Topic:

未来的趋势 — 电动汽车及新能源科学与工程系

Name and Biography of Speaker:

范能平教授

Prof Huang is a Professor at the Faculty of Engineering, Xiamen University Malaysia since April 2017. Prior to this, he served University of Malaya as an Assistant Professor from 2009-2017. Prof. Huang’s research interest is fabrication of graphene and graphene-based nanocomposites.

Prof. Huang was awarded the National Young Scientist 2012 Award by the Ministry of Science Technology and Innovation Malaysia, MASS Young Scientist 2012 Award by the Malaysia Association of Solid States, UM Young Researcher 2012 Award by University of Malaya and Malaysia Rising Star Award by Ministry of Higher Education 2016.
Currently, Prof Huang holds the position of the Head of Department of New Energy Science & Engineering in Xiamen University of Malaysia.

His research focused on the fabrication of graphene based materials for electrical energy storage application. Various types of graphene such as graphene oxide, reduced graphene oxide, graphene nanoplatelets and their composites were explored for the energy storage application. These energy storage devices include supercapacitor, lithium-ion batteries (LIBs), supercapattery and aluminium ion battery.

Graphene is used to replace the conventional anode material (graphite) to enhance its energy density and power density. Graphene is also used to enhance the conductivity of cathode materials of LIBs. Furthermore, graphene can be used to improve the conductivity of the binder materials such as PVDF for enhanced performance.

Prof Huang’s group also investigating the recycling of the energy storage devices as the disposal of these waste will determine the sustainability of the electric energy storage devices and its application. Currently, Prof Huang and his group is working to produce prototype of small electrical vehicle powered by solar panel for higher sustainability.

Details of the Talk:

讲座详情：
在以往10年，车辆电气化的发展速度非常慢。 如今，汽车制造商付出更多努力将其车辆从汽油完全转换为电动模式，甚至还有一些国家正在制定法律禁止汽油车辆。这近几年内，Tesla，Honda，Toyota，Mitsubishi，BYD Auto等汽车制造公司开始快速研发并生产电动汽车。 与过去10年相比，这形成了鲜明的对比

化石燃料资源的减少和环境污染的加剧促进了电动汽车的普及化。 研究表明，如果能源消耗继续以当前的速度持续下去，那么到2050年，二氧化碳的排放量将可能翻倍，这将给环境带来一系列问题。而用可再生能源驱动的电动汽车将会是处理这个问题的关键。

通过本次讲座，你将会了解目前各种类型的电动汽车与其组成要件，以及现今向电动汽车过渡的各种挑战。 有趣的是，我们将有机会深入了解电动汽车最重要、最昂贵的组件之一“电池”。 在下半场的讲座当中，我们将介绍厦门大学马来西亚分校的新能源科学与工程系，这也是你在未来升学上可以纳入考虑范围内的科系。

Remarks:

此讲座适合理科生来参加聆听

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