battery club

Seoul City Government, Head of Air Quality Management Lee In-Keun, said: “We are equipped with an advanced operating system for the city and other advanced electric vehicle charging facilities match.”

To promote the use of this environmentally-friendly cars Seoul is committed to ensuring there is adequate public parking electric car parking space to accommodate at least two electric cars, and 25 in the Seoul district office in each district to set a Zhishao charging station.

Recognizing the scarcity of electric vehicle charging facilities to implement the environmentally friendly car is the biggest obstacle, the municipal government on May 28 with three based in Seoul signed an agreement with large retailers Studio 14 battery Studio 1435 battery .

Based on the agreement, Lotte Mart (Lotte Mart) is planning its two branches in Seoul to set electric car charging stations. In addition, E-Mart has set up a charging station that can simultaneously charge two electric cars for free, and in its holy water (Seongsu) branch of electric car to draw the two special parking area.

E-Mart plans during the year in Seoul, set of 6 stores electric vehicle charging facilities and in the near future to provide this service to the city to expand the number of outlets to 25.

Home Plus this month in its Yeongdeungpo (Yeongdeungpo) branch set up an electric vehicle charging facilities. Company plans to eventually make it 25 in Seoul, Home Plus stores offer this service, and from Jamsil (Jamsil) and wood holes (wood holes) and other large stores started Studio 1436 battery Studio 15 battery .

The agreement also allows the supermarket’s customers free of charge before the end of this year charging facilities, its electric cars. However, the Seoul Metropolitan Government and the three businesses have agreed to work together in the future continue to provide free electric car charging service, and electric car drivers will be given further priority.

Electric car charging service to be extended to more people, the Seoul city government has with South Korea last year, the Transportation Security Administration signed an agreement to produce five kinds of high-speed electric vehicles.

One charge of this electric car can travel 180 km after the maximum speed of 150 kilometers per hour. Once South Korea Transportation Safety Board recognized that electric vehicles will be used to monitor and control the city’s air pollution Studio 1535 battery .

Leo Motors, Inc. (Pink Sheets:LEOM) announced that it has developed a more innovative Battery Management System (BMS), to solve the safety and quick charging problems often experienced with Electric Vehicles (EVs).

Leo’s new BMS can charge at a current of up to 4C (4 times the rated capacity of the battery per hour). Existing BMS could only charge at a current of 0.5 C (half of the rated capacity of a battery per hour), For example, a 30 kW DELL battery power pack cannot charge more than 15kW per hour using existing BMS because the BMS can manage only half of the electric power per hour.  Using Leo’s new BMS, the power pack can be fully charged in about 15 minutes under a quick charging mode.

Another improvement of Leo’s new BMS is that the size of the BMS became 70% smaller than existing BMS. Leo intends to develop its technology further, making major parts of the BMS into silicon chip to further minimize the size and reduce the heat emitting from inside of the BMS. Leo also plans to develop its BMS technology to charge at a current of up to 12 C, which would allow a full charge in about 5 minutes .

Leo’s new BMS will be tested by battery manufacturers and EV manufacturers seeking a product dell Inspiron 1100 battery , dell Inspiron 1150 battery  or marketing opportunity. Dr. Robert Kang, CEO, stated, “Our BMS technology is the key to our Company’s continuing development, as it is the most crucial part in EV battery power packs, and is one of the most expensive parts in the entire vehicle.”

About Leo Motors, Inc.

Leo Motors, Inc. is a Korean company incorporated in Delaware, and is engaged in the development, manufacture and sale of electric vehicles (“EVs”) and EV components. Leo has designed many original EVs, and has converted many models of existing internal combustion engine (“ICE”) vehicles into EVs, including scooters, motorcycles, full-speed sedans, highway buses and trucks. Leo Motors has also developed several original EV components, and is actively marketing them as a bundled conversion kit for ICE vehicles dell Inspiron 1300 battery .

Forward-Looking Statement

This press release includes “forward-looking statements” within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. In addition to statements which explicitly describe such risks and uncertainties, readers are urged to consider statements labeled with the terms “believes,” “belief,” “expects,” “intends,” “anticipates,” “will,” dell Inspiron 1420 or “plans” to be uncertain and forward looking. The forward-looking statements contained herein are also subject generally to other risks and uncertainties that are described from time to time in the company’s reports and registration statements filed with the Securities and Exchange Commission.

A diameter of 20 cm of the “glass” put together under the sun’s energy could light a cigarette a few seconds. This is a College of Chemistry and Molecular Sciences, Professor Liu Lijian demo scene.

Professor Liu Lijian said that this is actually a polymer condenser plate, in theory, sunlight intensity can be increased in recent times, the gathering of solar energy can generate temperatures above 600 ℃. His discussion group is using this condenser plates in the solar energy into chemical energy of the “low carbon” technology research.

