In the upcoming 2010 Summer Davos Forum in Tianjin, Tianjin, Tianjin transport group will use the provided by the 50 zero-emission electric buses as the domestic and foreign guests to transport, the first batch of 30 pure electric, zero-emission bus has a large has been to Tianjin, another 20 will soon arrive.

Ordinary automobile exhaust carbon monoxide, hydrocarbons, nitric oxide, particulates, ozone and other pollutants greater impact on the environment. The electric cars effectively address the problems of emissions, environmental protection and air cleanliness is very useful.

These electric cars independently developed by domestic companies, is currently the most technologically advanced, most luxurious homemade electric vehicles. Their engine, air-conditioning system driven entirely by four rechargeable lithium batteries, up to 110 kilometers per hour, charging voltage is 380 volts, just charge every 4 to 6 hours, 300 km can be exercised. Battery life is 50 million kilometers, charge and discharge cycles greater than 1000, the maximum degree of climbing up to 20 degrees. It is estimated that energy consumption of the electric car 100 kilometers per ton less than 5 kilowatt hours of electricity use 68 percent lower than with the cost of fuel. During the forum, these electric vehicles will Meijiang Convention Center and between the hotel and tourist city on the tour route running.

Group selection of a skilled traffic management, drivers and maintenance staff of 90 people, formed from a Davos conference services team to provide quality service 24 hours a day. These electric vehicles will also be used such as global climate conference held in the city a series of large-scale international conference, next year will be used in the new eco-city.

Safe and comfortable driving experience noise

Convention and Exhibition Centre on-site reporter Meijiang test ride the electric bus. From the appearance of pure electric power bus passenger the same as ordinary oil, is more spacious inside. Car has 45 seats, seat back angle can be adjusted horizontally and, after seating space for comfort. In addition equipped with emergency buttons, hammers and fire extinguishers and other safety facilities, also has drinking fountains.

In the instrument panel, setting the voltage, current and other kinds of monitoring instruments, to facilitate the driver check the battery capacity and the circuit operation. Electric vehicle with automatic transmission settings, light foot gates (ie, oil powered car in the throttle), you can quickly smooth start. As a result of battery power, the noise is small bus.

August 30 morning team from Tibet came Yueyang City, good news, China Power Investment Sang to 10 MW PV power plant in the Shannan Prefecture Sangri County started construction. This new energy construction projects launched, marking the power supply structure of diversity is the introduction of solar photovoltaic Shannan energy companies to develop the first new large-scale projects. Hunan leader, Nan, deputy secretary of China to study key market players to participate in the sixth installment of aid work the ceremony.

Central China Power Investment Group, the project invested 260 million yuan in Sangri County Chek Hong Estate building, power station solar array consists of 11 0.9 MW of polysilicon square form, installed capacity of 10 MW, 12-month construction period, design and operation of 25 years, is expected to put into operation this year, the 5-megawatt, next year all production, power generation will be incorporated into the Tibet Power Grid, for the benefit of Tibetan people.

City Task Force Sixth Tibet Tibet, the active lead investment enterprises, efforts to promote regional industrial structure Shannan from “321″ to “231″ changes. The use of rich resources and actively introduce photovoltaic solar energy construction companies, and to electricity for the 10 MW PV power plant Sangri building as an opportunity to accelerate the pace of investment will create Sangri County, Jiangbei District, a “solar energy photovoltaic industry base. ” It is understood that in the photovoltaic industry base plan, the district has two solar power station project will be loaded.

Agust 31 August reported that Russia has not yet electric car market, but next year, the Russian nanotechnology group of countries (Rosnano) and Thunder Sky Energy Group (Thunder Sky) will cost 13.9 billion rubles in the Russian implementation of the electric car Lithium-ion battery production project. The production of batteries will be sold to China, but some Russian companies have also expressed interest in this project.

Novosibirsk State Government Information Services Department announced yesterday Thunder Sky Energy Group and the Russian nanotechnology group of countries planning to Novosibirsk lithium-ion batteries to electric vehicle production project, the project cost 139 million rubles. Lithium-ion technology joint venture company (Liotech) has been on February 3, 2010 incorporated. The two sides were 2.24 billion rubles for the project investment, joint venture Nano Group also provides loans of 55 billion rubles. Nano Group that the remaining 39 billion rubles from the joint venture company co-founder of the “external co-investors.” After the news, lithium-ion technology companies in the Novosibirsk Chemical Concentrate Plant (Russian nuclear energy group of countries affiliated enterprises) on the construction site, but the Novosibirsk chemical concentrates plant spokesman said the factory not prepared to participate in project investment.

