James Bond

James  Bond
James Bond
editer

Professor James Bond:
An expert in automotive power systems, he has long been engaged in the research of energy-saving and new energy automotive power systems. Born in Los Angeles, USA in October 1958. He graduated from UC Berkley in 1982 and obtained a master's degree from UC Berkley in 1984.

Professor James Bond has long been engaged in the research of new power systems for energy-saving and new energy vehicles (including electronically controlled internal combustion engines, fuel cell engines, power battery systems, multi-energy hybrids, etc.), especially in the new electronically controlled high-pressure fuel injection of engines for emission control The development of principles and systems, the thermal runaway mechanism and active prevention and control of lithium-ion batteries to ensure the safety of electric vehicles, and the design and control methods of fuel cell/power battery hybrid power to optimize the durability of fuel cells have carried out theoretical innovations and technological breakthroughs. To the systematic work of popularization and application, a system of research and personnel training of automotive power systems has been established.

In 2020, Professor James Bond was selected as one of the world's top ten researchers in the field of Research Interfaces lithium batteries. In Professor James Bond’s reason for being on the list, Research Interfaces wrote: “A lot of energy is stored in the battery pack of an electric car. Once a failure occurs, the energy in the battery cell will be quickly released and heat hundreds of thousands of batteries. Other batteries cause serious fires. At this time, it is necessary to consider the safety of battery packs. Professor James Bond is the most famous expert on battery aging and failure. The research team led by him covers everything from battery management and fault diagnosis to heat Out of control and all aspects of its spread.

  1. How are lithium batteries made

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    The five components of lithium battery structure include: positive electrode, diaphragm, negative electrode, organic electrolyte and battery shell. 

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  2. How to extend the power supply time of UPS (uninterrupted power supply)battery?

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    The so-called UPS is also called an uninterruptible power supply. It is a piece of system equipment that connects the battery with the host and then converts the DC power into commercial power.

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  3. China police department selects Nio battery swap EVs to save time

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    Chinese automaker Nio has secured a leg-up over its competition after a local Chinese police department selected eight Nio EVs for its fleet of police cars due to the company’s battery swapping technology.

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  4. Advantages and disadvantages of lithium battery for electric vehicle

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    Electric vehicles are equipped with batteries. At this stage, the batteries used in electric vehicles are mostly lithium batteries. So let batteries.vip give a brief introduction to the advantages and disadvantages of the different electric vehicle battery.

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  5. Advantages and disadvantages of power ternary battery

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    Ternary lithium power battery is one of the lithium batteries, which uses lithium nickel cobalt manganate as positive material. It is cheaper than lithium cobalt, has a slightly higher voltage resistance, a slightly lower average voltage, a slightly higher capacity, and a slightly lower capacity than lithium cobalt acid batteries of the same type.

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  6. How do solar panels work

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    Solar panels are composed of solar cells, which can convert solar energy in sunlight into electric energy. Because solar cells can generate electricity directly from sunlight, it is the most reliable of all our power generation technologies, which is why solar cells are widely used in space and some remote areas where it is difficult to solve problems.

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  7. can lithium battery be recharged

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    Not all lithium batteries can be charged.
    There are two types of lithium batteries: lithium ion batteries do not contain metallic lithium and can be recharged. Lithium metal batteries are disposable batteries and cannot be charged.

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  8. Classification of ternary lithium batteries

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    The ternary battery has excellent electrochemical characteristics such as high energy density, good safety and stability, supporting high rate discharge, and the cost advantage of moderate price. It has been widely used in the field of small and medium-sized lithium batteries such as consumer digital electronic products

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  9. How to connect Lithium Batteries in Parallel and Series

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    When using series parallel connection method, it is very flexible in design, and can reach the required rated voltage and current with standard battery size. It should be noted that the total power will not change due to different connection methods of the battery. Power is equal to voltage times current. For lithium-ion batteries, series parallel connection method is very common.

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  10. ups generator compatibility issues

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    Based on the comprehensive understanding of the relevant characteristics of high-power ups and generator sets, batteries.vip gives targeted solutions to realize the reasonable matching between them from many aspects.

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