报告方式：线上：zoom会议，ID：291 500 0758，密码：974282 线下：伯时会堂
报告题目：Modelling and Integration of Large-Scale Voltage Source Converter in Weak Grids
报告摘要：Towards a “Net-zero” energy network, the use of power electronics converters is gradually replacing the domination of synchronous generators in power systems. This is featured by a continuous declination of “Short Circuit Level (SCL)”, which has been highlighted by the National Grid ESO, UK. As a proved technology, Voltage Source Converters (VSCs) are widely employed as the interface converter for PV, wind turbine, Electric Vehicle charger, HVDC, grid-scaled battery storage system, etc.. A well-define challenge is how to operate those VSCs in a continuously weakened power network without compromising the stability both in steady state and during transients. In this presentation, a comprehensive introduction is going to be conducted on the modeling and control strategy of VSCs. This will include converter architecture, role of Phase Locked Loop (PLL), Fault-Ride-Through (FRT) and the principles of cascaded control strategies. A special focus will be placed on the latest development of de-risking the operation of a large-scale VSC in extremely weak grids with uncertainties.
报告人简介：Dong Chen, PhD, IEEE Senior Member,associate editor of IET Power Electronics.Hereceived the B.Eng degree from Southeast University, Nanjing, China, in 2006, M.Sc. degree from Zhejiang University, Hangzhou, China, in 2008 and Ph.D. degree from the Queen’s University of Belfast, Belfast, UK in 2012.He works at the Glasgow Caledonian University, UK.His research interest is power electronics enabled power systems, including DC microgrid, wind energy integration and HVDC. Since 2011, he has published a series of papers in IEEE journals. These include 3 well-received papers with 200+ citations, with highest over 500. His works have been nominated as the best papers in 5 international conferences out of 10 attendances.
He has been a regular reviewer of many well-recognized IEEE transactions since 2011, including IEEE transactions on Power Systems, Power Delivery, Energy Conversion, Smart Grid, Sustainable Energy, Power Electronics, etc.. His verified reviews are within top 1% in the website of publons. He is an active member of several professional working groups including the national committee of British Standard Institution (BSI) – GEL/008, International Electrotechnical Commission (IEC) – SC8A/JWG 5 ,SC8B/WG3.