Nano Group Executive Director Karpov said the Thunder Sky Group is the world’s leading manufacturer of lithium-ion battery, the technical level of its products and prices are highly competitive. Lei-day general manager, said in an interview, the company has been producing battery electric vehicles five years of experience, in 2009 to 30,000 battery electric vehicle produced. Lithium-ion technology company marketing director Alexander Medvedev said that Russia’s annual production capacity plant 12,000 group. He said the company ready to produce batteries of various capacities, including 150 Ah, 300 Ah and 600 Ah. Plant is scheduled to put into production in 2011, production capacity in 2015. By then, the lithium-ion technology company’s revenue will reach 17.1 billion rubles. Polikarpov, said a few years, the joint venture will conduct an initial public offering (IPO) or sale of shares to investors.

Medvedev said that the first four years, lithium-ion technology companies will export all the products in China, but the company hopes to find users in Russia. Passenger transport company with Moscow are already signed a preliminary cooperation Avtoline Agreement - 2010 to 2011 for the company’s 10 buses to install electric motors. Lithium-ion technology company is also working with GAZ Group (GAZ) negotiating for the Sochi Winter Games 500 9-14 electric car.

Avtoline spokeswoman Lyudmila Coues Pavlova said lithium-ion technology company proposed a test drive with electric motor and battery buses. She said that the procurement will be decided after a test drive. GAZ Group, said the spokesman Nixi Mo baby, in September, GAZ Group, Russia’s Olympic Committee is prepared to provide two kinds of electric cars, but she did not say whether the company installed a lithium-ion battery technology equipment.

According to PricewaterhouseCoopers (Pricewater-houseCoopers) forecast sales of electric vehicles globally in 2010 approximately 10 million units by 2012 will grow to 50 million (including the hybrid account will reach 1.1 million). BCG predicts that by 2020, global production of about 14 million electric or hybrid, the battery market will grow to 250 so billion.

Along with the incentives for new energy vehicles continued to strengthen, the central enterprises set up electric car industry coalition, and national 100 billion fund development of new energy vehicles to escort the exposure, between the domestic energy companies charging station construction on the competition is heating up.

Sinopec chairman Su Shulin told the media recently announced that Sinopec will develop the existing gas station network to charge electric vehicles business. Traditional energy giant formally joined the charging station market.

Earlier, National Grid has plans to build 27 cities in the country of 75 charging stations in 2015 will reach 1,700 before; Southern Power Grid is expected to build in the country during the year more than 80 charging stations.

At present, the electric vehicle infrastructure standards and do not complete the promulgation of regulations, the infighting between the energy giants will probably result in duplicate coverage of infrastructure and waste of resources.

Large-scale construction in the energy giant charging facilities, the standard problems surfaced.

July 27, Beijing released electric vehicle charging station, power supply and security specifications of standardized technical guidance document, start building charging stations to provide a feasible technical basis.

Yu, deputy director of Quality and Technical Supervision, Beijing, Hong told the reporter, the guiding document for the standardization of Beijing will play a guiding role in the back of the building. These standards focus on proposed building charging stations in Beijing, site requirements, the provisions of the charging stations should have the basic functions, composition and charging station charging station should meet specific technical requirements, and clear the charging station construction and acceptance criteria .

It is reported that in October of this year, the state will be formally introduced three electric vehicle charging facilities, technical standards, including “electric vehicles, non-car Charger conduction technical conditions”, “Electric Vehicle Charging pile technical conditions” and “non-electric cars Car charger control unit and battery management system communication protocol “, another five are also nervous-making.

A self-cleaning system, sensors detect the rover solar panel through the dust, and clean the battery plates by electrode surface, thus ensuring the smooth panels always in the state.

According to reports, a recent Boston University study claims that scientists, NASA’s Mars Rover technology designed, would be used improve and enhance the Earth’s solar energy utilization efficiency, thereby effectively address global energy issues.

On Mars, if the rover solar panels were covered with dust that is bound to affect the energy output. However, NASA scientists have for the Mars Rover from cleaning system designed to help Mars rover from sand and dust interference. Mars has such a system through the vehicle sensors detect solar panel of dust, clean the battery plates by electrode surface, thus ensuring the smooth panels always in the state.

Boston University scientists Mallinath - Mazudeer have the technology to help NASA design. Mazudeer said the technology will be able to greatly improve the efficiency of large-scale solar power plants. Currently, many large-scale solar power plants are located in full of the dry desert sand.

