|
November. 29, 2001 update
|
April 3 (Wednesday) 11:10-12:30
O1 Power-Factor-Correction Converters I (Oral Session) |
| O1-1 |
Boost Type Three-phase Diode Rectifier Using Current
Resonant Switch |
|
A. Ueda, Y. Ito, Y. Kurimoto, A. Torii, Aichi Institute
of Technology, Japan |
| O1-2 |
Power Factor Pre-regulator (PFP) with an Improved Zero-Current-Switching
(ZCS) PWM Switch Cell |
|
H. Choi, B.H. Cho, Seoul National University, Korea
|
| O1-3 |
High-Power-Factor Single-Phase Switch Clamped Rectifier |
|
B. Lin, T. Hung, National Yunlin University of
Science and Technology, Taiwan |
| O1-4 |
Steady-State and Dynamic Characteristics of the Class-D
Power Factor Correction Converter Using Magnetic Couplinｇ |
|
F. Kurokawa, H. Matsuo, K. Yokoyama, Nagasaki University,
Japan, H. Watanabe, Shindengen Electric Mfg. Co. Ltd. , Japan
|
|
|
April 3 (Wednesday) 11:10-12:30
O2 Linear Motor (Oral Session) |
| O2-1 |
High Precision Position Control of Linear Permanent
Magnet Synchronous Motor for Surface Mount Device Placement System |
|
S.K. Sul, J.H. Kim, J.W. Choi, Seoul National
University, Korea |
| O2-2 |
A Study on Control of Drive for Vibrator Using
PM-type Transverse Flux Linear Motor |
|
T. Lim, J. Kim, D. Kang, Yeungnam University,
Korea, D. Kim, Korea Electrotechnology Research Institute, Korea
|
| O2-3 |
Fundamental Investigation of LSynRM with Magnetic
Suspension using Armature Winding for Propulsion |
|
T. Ikemi, M. Sanada, S. Sai, S. Morimoto, Y. Takeda,
Osaka Prefecture University, Japan |
| O2-4 |
Sensorless DTC Proplusion of a 1/2-Scale Controlled-PM
LSM Vehicle with Minimum Energy-Loss Attractive-Levitation |
|
K. Yoshida, Kyushu University, Japan,
Z. Dai, Ebara Densan Ltd., Japan |
|
|
April 3 (Wednesday) 11:10-12:30
O3 Shunt Active Filter /Series Active Filter (Oral Session)
