学术动态

[10月18日]自动化学术论坛:日本千叶大学刘康志教授学术报告会

发布人:cug发表时间:2017-10-12点击:

    报告时间:10月18日(星期三)8:30

    报告地点:自动化学院310报告厅(信息楼3楼)

    报 告 人:刘康志,日本千叶大学教授

    报告题目:Introduction to the Control and Operation Issues in Smart Grid

    内容简介:

    Topic 1:Most control systems are designed based on a plant model. However, in practice it is extremely difficult to get a model that can describe the dynamics of the plant exactly. That is,  there is a gap between the mathematical model and the physical system, which is referred to as model uncertainty.

    In this lecture, we will illustrate in some detail the existence of model uncertainty through several examples.   Then, it will be shown how to treat the control design in face of model uncertainty, which is known as robust         control.This lecture covers the most popular methods in robust control, including the small-gain approach, the passivity  approach and the Lyapunov approach.

    Some industrial applications will also be touched on, if time permitting.

    Topic 2:Modern society is based on the vast consumption of energy. The energy may be in the form of kinetic,     thermal or electrical. But most of them come from fossil energy sources such as petroleum and gas. The consumption   of fossil energy brings about two serious problems: pollution of the environment and the depletion of fossil energy  source.

As a clean, effective and promising alternate to the fossil energy source, renewable energy sources such as wind and  solar energies are being used to generate electrical power world-wide. This renewable energy based power network is  known as smart grid. For the success of smart grid, we need not only the generation technology, but also a system     integration technology to ensure the power quality.

    This lecture illustrates the major problems related to the power quality and show the physical principles on how  to resolve these problems. The topics include the characteristic of power system, economic operation of smart grid   and control of energy storage systems.

    报告人简历:

    1984年毕业于西北工业大学航空自动控制系,1988年和1991年分别获得日本千叶大学电子电气工程专业硕士和博士学位,后就职于千叶大学工学部,现为电气电子工程系教授。曾于2001年在美国Louisiana State University任教1年,是西北工业大学讲座教授、北京科技大学客座教授。

    主要工作领域是控制理论及其工业应用,尤其是鲁棒控制和非线性控制领域的研究。在这个领域,他已单独以及共同出版了6部著作(分别使用日文、中文和英文),包括2016年由美国Wiley出版社出版的英文专著。由于在这个领域作出的学术贡献,获日本计测自动控制学会学术奖励奖1次、优秀论文奖3次。近期致力于智能电网和电气驱动技术的研究。

    历任日本计测自动控制学会会刊、论文集编辑委员会控制小组的负责人,CCC-SICE Joint Conference 2015大会程序委员会日方主席,以及两家国际学术杂志副主编。已被选为2017年度计测自动控制学会理事。