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MasterHolder:School of Electrical Engineering Liu Yutian Professor

hour  Time:2020Year9month13Sunday (Sunday) afternoon4：00

Place  Point:Lecture Hall on the fourth floor of the Electric Power Building on Qianfoshan Campus

About the speaker:

Mei Shengwei，Professor of Tsinghua University，Vice President of Qinghai University、Director of New Energy Photovoltaic Industry Research Center。Outstanding Youth、Academic leader of the Innovation Group of the NSFC、IEEE Fellow、IET Fellow。Host Fund、973、863、More than 30 projects such as science and technology support plan。Published 10 monographs (2 in English)，Published more than 400 papers，More than 180 SCI papers，57 authorized patents (2 US patents)。Served as "Science Bulletin"、《Science China: Technological Sciences》 、Editorial board member of 18 domestic and foreign journals including "Journal of Control and Application"。Won the second prize of the National Natural Science Award、1 second prize each of the National Science and Technology Progress Award and 12 provincial and ministerial awards。

Report topic: Engineering Game Theory: Ideas, Methods and Applications

Report summary: Game theory is also called game theory，It is a branch of modern mathematics，It is also an important part of operations research，Game theory uses mathematics as a tool，A discipline that quantitatively studies optimization problems in an environment where competition and cooperation coexist，Mainly includes cooperative games、Three branches of non-cooperative game and evolutionary game。Modern power system as a fusion of advanced power、Message、Giant-dimensional information in control and computing technology-Physical System，Its complex structure prompts people to use new analytical methods to deal with different levels of technical challenges，As designed、Planning、Scheduling and control, etc.，Research in recent years shows that，Game theory is expected to become one of the key tools to guide the design and operation of future power grids。In particular, the increasingly open market environment and the integration of large-scale wind and solar power generation into the grid have brought more uncertainties to power system planning、Scheduling、Control and evolution issues，Under appropriate circumstances，All can be modeled and analyzed through game theory。

Host:Graduate School, Party Committee Graduate Affairs Department

Hosted by:School of Electrical Engineering