|
| O3-1 |
A Concise Assessment of Original and Modified
Instantaneous Power Theory Applied to Four-Wire Systems |
|
V. Staudt, M. Depenbrock, H. Wrede, Ruhr-University
Bochum, Germany |
| O3-2 |
Digital Control of an Integrated Series Active
Filter and Passive Rectifier with Voltage Regulation |
|
A. le Roux, H.duT. Mouton, A.D. le Roux,
Tokyo Institute of Technology, Japan |
| O3-3 |
A DC Model for Transient Analysis of a Series
Active Filter Integrated with a Double-Series Diode Rectifier |
|
H. Akagi, S. Srianthumrong, Tokyo Institute
of Technology, Japan |
| O3-4 |
Unified Power Quality Conditioner (UPQC): the
Principle, Control and Application |
|
D. Xu, J. Gu, H. Liu, M. Gong, Harbin Institute
of Technology, P.R. China |
|
|
April 3 (Wednesday) 11:10-12:30
O4 Power Electronics Applied to Industry, Home Electronics I (Lamps) (Oral
Session) |
| O4-1 |
A Novel Electronic Ballast for HID Lamps Using
a Boost-Type Converter |
|
M.H. Ohsato, Y. Kudo, G. Kimura, Tokyo Metropolitan
University, Japan |
| O4-2 |
Shortening Warm-up Time with Variable Frequency
Control for Projector Lamp Ballast |
|
T. Liang, J. Zheng, C.M. Chuang, J.F. Chen,
National Cheng Kung University, Taiwan |
| O4-3 |
A Series-Resonant Electronic Ballast for Rapid-Start
Fluorescent Lamps with Programmable Starting |
|
W. M. Chen, C. S. Moo, National Sun Yat-Sen
University, Taiwan, H.C. Yen, Fortune Institute of technology Chi-Shan,
Taiwan |
| O4-4 |
Characteristics of the Forward Type High Voltage
Pulse Power Supply for Lamp Type Ozonizer |
|
J. Won, D. Kim, C. Ro, K. Lee, Yeungnam University,
Korea, K. Kim, KyungPook College, Korea, H. Lee,
Kyungnam University, Korea |
|
|
April 3 (Wednesday) 14:00-15:40
O5 DC-DC Converters I (Oral Session) |
| O5-1 |
Duplex Two Switch Forward Transformers Linked
Soft-Switching High Frequency PWM DC-DC Converter with Tapped Inductor Filters |
|
S. Moisseev, M. Nakaoka, Yamaguchi University,
Japan, S. Hamada, Sansha Electric Mfg. Co., Ltd, Japan |
| O5-2 |
Inductor Snubber-Assisted Series Resonant ZCS-PFM
High Frequency Inverter Link DC-DC Converter with Voltage Multiplier |
|
Y. Kurose, K. Ogura, E. Chu, M. Ishitobi, M. Nakaoka,
Yamaguchi University, Japan |
| O5-3 |
An Improved Three Level ZVZCS DC/DC Converter
Using A Tapped Inductor And A Snubber Capacitor |
|
E. Kim, Y. Byun, K. Joe, Korea Electro-technology
Research Institute, Korea, Y. Kim, Chung-Ang University, Korea
|
| O5-4 |
A Family of Soft-Switching Phase-Shift Bidirectional
DC-DC Converters: Synthesis, Analysis, and Experiment |
|
D. Xu, G. Chen, Zhejiang University, P.R.
China, Y. Lee, The Hong Kong Polytechnic University, P.R. China
|
| O5-5 |
A Discussion of Various DC-DC Converters and Their
Application to Power Factor Correction |
|
K. Matsui, I. Yamamoto, M. Mitsuo, Chubu University,
Japan |
|
|
April 3 (Wednesday) 14:00-15:40
O6 PM Drives I (Oral Session) |
| O6-1 |
Advantages of IPMSM with Adjustable PM Armature
Flux Linkage in Efficiency Improvement and Operating Range Extension |
|
L. Ma, M. Sanada, S. Morimoto, Y. Takeda,
Osaka Prefecture University, Japan |
| O6-2 |
Inverter Control Method of IPM Motor to Improve
Power Factor of Diode Rectifier |
|
I. Takahashi, H. Haga, Nagaoka University
of Technology, Japan |
| O6-3 |
Interior PM Synchronous Motor Drive for High Performance
Applications |
|
S. Bolognani, N. Bianchi, University of Padova,
Italy |
| O6-4 |
An Artificial Neural Network for Online Tuning
of Genetic Algorithm Based PI Controller for Interior Permanent Magnet Synchronous
Motor Drive |
|
M. A. Rahman, M. N. Uddin, Memorial University
of Newfoundland, Canada, M. A. Abido, King Fahd University of Petroleum
and Minerals, Saudi Arabia |
| O6-5 |
Comparison between Flux Weakening and PWM Inverter
with Voltage Booster for Permanent Magnet Synchronous Motor Drive |
|
K. Yamamoto, K. Shinohara, H. Makishima, Kagoshima
University, Japan |
|
|
April 3 (Wednesday) 14:00-15:40
O7 Shunt Active Filter I (Oral Session) |
| O7-1 |
Single-Phase Power Active Filter and Compensator
Using Instantaneous Reactive Power Method |
|
B. Dobrucky, M. Pokorny, M. Roch, University
of Zilina, Slovak Republic, H. Kim, Cheonan National Technical College,
Korea, V. Racek, University of Trencin, Slovak Republic |
| O7-2 |
A Novel Method of Compensating Harmonic Currents
Generated by Consumer Electronic Equipments Based on the Correlation Function |
|
T. Tanaka, Y. Nishida, S. Funabiki, Shimane
University, Japan |
| O7-3 |