Mazudeer, said, “If the range of per square meter, down a heavy layer of 4 g of dust, solar energy efficiency will lead to decrease of 40%. In Arizona, the dust is deposited each month, four times in the dust volume. In Australia, the Middle East and India, the dust deposition rate is even higher. ”

2004 Mars rover is using this technology. The technology includes solar panels coated with a layer of indium tin oxide electrode, a transparent electric photosensitive material. Sensors to monitor solar panels surface dust levels. When the dust thickness of a certain critical level, the sensor will activate the light-sensitive material of this power. Then, the battery’s electrodes will produce a wave board sustained static pulse, static pulse to shake off the dust, to ensure the battery plate cleaner and more efficient. Mazudeer explained that this process can be removed in 2 minutes, 90% of the dust, and only a small amount of electricity consumed.

Recently, a U.S. magazine summed up the variety of expected “a dream come true,” the forefront of energy technology, is expected to provide the world with a new energy future. Fuel cells

The use of hydrogen or other fuels such as methanol and other cells is recognized as a clean form of energy supply noise. This technology has been widely used, such as small mobile devices can replace the battery.

Atomic battery

Manufacture of micro atomic reactor is almost impossible, but the use of radioactive material and radiation generated by converting it to electricity is relatively easy. Now, the atomic battery has been used in satellites.

Nuclear isomer

Fourth-generation nuclear weapons one of the key energy resources, energy was 100 times more than high explosive. Through the nuclear isomer to the core X-ray emission, we can get their enormous energy. This technology is suitable for providing electricity to human.

Nuclear fusion

Launch high-speed protons to the target B can generate three helium nuclei and energy is released, this is the principle of non-neutron nuclear fusion technology. The United States is able to promote the development of the fusion reaction generator, it must be small enough to be placed on silicon, a tool for energy. However, this idea was not realistic at present.

Black light

This energy can be obtained by water electrolysis hydrogen to make water into a source of energy.

Zero energy

According to quantum physics, the universe, replete with zero energy for extraction. But the Nobel laureate Steven Weinberg, the universe is not so much zero energy, zero point energy contained in the Earth may be only so much a gallon of gas.

At present, the solar cell from reaching its original goal - “and the family quite a generating cost of electricity,” getting closer. Solar cell research to further develop a long-term goals for 2030, subject of research and development which is continuing.

There was also discussion of the relevant journal issue of nuclear power and solar cells? Must have a lot of people have this question. Growing in society today, people demand more and more attention on energy. So, in the field of nuclear power and solar cells, who would go farther? Become time-led government?

Actual situation

Reporters have been concerned about the reports of the incident solar batteries. Solar cell research to further develop a long-term goal for 2030 is currently continue 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.

A claim that the cost of nuclear power could further reduce the risk of enterprise - the United States TerraPower 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 will affect the future of solar cells it? Japanese interest in this course is full.

TerraPower development called TWR (Travelling-wave Reactor) approach has the following features: the frequency of fuel to replace up to 60 to 100 years, can be used on Earth are rich in fuel, reactor construction and fuel cycle is relatively simple. Based on these characteristics, the business with confidence, “said the reactor could be further than the current cost.” 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.

How can he wants to achieve business goals?

Collection of control over their destiny is the 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. TerraPower said now with the United States, Japan, Russia, China and India and other countries of the researchers made contact. TerraPower looking forward to the expert said, “Unlike the previous structure, the development of rapid progress is possible.”

Suntech Power Holdings Co., Ltd. today announced that Thailand will be the largest in Southeast Asia and even to provide 34.5 megawatts of photovoltaic solar power plant components. The plant from Thailand Bangchak Petroleum owns and operates, is located in Bangkok, Thailand, outside the city, built by the Thai Solartron companies to install, built in Bangkok and its surrounding areas will be on households to provide a constant supply of green power.

Cheung Wong Department of Energy of Thailand satisfied Lat. First effort Christine attended today’s ceremony, Solartron CEO Patama Wongtoythong President, said: “Thailand plans to achieve by 2022 renewable energy accounted for 20% of the entire electricity consumption, so the station The building will undoubtedly become the grand goal of achieving this important milestone in a process. In view of the project has such historical importance, we must select the top companies in the world provide us with high performance and reliability of solar PV components. Suntech photovoltaic industry as a global leader in the components made in terms of output power to ensure industry-leading, worldwide installed products and systems for use with outstanding performance, and we impressed, sure Suntech is a trusted partner. ”

Asia’s rapid economic development, resulting in substantial growth in energy demand

In November 2009 a report issued by the Asian Development Bank expects the region’s energy needs over the next 20 years will have a 2.4% annual growth, 2030 will be a cumulative increase of 80% in 2005. Shang Dejian letter, solar energy technology will grow rapidly in the region’s energy needs solutions. In fact, more and more countries in Asia have begun to realize that, according to Solarbuzz survey, despite the global economic downturn, but solar PV system in the Asian market, but never installed capacity of 630 MW in 2008 to 2009 900 MW years.