“Low-carbon economy” is a hot topic in the Copenhagen Climate Conference, before that, the Chinese government for the first time quantified the world public commitment to emission reduction targets, ThinkPad T60 battery the decision to per unit of GDP by 2020, greenhouse gas emissions below 2005 levels by 40% – 45%.

“Low-carbon economy” is essentially to reduce fossil fuels such as coal, petroleum use, as much as possible use of biomass energy, wind energy, solar energy. “Low-carbon economy” rely on technology to ensure implementation. This reporter learned that, in Wuhan University, active in a group engaged in “low carbon” technology experts and scholars, who use biomass, wind, solar and other aspects of the research has been getting better, in the promotion of high-carbon to the “low carbon” , “zero carbon” solid scientific research into the road.

Since 2003, Liu Jian discussion group trying to gather solar energy biomass carbon dioxide and the reaction of carbon monoxide as straw, will not only direct use of solar energy to biomass into gas carbon monoxide, and carbon dioxide into carbon monoxide can also the process of turning sunlight into chemical energy, in order to achieve carbon dioxide recycling, save energy, increase energy, reduce emissions and protect the environment of multiple effects . The process has been completed a small simulation experiment is under way to expand testing.

Liu Jian, China’s annual production of straw is only about 11 million tons, all of them using only the equivalent of less than 400 million tons of carbon, can not meet the huge demand for social and economic development. For this reason, his discussion group also try to gather sunlight directly into carbon dioxide, carbon monoxide, ThinkPad T43 battery ，ThinkPad T43P battery  so not only energy saving, is also expected from the “low carbon” to “zero carbon.”

National New Century 100 million project to train selected persons, Wuhan University, School of Physics, Professor Zhao Xingzhong the discussion group is dedicated to solar cell research, some technologies are close to the world advanced level.

New solar energy as a renewable energy, is considered the most important new 21st century energy sources. To the semiconductor material silicon solar cell, represented the first to flourish. But the production process complicated and costly. In recent years, scientists have been in countries committed to developing a number of low-cost, highly efficient new solar cells. Low-cost dye-sensitized solar cells in recent years scientists of research.

Professor Zhao Xingzhong the auspices of “dye-sensitized solar cell” research in unique home and abroad. Beginning in 2006, over 863 items of the discussion group “solid polymer electrolyte modified nanocrystalline dye-sensitized solar cell research,” by ultrasound irradiation, nano-particles doping technology, targeting solid electrolyte modified. Dyes excited by the sunlight, the electrons into the TiO2 porous film by TiO2 transmitted to the external circuit, can be directly solar energy into electricity. ThinkPad R50 battery ， ThinkPad R50e battery Dye-sensitized solar cell production process does not produce carbon dioxide, does not produce environmental pollution. Unlike traditional silicon solar cells compared to dye-sensitized solar cell silicon cells cost only 1 / 5.

JA Solar entered into a joint development and promotion of Innovalight more than 20% cell conversion efficiency of the protocol, recently introduced SECIUM high-efficiency solar cells.

JA Solar silicon ink using Innovalight nanotechnology R & D, dell Inspiron 1100 battery  its solar cell conversion rate reached 18.9%.

JA Solar CEO, Mr. Fang Peng said: “Through our independent research and development within companies such as Innovalight and other R & D companies such as solar batteries dell Inspiron 1150 battery ,dell Inspiron 1300 battery cooperation, JA Solar will continue to walk in high efficiency solar cell technology and cutting-edge commercial production line . ”

New three-year agreement will Innovalight California headquarters and JA Solar in China R & D centers together to provide a performance improvement under the leadership of the engineering services.

Peach Blossom in the fertilizer West Industrial Park Development Co., Ltd. Hefei Branch vibration and joint development of Zhejiang University, recently created the first hydrogen fuel cell province tour. Vehicle 12, power 5 kW, with a tank 40 liters of hydrogen (current price 100), can run 180 km fully loaded it. This reporter learned that Branch 2 years after vibration plans to produce hydrogen fuel cars.

Ate hydrogen emission is water

June 28, Division Chief Financial Officer Cheng Zhen company showed reporters over to this new energy vehicles. Hydrogen car sat, feeling it run smooth, powerful. Cheng Chao told reporters that the company financed the car, from the vibration, the core technology research and development, Zhejiang University, Division vibration companies have intellectual property rights. At present, the vehicle has been applied for five patents.