Experimental Verification of Line Current Detection
type Active Filter Combined with Disturbance-observer |
|
S. Hamasaki, A. Kawamura, Yokohama National
University, Japan |
| O7-4 |
Impact of Zero Sequence Component on Voltage-Source
Converters |
|
B. Ooi, L. Tang, McGill University, Canada
|
| O7-5 |
A Study for Active Filter Using Operating Amplifier
without Harmonics of Switching Frequency |
|
N. Yamamura, R. Moriya, T. Oka, Mie University,
Japan |
|
|
April 3 (Wednesday) 14:00-15:40
O8 Motion Control I (Oral Session) |
| O8-1 |
Perfect Tracking Control Based on Multirate Feedforward
Control and Applications to Motion Control and Power Eectronics |
|
H. Fujimoto, S. Kondo, Nagaoka University of
Technology, Japan, Y. Hori, The University of Tokyo, Japan |
| O8-2 |
A Novel Nonlinear Disturbance Predictor based
on Reconstructed Attractor for Motion Control System |
|
N. Bando, Y. Hori, University of Tokyo, Japan
|
| O8-3 |
A New Adaptive Backstepping Control Algorithm
for Motion Control Systems |
|
J. Yu, J. Chang, Rockwell Scientific Company,
U.S.A. |
| O8-4 |
Comparative Studies of Digital AVR for use on
Engine Generator Between H-infinity Control and Direct Design PID Control |
|
M. Asama, H. Ukai, Naogya Institute of Technology,
Japan |
| O8-5 |
Application of Decision Feedback Recurrent Neursl
Network with Real-Time Recurrent Algorithm |
|
X. Wang, H. Lin, J. Lu, T. Yahagi, Chiba University,
Japan |
|
|
April 3 (Wednesday) 16:10-17:50
O9 Power Devices (Oral Session) |
| O9-1 |
Device Simulation of SiC-GTO |
|
H. Sakata, M. Zahim, Ehime University, Japan
|
| O9-2 |
Optimisation of Local Lifetime Control in High
Power Diode |
|
X. Yuan, F. Udrea, G. Amaratunga, Cambridge
University , U.K. , L. Coulbeck, P. Waind, Dynex Semiconductor Ltd.,
U.K. |
| O9-3 |
High Frequency Power Electronic Systems are Given
by the Newest Generation of CoolMOS C3 Together with SiC-Schottky Diode |
|
L. Lorenz, Infineon Technologies AG, Germany
|
| O9-4 |
Dynamic Behaviour of New IGBT and EMCON-diodes
for Low and High Voltage Applications |
|
L. Lorenz, Infineon Technologies, Germany
|
| O9-5 |
Development of 6.5kV Class IGBT with Wide Safety
Operation Area |
|
K. Mochizuki, Fukuryo Semicon Engineering
Corporation, Japan, E. Suekawa, S. Iura, K. Satoh, Mitsubishi Electric
Corporation, Japan |
|
|
April 3 (Wednesday) 16:10-17:50
O10 PM Sensorless Drives (Oral Session) |
| O10-1 |
Mirror-Phase Characteristics of High-Frequency
Current in AC Motors with Pole-Saliency and Position Estimation Methods
for Sensorless Vector Control |
|
S. Shinnaka, Kanagawa University, Japan
|
| O10-2 |
Initial Rotor Position Estimation of Interior
Permanent Magnet Synchronous Motor |
|
D. Kaneko, Y. Iwaji, K. Sakamoto, T. Endo,
Hitachi Ltd., Japan |
| O10-3 |
Characteristics and Analysis of the Permanent
Magnet Synchronous Motor with Closed Slot Stator Core for Position Sensorless
Drive |
|
T. Baba, I. Masukane, K. Matsuse, Meiji University,
Japan, H. Ohta, Aichi Electric Co Ltd, Japan, K. Obayashi,
Ashikaga Institute of Technology, Japan |
| O10-4 |
Walsh Function Based Position Sensorless Drive
of Salient Pole PM Motor |
|
N. Kobayashi, K. Choeisai, S. Kondo, Nagaoka
University of Technology, Japan |
| O10-5 |
Extended Kalman Filter Tuning in Sensorless PMSM
Drives |
|
S. Bolognani, University of Padova, Italy,
M. Zigliotto, University of Udine, Italy |
|
|
April 3 (Wednesday) 16:10-17:50
O11 Analysis and Simulation (Oral Session) |
| O11-1 |
Analysis of Power Electronics Systems Including
Cascaded Induction Machines with Modified Nodal Analysis |
|
S. Kato, N. Hoshi, K. Oguchi, Ibaraki University,
Japan |
| O11-2 |
Unified Newton Framework for the Steady State
Simulation of Networks with Multiple AC-DC Converters |
|
J. Arrillaga, N. R. Watson, University of
Canterbury, New Zealand, G. N. Bathurst, UMIST, UK |
| O11-3 |
Computer Algorithm to Analyze Stability of Power
Electronic Systems |
|
Y. Kuroe, Kyoto Institute of Technology, Japan
|
| O11-4 |
A Study on Dynamic Mode Transition of Clamped-Mode
Series Resonant Converter |
|
S. Kida, T. Hikihara, Kyoto University, Japan
|
| O11-5 |
On the Dynamics and Control of Asymmetric Half-Bridge
Converters |
|
J. Sun, Rockwell Collins, Inc. , U.S.A.
|
|
|
April 3 (Wednesday) 16:10-17:50
O12 Distributed Generation (Oral Session) |
| O12-1 |
Direct Power Control for Distributed PV Power
System |
|
J. Lin, Kuang Wu Institute of Technology,
Taiwan, C. Hua, National Yunlin University of Science and Technology,
