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Home arrow Conference at a Glance arrow Sessions arrow Dialogue 8: Power Electronics Applications
 
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Thursday, February 28, 11:30 am - 2:00 pm

Dialogue Session 8: Power Electronics Applications

Title

Author(s)

Affiliation(s)

Paper

Variable Frequency Controlled Incremental Conductance Derived MPPT Photovoltaic Stand-Along DC Bus System

Guan-Chyun Hsieh / Yaohwa Chen / Chee Ming Tsai / Hung-Liang Chen

Tung-Nan University of Technology / National Taiwan University of Science and Technology / Chang Gung University / National Taiwan University of Science and Technology

D8.1

High Frequency AC Bus Structure and Gate-Driving System of Thyristor Used in Short-Circuit Fault Current Limiter

wen huiqing / wen xuhui / liu jun / Lu zhengyu

Institute of Electrical Engineering Chinese Academy of Sciences / Institute of Electrical Engineering Chinese Academy of Sciences / Institute of Electrical Engineering Chinese Academy of Sciences / National Key Laboratory of Power Electronics / Zhejiang Unive

D8.2

SiC Based Solid State Power Controller

Xiaohu Feng / Arthur Radun

University of Kentucky / GE-Aviation

D8.3

Development of a high-voltage closed-loop power supply for ozone generation

Carlos Ordiz / J. Marcos Alonso / Marco A. Dalla Costa

Universidad de Oviedo / Universidad de Oviedo / Universidad de Oviedo

D8.4

Novel Direct Current-Space-Vector Control for Shunt Active Power Filters Based on Three-Level Inverters

Oleg Vodyakho / Detlev Hackstein / Andreas Steimel / Taehyung Kim

University of Michigan-Dearborn / University of Hagen / Ruhr-University Bochum / University of Michigan-Dearborn

D8.5

A novel series-in series hybrid active power filter

Liqing Tong / Zhaoming Qian / Lingxiao Xue / Fangzheng Peng

Zhejiang University / Zhejiang University / Zhejiang University / Zhejiang University

D8.6

A new Concept for Induction Heating Converters using IGCT

Manfred Michel / Steffen Bernet / Rainald Luerick

Berlin University of Technology / Berlin University of Technology / ABP Induction Systems

D8.7

A New Power Supply To Ignite And Sustain A Plasma In A Reactive Gas Generator

Ken Tran / Alan Millner

Astex Products / MKS Instruments Inc. / Astex Products / MKS Instruments Inc.

D8.8

Distributed Power Flow Controller Design based-on ETO Light Converter

Wenchao Song

NCSU

D8.9

Active Clamp Flyback Converter with Current sharing scheme

Sheng-Yu Tseng

Cheng Gung University

D8.10

A new bipolar power supply for spark erosion based on a series-parallel resonant inverter

Rosario Casanueva / Francisco J. Azcondo / Christian Branas

University of Cantabria / University of Cantabria / University of Cantabria

D8.11

A Contactless Power Supply for Photovoltaic Power Generation System

Eun-Soo Kim / Sung-In Kang / Jinwon Kang / Kwang-Ho Yoon / Yoon-Ho Kim

Jeonju University / Jeonju University / Jeonju University / Jeonju University / Chung-Ang University

D8.12

Design Issues of Multi-modular Shunt Active Power Filter System

Jianyong Ju / Min Chen / Quan Wang

Zhejiang University / Zhejiang University / Hangzhou DAYOU SciencePOSThttp: / / submissions.miracd.com / apec2008 / AtionRequired=true

D8.13

A Novel Reference Signal Generator for Active Power Filters Based on Recursive DFT

Konstantin Borisov / Herbert Ginn

Mississippi State University / Mississippi State University

D8.14

Highly Efficient Capacitive De-Ionization (CDI) Water Purification System Using a Buck-Boost Converter

Mohammad Alkuran / Norman Scheinberg / Mohamed Orabi

City University of New York / City University of New York / South Valley University

D8.15

PROGRAMMABLE AC POWER SOURCE USED TO ANALYZE ELECTRONIC EQUIPMENT PERFORMANCE IN THE ELECTRICAL POWER SYSTEM QUALITY CONCEPT

Fabio Vincenzi / Leandro Silva / Luiz Gomes de Freitas / Marcos Freitas / Eraldo Fernandes / Joao Vieira Jr. / Luiz de Freitas

CEFET-GO / CEFET-GO / CEFET-GO / CEFET-GO / CEFET-GO / UFU / UFU

D8.16

Short-circuit limitation thanks to a series connected VSC

Seddik Bacha / David Frey / Jean-Luc Schanen / Erwan Le Pelleter

G2ELAB / G2ELAB / G2ELAB / G2ELAB

D8.17

Simple Droop Voltage Control System for Parallel Operation of UPS

Manuel Arias / Diego Lamar / Miguel Rodriguez / Marta Hernando / Arturo Fernández

Universidad de Oviedo / Universidad de Oviedo / Universidad de Oviedo / Universidad de Oviedo / Universidad de Oviedo

D8.18

Analysis and Modeling of Conductive CM and DM Noise in Power Electronic Converters in Electric and Hybrid Electric Vehicles

Adel Nassiri / YounHee Lee

University of Wisconsin-Milwaukee / UW-Milwaukee

D8.19

MPPT Technique Based on The Almost Linear Relation Between Optimal Values of Voltage and Current

Vladimir Scarpa / Simone Buso / Giorgio Spiazzi

University of Padova / University of Padova / University of Padova

D8.20

A LINEAR MOSFET REGULATION SYSTEM TO IMPROVE THE PERFORMANCE OF THE BOOSTER RAMPING POWER SUPPLIES AT THE APS

Guang Feng / Boris Deriy / Ju Wang

Argonne National Lab / Argonne National Lab / Argonne National Lab

D8.21

Basic Application Research on the Thyristor Controlled Reactance Series Compensation by Adjustable Coupling

Zhu Guorong

Huazhong University of Science and Technology

D8.22

10MHz Current Mode Four Switch Buck Boost Converter (4SBBC) for Polar Modulation

Jinseok Park / Jiwei Fan / Kevin Gard / Alex Huang

North Carolina State University / North Carolina State University / North Carolina State University / North Carolina State University

D8.23

Design Considerations for Fuel Cell Powered UPS

Maja Harfman Todorovic / Leonardo Palma / Mirunalini Venkatagiri Chellappan / Prasad Enjeti

Texas A&M University / Universidad de Concepcion / Texas A&M University / Texas A&M University

D8.24

Automotive Alternator Synchronous Rectification Using a Self-Sensing Position Estimation Scheme

Tony O'Gorman

Continental Automotive

D8.25

Application of IEC-60730 Class B Recommendations to a Household Appliance Using an Embedded Controller

Mohammed Arefeen / Agnès Cassin-Delaurière

Texas Instruments Inc. / Texas Instruments Inc.

D8.26

Design and Analysis Artificial Intelligence (AI) research for Power Supply

David Lee

DPEC

D8.27

 
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