And natural gas vehicles, electric vehicles than hydrogen cars more environmentally friendly: natural gas, more or less of sulfur dioxide and nitrogen oxide compounds, the electric car and used batteries VGP-BPS5A , VGP-BPS9 pollution, high efficiency of hydrogen burning just after the emission of pure water. But hydrogen cars are not directly burning hydrogen to obtain energy, but to charge into the hydrogen fuel cell, catalyst at room temperature to obtain electricity and water, energy use, water discharge. Cheng said, the car energy conversion rate is 60%, compared to 30% more gasoline, and is zero pollution.

Simple driving speed of 100 km

Cheng Chao showed reporters a piece of about 20 cm, width of 5 cm one kilowatt batteries VGP-BPS9/B , VGP-BPS9A . Reporter Dian Ledian, this battery weighs about 1 kg. “It’s more expensive than gold, that is the battery, in fact a ‘motor’.” Cheng Chao introduced this piece of 1 kW battery worth 10,000 yuan, “after the cars use batteries to 35 to 50 kilowatts, can reach 100 kilometers per hour . Buses will need 100 kW of battery. ”

In accordance with the current production costs, a hydrogen car to 500,000 yuan, compared with ordinary cars, the car can not cost, there will be market? Cheng Chao answered a reporter’s confusion: It is the early stage of development, especially the battery inside the high cost of proton membrane, this technology is now also in research, future costs may be higher than the current 1 / 10 is slightly higher, will be for public use, ” hydrogen car can drive is simple, no engine, like electric cars, a speed left, Sony battery will ride the electric car people will open. ”

It is reported that hydrogen fuel cells into a life of up to 8 years.

At present, Hangzhou Branch has set up 12 companies vibration hydrogen cars put to use in the West Lake.

Recently, the Nordic Power Systems (NPS) and the California company’s solid acid fuel cell (SAFC) signed a joint development agreement, according to the agreement, SAFC will proceed with research and development company with NPS diesel backup power generation system combined solid acid fuel battery.
 
The next 18 months, SAFC will improve and validate its R & D 1200-watt solid acid fuel cell system with the NPS of the diesel engine is matched. The two companies hope that through this cooperation, to develop a more lightweight, A1148 , A1185  , more quiet, more affordable and more efficient diesel-fuel cell system. NPS plans to apply this technology mobile and stationary backup power systems.

8, the Municipal Committee, Mayor David Ding Wenfeng Hotel, met to participate in the fuel cell industry through co-operation of the project signing ceremony of the Chinese Academy of Engineering and the Hong Kong Hong Baijia in opposite (International) Holdings Group Chairman Fanhuan Hong and his party.

China University of Mining in opposite Academy is a Professor of National Energy Leading Group Expert Advisory Committee, the National Key Basic Research Advisory Group of experts in the field of energy. Hong Baijia (International) Holdings Group is approved by the Government of Hong Kong International Holdings Corporation, in the international financial investment, international chain agencies, international import and export trade, technology development, business management, holding a wealth of experience.

8 am, China University of Mining, Hong Baijia Chongchuan Economic Development Group and co-signing ceremony held in the project. China University of Mining, Hong Baijia Chongchuan Zone Eastern Investment Group in solid oxide fuel cell (SOFC) R & D base, with a total investment of 99.8 million U.S. dollars. It is understood that fuel cell is a chemical reaction of substances released by the energy directly into electricity generation power plant, using chemical energy power generation is currently the world’s most promising power generation methods. The project R & D, producing, planning and construction of a production capacity of 100 million of annual solar cell production line, expected to reach 3.5 billion yuan in output value.

David Ding, introduced a line to Nantong in opposite construction of new energy the situation.

He said the new energy industry is in Nantong, efforts to promote economic restructuring and upgrading to support the development of key industries. Nantong in wind power, solar photovoltaic equipment has a certain size and infrastructure, are actively exploring the development of electric vehicles and other fields. Peng Yuanshi bring solid oxide fuel cell technology-intensive industrial projects, prospects for future development, Inspiron 1525 battery , Inspiron 1526 battery  I believe that the development of new industries will play Nantong good example. He said the development of new industries are often high risk and opportunities, requires all parties to work together, especially the strong support of governments at all levels. He said the Nantong Municipal Government will fully support the project, and actively promote the early realization of large-scale R & D results and commercialization.

Su-Ping Peng said he was optimistic about the regional advantages of Nantong and development potential. He said, Nantong profound human heritage and a good education, and cultural foundation, is ideal for high-tech R & D and industrialization projects settled in, hoping to Nantong these advantages, the high-tech fuel cells into practical productive forces rapidly, in order to create more great wealth. Fan Huanhong thank Nantong government support for the project, expressed confidence in investment prospects.