Taiwan |
| O12-2 |
Utility Interactive AC Module Photovoltaic System
with Frequency Tracking and Active Power Filter Capabilities |
|
C. Wekesa, T. Ohnishi, The University of Tokushima,
Japan |
| O12-3 |
Study on Maximum Power Point Tracking of Wind
Turbine Generator Using a Flywheel |
|
M. Kobayashi, A. Koyanagi, H. Nakamura, Y. Suzuki,
R. Shimada, Tokyo Institute of Technology, Japan |
| O12-4 |
Variable Speed Constant Frequency Power Generating
System by the Use of Rotor Excitation of Induction Machine |
|
Y. Kawabata, Osaka Prefectural College of
Technology, Japan, Y. Morine, T. Oka, E.C. Ejiogu, T. Kawabata, Ritsumeikan
University, Japan |
| O12-5 |
Sensorless Multiscalar Control of Double Fed Machine
for Wind Power Generators |
|
Z. Krzeminiski, The Electrotechnical Institute,
Poland |
|
|
April 4 (Thursday) 10:50-12:30
O13 Multi-Level Inverters (Oral Session) |
| O13-1 |
High Efficiency, Low Harmonic Distortion Power
Amplifier Using Multilevel Inverter |
|
K. Iwaya, I. Takahashi, Nagaoka University
of Technology, Japan |
| O13-2 |
Generalized Discontinuous DC-link Balancing Modulation
Strategy for Three-level Inverters |
|
L. Helle, S. Munk-Nielsen, Aalborg University,
Denmark, P. Enjeti, Texas A&M University, U.S.A. |
| O13-3 |
Half-Bridge Neutral Point Diode Clamped Rectifier
For Power Factor Correction |
|
B. Lin, D. Chen, National Yunlin University
of Science and Technology, Taiwan |
| O13-4 |
Introduction of a Hybrid Multi-Converter System
and Its Control Strategy |
|
S. Fukuda, Y. Kubo, M. Kitano, Hokkaido
University, Japan |
| O13-5 |
Control Strategy of a Three-Phase Five-Level Double
Converter with Adjustable DC Voltage for Induction Motor Drives |
|
T. Miyamoto, T. Ishida, K. Matsuse, Meiji
University, Japan, K. Sasagawa, Fuji Electric Corporate Research
and Development, L. Huang, Tsinghua University, P.R.China |
|
|
April 4 (Thursday) 10:50-12:30
O14 IM Drives I (Oral Session) |
| O14-1 |
Novel Decoupled Controller for Vector Controlled
Induction Motor Without Rotor Constant in the Final Formula |
|
Y. Sasakura, T. Kawakami, E.C. Ejiogu, T. Kawabata,
Ritsumeikan University, Japan, Y. Kawabata, Osaka Prefectural
College of Technology, Japan |
| O14-2 |
High-Performance Adaptive Speed Controller for
Induction Motor with Input-Output Linearization |
|
W. Wang, C. Wang, C. Chen, National Taiwan
University of Science & Technology, Taiwan |
| O14-3 |
Robust Vector Control of Induction Motor Using
Full-Order Observer in Consideration of Core Loss |
|
M. Hasegawa, Chubu University, Japan,
S. Furutani, Mitsubishi Electric Corporation, Japan, S. Doki,
Mie University, Japan, S. Okuma, Nagoya University, Japan |
| O14-4 |
Fast Search Controllers for Efficiency Maximization
of Induction Motor Based on DC Link Power Measurement |
|
C. Chakraborty, C. Ta, T. Uchida, Y. Hori,
University of Tokyo, Japan |
| O14-5 |
Zero-Switching-Loss PWM Rectifier of Converter
without DC Link Components for Induction Motor Drive |
|
K. Iimori, K. Shinohara, Y. Matushita, Kagoshima
University, Japan, M. Muroya, Kagoshima National College of Technology,
Japan |
|
|
April
4 (Thursday) 10:50-12:30
O15 Power Quality Control (Oral Session) |
| O15-1 |
Experiment on Voltage Sag Compensation With Minimum
Energy Injection by Use of a Micro-SMES |
|
S. Polmai, T. Ise, S. Kumagai, Osaka University,
Japan |
| O15-2 |
A Compensator for Voltage Sags and Unbalances
with Reduced Energy Storage Capacity |
|
M. Aredes, O.G.S. Castelloes, UFRJ - Federal
University of Rio de Janeiro, Brazil |
| O15-3 |
Minimal Energy Control for a Dynamic Voltage Restorer |
|
H. Kim, Cheonan National Technical College,
Korea |
| O15-4 |
Configuration of DC Loop Type Quality Control
Center |
|
M. Saisho, T. Ise, K. Tsuji, Osaka University,
Japan |
| O15-5 |
Development of a Novel Power Apparatus to Make
up for Voltage Dips and Interruptions Based on Quick Reversible Operation
of a Power Converter |
|
M. Ohshima, Tokyo Electric Power Co., Inc.,
Japan, F. Nakamura, S. Tamai, Y. Yamamoto, H. Mori, Mitsubishi Electric
Co., Japan |
|
|
April
4 (Thursday) 10:50-12:30
O16 Power Electronics Applied to Industry, Home
Electronics II (Electromagnetic)
(Oral Session) |
| O16-1 |
An Improved Zero Voltage Soft Switching PWM High-Frequency
Inverter with Active Inductor Snubber for Induction Heated Roller |
|
H. Kunimoto, S. Muraoka, S. Chandhaket, A. Atsushi,
M. Nakaoka, Yamaguchi University, Japan |
| O16-2 |