Suntech Chairman and CEO Dr. Zhengrong Shi said: “If there is no reliable energy supply, such as China and Thailand for such economies, can not be achieved and sustained its rapid growth, the Asian region, more unable to cope with the growing population pressure. face the reality that traditional fossil fuels being depleted, while the long-term fossil energy development and use of climate and environment have been given tremendous damage. Therefore, we must use nature’s most clean and rich in energy, sustainable development of human inexhaustible power. ”

About Suntech Power Holdings Co., Ltd.

Suntech Power Holdings Co., Ltd. is the world’s leading solar photovoltaic business, the company specializes in crystalline silicon solar cells, modules, silicon thin film solar cells, photovoltaic power generation systems and building integrated photovoltaic (BIPV) product development, manufacturing and sales . In 2009, Suntech Power to achieve crystalline silicon solar cells, modules production capacity of 1,100 megawatts, 704 megawatts of annual shipments of components, is the world’s largest crystalline silicon solar cells, components manufacturer. Its own design, development, production and sales of high-quality, high yield, price excellent, environmentally friendly solar products are widely used in residential, commercial, industrial and public facilities and so on. Suntech has three regions in the global headquarters are located in China, Switzerland and San Francisco, in China has Wuxi, Shanghai, Luoyang, Qinghai and four production bases. Suntech actively working to improve the human living environment and by developing advanced solar solutions to achieve sustainable development.

New energy cars Central Enterprise Alliance “was established recently to build electric car industry to promote the overall development of an open technology platform to raise the overall electric vehicle industry in China’s overall technological level. Prior to that, a widely used solar power, wind power, power grid peak shaving, distributed power plants, telecommunication base stations and other areas of new energy industry base in Guangdong Province, Zhuhai City, landing, and that an investment of 900 million yuan in Zhuhai New Energy and Industrial Park JETCO production over the same period was also the first FAW JETCO new energy electric vehicles, mobile energy storage power station.

It is understood that the current existence of electric cars lithium ion battery, the five major global problem: security issues, consistency issues, rapid charge and discharge issues, life issues and industrial problems. JETCO new energy through the material, technology, management, environmental, structural measures to address these issues in a major breakthrough. In order to expedite the implementation of industrialization, through New Energy Co., Ltd. Zhuhai silver and China Huaneng, Guangdong, Yang Ming set up three wind - solar - storage demonstration projects integrated power system, formed from the lithium-ion battery R & D of new energy production to power the system bus industrial chain. Industrial Park an annual capacity of 100 000 000 Ah battery, 2 000 electric passenger cars, 2,000 electric power and control assembly, the annual output value of 5 billion yuan.

Silver Zhuhai New Energy and Industrial Base through the second phase of the planned total investment of 5 billion yuan, annual output value of 50 billion yuan will be will be the ability to join the ranks of large-scale production of new energy vehicles.

16 central enterprises Electric Vehicle Industry Association recently established, this would mean “national team” big push into the field of new energy vehicles. In the development of new energy vehicles, while charging service network as essential facilities will also be great attention. Late last year, the first electric vehicle charging station in Shenzhen (pile) put into operation, and it includes two cradle station, charging post 134, a total charge capacity of 2480 KVA.

According to the latest plan, to the end of 2012, Shenzhen will build charging station 100, the charge pile 47,500, compared with earlier this year announced plans to build 12,750 additional 34,750.

Power source is a domestic leading enterprises in the field of power electronics, power electronics-based technology has been successfully developed into a group including batteries, battery charging equipment into and high number of new energy products.

Consistency is the current battery constrained the development of new energy automotive industry is an important reason for the company based on battery power electronics technology development group has been able to significantly improve battery technology consistency, through further enhance the battery pack may be used in production. According to State Grid Corporation has announced the plan, the next 5 years UHV investment will be in China more than 2,700 billion, more “Eleventh Five-Year” period of 20 billion investment growth of more than 13 times. From this point of view, “12 5″ during the national grid investment trends in the UHV tilt.

High frequency in the market, the power source also has some strength. Company high voltage frequency converter products through national testing and user relevant departments trial has begun small-batch production. In addition, the energy service company recently announced list of recommendations, the company also made the list. Vigorously promoting energy management in the context of contracts, high voltage inverter, or will become another major part.