May 5, China Merchants China Direct Investments Limited, said yesterday that the company’s wholly-owned subsidiary – Tengen Investment Co., Ltd. Shenzhen on April 30 with Shenzhen Ji Yang Automation Technology Co., Ltd. entered into an investment agreement, Tengen agreed to Ji Yang technology into the cash 20 million yuan of capital; and other investors agreed to terms equivalent to Ji Yang a total of 5 million yuan in cash into technology capital.

After injection, Tengen Ji Yang and Technology will hold equity in the enlarged approximately 15.38% interest.

It is understood, Ji Yang is a lithium ion battery technology and super-capacitor production equipment and automated production lines specialized manufacturer for domestic and foreign customers with new energy equipment, solutions and related equipment.

Ji Yang Li-ion battery technology in downstream manufacturing equipment, in particular the field of lithium battery power to achieve a better industry-leading domestic position, its customers include many famous basically the battery manufacturer.

Merchants China Direct Investments, said, as the trend of automation of production of lithium-ion battery, battery manufacturing equipment, will face a good opportunity for development, Ji Yang science and technology as the industry leader in the segment in the next few years to develop rapidly.

Laptop Battery Maintenance 1, activate the new batteries let your laptop battery longevity, there must be a good start, which was talking about from the purchase of notebook. New laptop battery at the first boot with 3 percent of the electricity should be (this is the general practice firms. If you first purchase the notebook open and found that the battery is fully charged, must have been another person used a), this time, you should first do not use external power to battery power exhausted in the remainder until the shutdown, and then use the external power supply charge. After returning home, even after the exhaustion of the battery charge, charging time must be more than 12 hours, repeated three times to activate the battery, in order to lay a good foundation for future use. 2, to minimize the number of battery seems to be some people feel this way stingy, but it is also the most effective. To know the number of  battery charge and discharge directly to the life of a single battery charge, battery on a step forward to retirement. Suggest that you use an external power supply, use an external power supply when the battery removed. Some friends of convenience, often several times a day plug in the power supply, and laptop computers equipped with a battery, do more damage to the battery. Because each time access is equivalent to an external power supply to charge the battery once the battery life shortened by a naturally. 3, battery charge and avoid exhaustion after long charging time regardless of your notebook to use nickel-metal hydride or lithium electricity, to power must be exhausted after the full (capacity less than 1%), it is best to avoid the memory effect Methods. Lithium no memory effect on the argument, I note in the preceding business irresponsible been misled. Lithium also have memory effect, but it is the memory effect than Ni-MH smaller Bale. And battery charging in the same way, when you charge the battery to the laptop, try to avoid too long, the general control within 12 hours. As for the prevention of exposure to prevent damp to prevent the erosion of chemical liquids, avoid contact with the metal battery contacts, etc. Note rechargeable batteries gradually losing is inevitable, but did not master the correct use, and cause the battery to accelerate the “aging” phenomenon is also quite as common as rechargeable batteries have a memory effect. If you often have to maintain the battery charge status, power once again when there is no depletion charge, it could lead to this phenomenon. The proper use of laptop battery is fully discharged from time to time on the first, and then charge to max power. This can maximize the “wake up” the sleeping part of the battery capacity. Full discharge is unplug the external power supply, only use battery power until the power sufficient to support the computer switched on, the best choice in the night time, have sufficient time to discharge, without affecting the rest. But pay attention to the automatic shutdown of the time setting to eliminate. Even so, there is no guarantee to the minimum battery discharge power, as the normal operation still need a considerable amount of power. At this time there is a way: Restart, turn the power on press F2, enter the BIOS setup interface (note: not sure, do not tamper with any settings), to maintain this status until the power is low automatic shutdown, you can fully discharge, which kind of state power consumption is relatively low. Taken from the Ask friends ~ hope to help you. Speaking from the battery materials, batteries currently used in notebook computers are three main points: 1. Nickel-chromium batteries, 2. Ni-MH battery, 3. Lithium battery; they are generally expressed as: Nickel cadmium NI-CD, Ni-MH NI- MH, Lithium LI. 1. Activate the new batteries 2. To minimize the number of battery 3. Electricity charge and avoid exhaustion after the long charging time

The European Commission recently announced the development of the world’s leading electric vehicle technology vision.

  The plan said that within the European Union, Europe will produce a uniform standard battery charger, and the end of next year to develop battery standards.

  EU Industry Minister Antonio Aotajiani (Antonio Tajani) said: “Asia and the United States has begun to develop standards for electric vehicle-related technologies, and Europe must have a set of technical standards. There is no own technical standards, Europe will be difficult to develop electric car market. ”

Ta Jiani also said that although the EU is now leading the future is still uncertain whether the automobile market electric cars, hydrogen cars or other alternative energy vehicles, but all members agreed that the electric car will be to achieve effective long-term low-carbon transport .

At present, the traffic generated emissions of carbon dioxide emissions account for a quarter of the EU.