Development of Induction Heated Hot Water Producer
using Soft Switching PWM High Frequency Inverter |
|
H. Sakadata, H. Shirai, M. Nakaoka, Yamaguchi
University, Japan, H. Omori, H. Yamashita, I. Hirota, Matsushita
Electric Industrial Co., Japan |
| O16-3 |
A Design of Induction Cooker that Load Turbo Inverter
Algorithm |
|
D.M. Shin, J.C. Kim, M.K. Lee, LG Electronics
CA Division, Korea, K.H. Koh, H.Y. Lee, Kyungnam University, Korea
|
| O16-4 |
Novel Noise Improvement on PMSM with Concentrated
Winding |
|
Y. Asano, Y. Honda, H. Murakami, Matsushita
Electric Industrial Co.,Ltd., Japan, Y. Takeda, S. Morimoto, Osaka
Prefecture University, Japan |
| O16-5 |
Load Voltage Stabilization of Non-contact Energy
Transfer Using Three Resonant Circuit |
|
H. Abe, Matsushita Electric Works, Japan,
H. Sakamoto, K. Harada, Sojo University, Japan |
|
|
April
4 (Thursday) 14:00-15:40
O17 Utility Interface I(Oral Session)
|
| O17-1 |
Analysis of the DC Current Ripple of a Three-Phase
Buck+Boost PWM Unity Power Factor Rectifier |
|
J. W. Kolar, Swiss Federal Institute of Technology
(ETH) Zurich, Switzerland, M. Baumann, Vienna University of Technology,
Switzerland |
| O17-2 |
New Space Vector Modulation Based High-Frequency
Link Soft-Switching Converter for Ac System Line Interface |
|
M. Matsui, S. Ohba, T. Kitano, Tokyo Institute
of Polytechnics, Japan, D. Xu, Zhejiang University, P.R. China
|
| O17-3 |
A Three-Phase Single-Stage AC/DC Boost Integrated
Parallel Resonant Converter |
|
F. Hamdad, A. Bhat, University of Victoria,
Canada |
| O17-4 |
Soft Switched Three Phase Single Boost Rectifier |
|
D. Tokushima, H. Isikawa, D. Wang, H. Naitoh,
Gifu University, Japan |
| O17-5 |
Utility Interactive Inverter Controllable for
Wide Range of DC Input Voltage |
|
T. Uematsu, K. Tanaka, Y. Takayanagi, H. Kawasaki,
TDK Corporation, Japan |
|
|
April 4 (Thursday) 14:00-15:40
O18 IM Sensorless Drives (Oral Session) |
| O18-1 |
Sensorless Vector Control of Induction Motor with
Stator Resistance Identification Based on Augmented Error |
|
T. Hamajima, S. Okuma, Nagoya University,
Japan, M. Hasegawa, Chubu University, Japan, S. Doki, Mie
University, Japan |
| O18-2 |
Sensorless Vector Control of Induction Motor at
Zero Frequency |
|
T. Takeshita, Y. Nagatoshi, N. Matsui, Nagoya
Institute of Technology, Japan |
| O18-3 |
High Frequency Injection Method Improved by Flux
Observer for Sensorless Control of Induction Motor |
|
K. Ide, J. Ha, M. Sawamura, H. Iura, Y. Yamamoto,
Yaskawa Electric Corporation, Japan |
| O18-4 |
Characteristics of Speed Sensorless Vector Control
of Parallel Connected Dual Induction Motor Fed by A Single Inverter |
|
H. Kawai, Y. Kouno, K. Matsuse, Meiji University,
Japan |
| O18-5 |
Synchronization of Output Voltage Waveforms in
Three-Phase Inverters for Induction Motor Drives |
|
F. Blaabjerg, Aalborg University, Denmark,
V. Oleschuk, Aalborg University, Denmark, and the Academy of Sciences,
Republic of Moldova, F. Lungeanu, Danfoss Drives A/S - Low Power
Drives, Denmark |
|
|
April 4 (Thursday) 14:00-15:40
O19 Noise and Loss Analysis (Oral Session) |
| O19-1 |
3D-MoM Analysis of Radio Frequency Noise Radiation
from HVDC Converter Station |
|
S. Tanabe, Y. Murata, H. Chishaki, Mitsubishi
Electric Corporation, Japan, N. Miyazaki, The Kansai Electric Power
Co., Inc., Japan |
| O19-2 |
Modeling and Simulation of a Power Electronic
Converter for EMC |
|
T. Kato, Y. Ohtomo, Y. Ishihara, K. Harada,
Doshisha University, Japan |
| O19-3 |
Conducted Emission of Active Snubber Boost Converter
at Design Stage |
|
W. Khan-Ngern, C. Tantisukarom, King Mongkut's
Institute of Technology Ladkrabang (KMITL), Thailand |
| O19-4 |
Practical Power Loss Simulation Analysis for Soft
Switching and Hard Switching PWM Inverters |
|
E. Hiraki, M. Yoshida, M. Yamamoto, M. Nakaoka,
Yamaguchi University, Japan |
| O19-5 |
Simulink Model of a Three Level Converter Leg
Including Device Losses |
|
S. Munk-Nielsen, M.M. Bech, R. Teodorescu, J.K.
Pedersen, Aalborg University, Denmark |
|
|
April 4 (Thursday) 14:00-15:40
O20 Application for Electrical Vehicles (Oral Session) |
| O20-1 |
Ferrite Core Couplers for Inductive Chargers |
|
F. Nakao, Y. Matsuo, M. Kitaoka, H. Sakamoto,
FDK Corporation, Japan |
| O20-2 |
High Performance Digital PI Current Regulator
for EV Switched Reluctance Motor Drives |
|
S.E. Schulz, K.M. Rahman, General Motors Advanced
Technology Vehicles, U.S.A. |
| O20-3 |
Development of Position Sensorless Control System
