whole of China Innovalight sales and technical support to customers, and recently appointed by the Innovalight Sales Director Raymond Meng of China to manage.

Innovalight Boris Mathiszik VP of Global Sales, said: “We are expanding our business in China, we need closer with our customers.” He added: “We are feeling in China manufacturer of crystalline silicon solar cells growing demand.”

Innovalight has production of silicon-based nano-technology, proprietary ink, and a proprietary platform for the processing technology licensing. The technology for solar cell manufacturing line is easy to improve the performance of solar cells and reduce production costs.

Innovalight recently announced in China, and JA Solar Co., Ltd., and Yingli Green Energy Holdings Limited signed a commercial agreement.

“Nikkei Electronics,” published in the latest issue of Technology Review article about nuclear power. “In” Nikkei Electronics, “the study of nuclear power?”, so presumably there will be many readers mind questions.

In recent years, I have been doing interviews with solar batteries. At present, the solar cell from reaching its original goal – “and the family quite a generating cost of electricity” (Japan, 24 yen / kWh) is getting closer. Solar cell research to further to develop a long-term goal for 2030 is currently continued to promote research and development. The goal is to 7 yen / kWh. It is said that price is the cost of nuclear power, if achieved, then solar energy will become a major one, solar cells have high expectations for the industry.

In this context, a claim that the cost of nuclear power could further reduce the risk of enterprise – the United States Terra Power run out. Since the company is funded by the Bill Gates set up, so in Japan has become a hot topic. Is this what kind of technology would affect the future of solar cells you? The Japanese are naturally full of interest.

Terra Power development called TWR (Travelling-wave Reactor) approach has the following features: fuel replacement frequency up to 60 to 100 years, can be used on Earth is rich in fuel, reactor construction and fuel cycle is relatively simple. Based on these characteristics, the business with confidence, said, “Will be better than the current reactor to further reduce costs.” The company has recruited well-known United States and other countries, researchers, and received venture capital (Venture Capital) of the funding, plans to start early 20s of this century’s first commercial reactor.

Is not he wants the company to achieve goals? Master of its destiny regarded as a collection of fuel cladding tube material. If the final conclusions from it, it seems to be able to immediately apply the material does not exist. Higher degree of combustion, fuel replacement cycle longer, beyond the unprecedented technical barriers is not easy. However, outstanding researchers, a strong venture capital and the speed of doing things can not be ignored. Terra Power said now with the United States, Japan, and Russia, China and India and other countries of the researchers made contact. Terra Power looking forward to the expert said, “Unlike the previous structure, the development of rapid progress is possible.”

Currently, nuclear power and solar cells continue to progress. In the future, the two sides may play their respective advantages while symbiosis. Solar cell can achieve considerable power and nuclear power cost? I plan on Sept. 6, 2010 opening of the International Society of solar cells “EU PVSEC” on the latest trends on solar interviews.