IEEE Technical Lecture on "Fractional KVA rating converter doubly-fed variable speed generator systems(DFGs) design and control: an overview"
An IEEE lecture on the topic "Fractional KVA rating converter doubly-fed variable speed generator systems(DFGs) design and control: an overview" is being organized under the aegis of IEEE PELS-IES, PES-IAS Delhi Chapters and Education Society as per the following schedule:
DATE: 29th September 2022
TIME: 12:30 PM to 1:30 PM
TOPIC OF TALK: Fractional KVA rating converter doubly-fed variable speed generator systems(DFGs) design and control: an overviews
Speaker : Prof. Ion Boldea, IEEE Life Fellow, University Politehnica Timisoara, Romania, EU
VENUE: Online
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- Date: 29 Sep 2022
- Time: 12:30 PM to 01:30 PM
- All times are (UTC+05:30) Chennai
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Speakers
Prof Ion Boldea of University Politehnica Timisoara, Romania, EU
Fractional KVA rating converter doubly-fed variable speed generator systems(DFGs) design and control: an overview
In an effort to promote the reduction of KVA ratings(and costs) of power electronics with variable speed electric generators in ac( dc) bus power systems with large renewable energy penetration, on vehicular(marine vessel, aircraft)) power systems and in standby cogeneration systems, the hereby presentation, based on a very recent review paper of ours in IEEE Access, introduces in brief quite a few potentially competitive doubly-fed topologies with their principles, merits, modeling, design , encoderless control aspects and challenges, with some key results on case studies, which hopefully will inspire new R&D progress in the field , at more affordable costs but maintaining high energy conversion performance.
Biography:
Prof. Ion Boldea studied and published extensively on “rotary and liners electric machines, drives and MAGLEVs design ,control and testing for energy saving and increased productivity in various industries: from renewable energy, through e-transport, robotics, industrial drives, home appliances and info-gadjets” since 1976( ISI H-index 41(4173 citations),Scopus H-index 49(8202 citations),Google Academic H-index 61(6246 citations); he wrote more than 20 Monographs and textbooks in USA and U.K on the wide spectrum subjects above ( 6000 citations in World.cat), held IEEE DLs since 2008, intensive Courses in USA, EU,S. Korea, Brasil, tutorials at IEEE Conferences, Technical Consulting annual contracts, hosted IEEE Trans. special issues and spent more than 5 years in many visits since 1973 as visiting scholar in USA
Main expertise : in design and advanced encoder and encoderless control of ac electric motor/generators for applications : in home appliances,intelligent buildings,robotics, industrial processes, variable speed generators -standard and new- in power systems penetrated by renewable energy and in electric transport(cars, trucks, buses trolley buses, underground METRO,regional and high speed trains ); from critical analysis of existing solutions with improvement proposals to potentially- patententable solutions conception, design and control ,with lab prototyping and testing having as support :250+m*m labs and 11 people group(a Research Center for electric energy conversion, processing and storage with advanced digital control for various industries )at University Politehnica Timisoara ,Romania (www.upt.ro”)
He received “IEEE 2015 Nikola Tesla Award” and “2021 EPE-ECCE Outstanding Achievement Award”.
He also cochaired IEEE tech sponsored biannual International Conference OPTIM(now OPTIM-ACEMP) since 1994 and is the founding (since the year 2000)and current Editor in Chief of www.jee.ro, one of the first Internet-only technical Journals. His interests span from Philosophy, Ethics to Gardening.
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