on Electric Vehicle Driven Permanent Magnet Synchronous Motor |
|
R. Masaki, S. Kaneko, M. Hombu, T. Sawada,
Hitachi, Ltd, Japan, S. Yoshihara, Hitachi Car Engineering Co.,
Ltd, Japan |
| O20-4 |
Series and Parallel Connections Change Over System
for Electric Double Layer Capacitors (EDLCs) to Electric Vehicle Energy
Saving |
|
E. Takahara, H. Sato, Meisei University, Japan,
J. Yamada, Power Systems Co., Ltd., Japan |
| O20-5 |
Vehicle Stability Improvement Based on MFC Independently
Installed on 4 Wheels -Basic Experiments using "UOT Electric March II"- |
|
T. Okano, T.C. Hwa, T. Inoue, T. Uchida, S. Sakai,
Y. Hori, University of Tokyo, Japan |
|
|
April 4 (Thursday) 15:40-17:30
D1 DC-DC Converters II (Dialogue Session) |
| D1-1 |
High Frequency Link Transformer Secondary Side
Phase-Shift Active Switch Assisted Soft Switching DC-DC Power Converter |
|
M. Abdullah Al, T. Morimoto, K. Saitoh, M. Nakaoka,
Yamaguchi University, Japan |
| D1-2 |
Study on Magnetizing Inductance of High Frequency
Transformer in the Two-Transistor Forward Converter |
|
D. Xu, Zhejiang University, P.R. China,
J. Zhang, W. Chen, J. Liu, F.C. Lee, Virginia Polytechnic Institute
and State University, P.R. China |
| D1-3 |
Circuit Configuration of Bidirectional DC/DC Converter
Specific for Small Scale Load Leveling System |
|
K. Hirachi, M. Yamanaka, Yuasa Corporation,
Japan, K. Kajiyama, M. Isogane, The Chugoku Electric Power Co.,Inc,
Japan |
| D1-4 |
A Method to Improve the Output Voltage of DC-DC
Converters by Using New Virtual L and C Filters |
|
P. A. Dahono, Bandung Institute of Technology,
Indonesia |
| D1-5 |
Characteristic of Full Resonant ZCS Converter
Using Synchronous Rectifier |
|
A. Kato, A. Ueda, A. Torii, Aichi Institute
of Technology, Japan |
| D1-6 |
Novel Switching Control Method for Soft-Switching
DC-DC Converter at Light Loads |
|
H. Kon, H. Kira, Toshiba Corporation, Japan
|
| D1-7 |
Improved Zero-Voltage-Transition (ZVT) Boost Converter
Using Coupled Inductor and Low-voltage Zener Diode |
|
I. Lee, D.Y. Lee, B.H. Cho, Seoul National
University, Korea |
|
|
April 4 (Thursday) 15:40-17:30
D2 Inverter Techniques (Dialogue Session) |
| D2-1 |
Single-Phase Soft-Switched Current-Source Inverter
for Utility Interactive Photovoltaic Power Generation System |
|
H. Oishi, Oita National College of Technology,
Japan, H. Okada, Oita University, Japan, K. Ishizaka, R. Itoh,
Fukuoka University, Japan |
| D2-2 |
Control of a Three-Phase Voltage Source Rectifier
with Buck-Boost Operation |
|
T. Takauchi, S. Fukuda, A.Moki, Hokkaido University,
Japan |
| D2-3 |
The Power Factor Control System of Photovoltaic
Power Generation System |
|
K-H. Koh, H. W. Lee, K. Y. Suh, Kyungnam University,
Korea, K. Taniguchi, Osaka Institute of Technology, Japan |
| D2-4 |
Comparative Studies on Three-Phase Rectifiers
with Half-Voltage DC Outputs |
|
K. Oguchi, T. Tanaka, N. Hoshi, T. Kubota,
Ibaraki University, Japan |
| D2-5 |
Design and Implementation of a DSP-Embedded UPS
Controller for High-Performance Single-Phase On-Line UPS Systems |
|
Y. Tzou, Y. Feng, C. Lai, S. Lin, National
Chiao Tung University, Taiwan |
| D2-6 |
A Study of Instantaneous Value Control with Voltage
Variation Compensation for UPS Inverters |
|
Y. Igarashi, T. Izumi, T. Yokoyama, T. Haneyoshi,
Tokyo Denki University, Japan |
| D2-7 |
Power-Factor-Corrected Distortion-Free Constant-Voltage
Constant-Current AC Power Supply Using Variable Capacitance Devices |
|
A. Katsuki, T. Arai, M. Matsushima, Kyushu
Institute of Technology, Japan |
| D2-8 |
Converter Control with Help of Orthogonal Space
Vectors - Novel Control Strategy and Novel Topologies |
|
M. Hashad, J. Iwaszkiewicz, The Electrotechnical
Institute, The Gdaｎsk Branch, Poland |
| D2-9 |
Phase Synchronization Using Zero Crossing Sampling
Digital Phase-locked Loop |
|
F. Dawson, S. Pavljašević, University
of Toronto, Canada |
| D2-10 |
A New Approach for Digital PLL Control Using Estimated
Quadrature Two Phase Frequency Detection Method |
|
S. Sakamoto, T. Izumi, T. Yokoyama, T. Haneyoshi,
Tokyo Denki University, Japan |
| D2-11 |
Influence of High-frequency Loading in DC-link
Fuses |
|
F. Blaabjerg, F. Iov, Aalborg University,
Denmark, K. Ries, Cooper Bussmann International, Inc., Denmark
|
|
|
April 4 (Thursday) 15:40-17:30
D3 SR and Others (Dialogue Session) |
| D3-１ |
A New Switched Reluctance Motor Drive Circuit
for Torque Ripple Reduction |
|
H. Ishikawa, D. Wang, H. Naitoh, Gifu University,
Japan |
| D3-2 |
Magnetization Characteristics Analysis of SRM
by Simplified Non-linear Magnetic Analysis |
|
Y. Kano, T. Kosaka, N. Matsui, Nagoya Institute
of Technology, Japan |
| D3-3 |
Position and Velocity Control of Sensorless Synchronous
Reluctance Motor Using Disturbance Observer Based on High Frequency Current |
|
M. Tamaoki, M. Tomita, Gifu National College
of Tech., Japan, Z. Chen, S. Okuma, Nagoya University, Japan,
S. Doki, Mie University, Japan |
| D3-4 |
Sensorless Speed Control of Synchronous Reluctance
Motor Using RTLinux |
|
T. Hanamoto, T. Tsuji, Kyushu Institute of
Technology, Japan, H. Ikeda, Yonago National College of Technology,
Japan, Y. Tanaka, Kitakyushu National College of Technology, Japan
|
| D3-5 |
A Fundamental Investigation about Maximum Torque
Control of Synchronous Reluctance Motor |
|
J. Nakatsugawa, Y. Kawabata, T. Endoh, M. Kitamura,
J. Kaneda, Hitachi Ltd., Japan |
| D3-6 |
An Electrical Movable Roller Using a Thin Iron
Tube |
|
K. Watanabe, N. Hiyoshi, M. Aono, Ehime University,
Japan |
| D3-7 |
Performance Improvement by Self Self-Dither for
Power Amplifier |
|
Y. Koga, T. Yamaguchi, H. Kiwaki, Kyushu Sangyo
University, Japan |
| D3-8 |
A Novel Common-Mode Sinusoidal Inverter Output
Filter with Variable Inductor |
|
X. Dianguo, M. Hongfei, Harbin Institute of
Technology, P.R. China |
|
|
April 4 (Thursday) 15:40-17:30
D4 Analysis of Power Electronic Systems (Dialogue Session) |
| D4-1 |
Small-Signal Analysis of a Dual Channel Resonant
DC-DC Buck Converter |
|
J. Hamar, I. Nagy, I. Denes, B. Buti, E. Masada,
Science University of Tokyo, Japan |
| D4-2 |
Analysis of Permanent Magnet Synchronous Motor
Using Artificial Neural Network |
|
S. Wahsh, A. S. Elwer, Electronics Research
Institute, Egypt, M. Badr, K. Saleh, Ain-Shams University, Egypt
|
| D4-3 |
Dynamic Analysis of Hybrid Wind/Diesel System
with Three-Level Inverter |
|
F. Ghali, S.H. Arafah, Electronics Research
Institute, Egypt |
| D4-4 |
Transformer Loss Analysis of a Multi-Output Phase-Shift
PWM Converter with Mag-Amp Postregulation |
|
W. Chen, M. Chen, C. Chen, Taiwan University,
Taiwan |
| D4-5 |
The Time-frequency Analysis of the Harmonics with
Wavelet-transform for the Power Electronics Systems |
|
G. Takata, J. Tahara, M. Michihira, A. Tsuyoshi,
K. Amako, Kobe City College of Technology, Japan, H. Omori, K. Yasui,
Matsushita Electric Industrial Co., Japan |
| D4-6 |
Characteristic of Parallel Connected Power Converters
by Use of ETM-PWM Scheme in Distribution Line |
|
H. Shiraishi, Y. Tsuchiide, J. Baba, K. Shutoh,
E. Masada, Science University of Tokyo, Japan, M. Ohshima, Tokyo
Electric Power Co.,Inc, Japan |
| D4-7 |
Statistical Circuit Analysis Based on SABER |
|
D.L. Li, X.N. He, J. Zhang, Y. Deng, R.X. Zhao,
Zhejiang University, P.R. China |
| D4-8 |
Analysis of an AC LC Ladder Circuit with Spiral
Vector Theory |
|
K. Seki, Mitsubishi Electric Corporation,
Japan |
|
|
April 4 (Thursday) 15:40-17:30
D5 Shunt Active Filter II (Dialogue Session) |
| D5-1 |
A Resonance Dumping Control for a Line-current
Detection Type Active Filter |
|
H. Tokuda, I. Amano, N. Eguchi, Fuji Electric
Corporate Research and Development, Ltd., Japan |
| D5-2 |
Implementation of Single-phase pq Theory |
|
T. Ise, Osaka University, Japan, M.T.
Haque, Tabriz University, Iran |
| D5-3 |
Control an Active Filter in Unbalanced Non-sinusoidal
Source Voltages |
|
H. Kim, Aalborg University, Denmark |
| D5-4 |
Ultra Fast Response Control System for Active
Power Filter |
|
A. Ohyagi, A. Ueda, A. Torii, Aichi Institute
of Technology, Japan |
| D5-5 |
Single-Phase Shunt Active Power Filter with Novel
Harmonic Detection Algorithm |
|
M. Rukonuzzaman, M. Nakaoka, Yamaguchi University,
Japan |
| D5-6 |
Active Filter Controlled by Differentiation of
Current Vector |
|
Y. Minamoto, Niihama National College of Technology,
Japan, T. Ohnishi, The University of Tokushima, Japan |
| D5-7 |
An Adaptive Current Control Technique for Active
Filters |
|
S. Fukuda, Y. Furukawa, H. Kamiya, , Hokkaido
University, Japan |
| D5-8 |
A Novel Method of Calculating Current Reference
for Shunt Active Power Filters without Hardware Synchronization |
|
X. Dianguo, M. Gong, H. Liu, Harbin Institute
of Techonology, P.R. China |
| D5-9 |
Analysis and Operation of Hybrid Active Filter
for Harmonic Elimination |
|
T. Hung, B. Lin, National Yunlin University
of Science and Technology, Taiwan |
| D5-10 |
Digitally Controlled Three-phase Active Filter
with Partially Resonant Circuit |
|
T. Oshikata, H. Matsuo, F. Kurokawa, Nagasaki
University, Japan |
|
|
April 4 (Thursday) 15:40-17:30
D6 Photovoltaic Generation (Dialogue Session) |
| D6-1 |
Study on Dynamic and Static Characteristics of
Photovoltaic Cell |
|
K. Ujiie, T. Izumi, T. Yokoyama, T. Haneyohi,
Tokyo Denki University, Japan |
| D6-2 |
Application of the Extension pq Theory to a Mains
Coupled Photovoltaic System |
|
Y. Komatsu, Ritsumeikan University, Japan
|
| D6-3 |
A Research on Photovoltaic Energy Controlling
System with Maximum Power Point Tracking |
|
X. Sun, W. Wu, X. Li,. Q. Zhao, Yanshan University,
P.R. China |
| D6-4 |
Robust Control for Maximum Power Point Tracking
in Photovoltaic Power System |
|
N. Kasa, T. Iida, Okayama University of Science,
Japan, G. Majumdar, Mitsubishi Electric Corporation, Japan |
| D6-5 |
Suppressive Control of the Resonance Current Between
PV System and Power Utility |
|
K. Kawasaki, H. Sugimoto, A. Horiuchi, Fukui
University, Japan |
| D6-6 |
A Novel Simulation Technique of the PV Generation
System using Real Weather Conditions |
|
H. Yamashita, K. Tamahashi, M. Michihira, A. Tsuyoshi,
K. Amako, Kobe City College of Technology, Japan, M. Park, Osaka
University, Japan |
| D6-7 |
Investigation for optimal Performance of a Photovoltaic
(PV) Powered Clinic |
|
A. Zahedi, Monash University, Australia
|
| D6-8 |
Experimental Implementation Complete Photovoltaic
System Using FLC |
|
A. M. A. Mahmoud, H. EL. Khashab, M. N. F. Nashed,
National Research Center, H.M. Mashaly, S.A. Kandil, Ain Shams
University, Egypt |
| D6-9 |
Low Cost Highly Efficient of Complete PV System |
|
M. N. F. N. Fahmy, National Research Center,
Egypt |
| D6-10 |
Photovoltaic System Interconnected with the Mains
Power Supply Utilizing Two Processing Stages |
|
D. C. Martins, R. Demonti, Federal University
of Santa Catarina, Brazil |
|
|
April 4 (Thursday) 15:40-17:30
D7 Application for Traction Systems (Dialogue Session) |
| D7-1 |
Feed Forward FLC for PMSM Drives |
|
S. Wahsh, I. Edwar, Electronics Research Institute,
Egypt, M. Badr, Ain Shams University, Egypt |
| D7-2 |
A New Estimation Method of State of Charge using
Terminal Voltage and Internal Resistance for Lead Acid Battery |
|
S. Sato, A. Kawamura, Yokohama National University,
Japan |
| D7-3 |
Traction Control Characteristics of 4WD Vehicle
with Anti-Directional-Twin-Rotary Motor |
|
T. Okubora, M. Suhara, A. Kawamura, Yokohama
National University, Japan |
| D7-4 |
Maximizing the Photovoltaic Array Power of a Solar-Electric
Vehicle |
|
M. Wilson, N. Dillman, M.M. Morcos, Kansas
State University, U.S.A. |
| D7-5 |
A Study for Electric Double Layer Capacitor (EDLC)
Application to Railway Traction Energy Saving including Change Over between
Series and Parallel Modes |
|
E. Takahara, T. Wakasa, Meisei University,
Japan, J. Yamada, Power Systems Co., Ltd., Japan |
| D7-6 |
Control Characteristics of an Induction Motor
Speed Sensorless Control System for the Railway Vehicle Traction |
|
K. Kondo, K. Matsuoka, Railway Technical Research
Institute, Japan, K. Yuki, T. Hasebe, Toshiba Corporation, Japan
|
| D7-7 |
Pass-Through-Section Experiment in Mass-Reduced-Mode
of Controlled-Repulsive PM LSM Maglev Vehicle by New DTC Method |
|
K. Yoshida, H. Takami, Kyushu University,
Japan, A. Fujii, Toyota Motor Corporation, Japan |
| D7-8 |
Adhesion Control in Low-Speed Region and Experiment
Verification with Considering Low-Resolution Pulse Generator |
|
M. Cao, K. Takeuchi, T. Furuya, A. Kawamura,
Yokohama National University, Japan |
| D7-9 |
Measurement of the Tractive Force and the New
Adhesion Control by the Newly Developed Tractive Force Measurement Equipment |
|
A. Kawamura, K. Takeuchi, T. Furuya, Y. Takaoka,
K. Yoshimoto, Yokohama National University, Japan, M. Cao, Corporation
for Advanced Transport & Technology, Japan |
| D7-10 |
Dynamic Load Simulator for High-speed Elevator
System |
|
H. Ryu, S. Kim, S. Sul, Seoul National University,
Korea, T. Kwon, K. Kim, Y. Shim, K.R. Seok, Hyundai Elevator Co.
Ltd., Korea |
| D7-11 |
Development of Energy-Saving Elevator Using Regenerated
Power Storage System |
|
S. Tominaga, I. Suga, H. Araki, H. Ikejima,
Mitsubishi Electric Co., Japan, M. Kusuma, K. Kobayashi, Tokyo Electric
Power Company, Japan |
|
|
April 4 (Thursday) 15:40-17:30
D8 Motion Control II (Dialogue Session) |
| D8-1 |
Research on Inertia Identification and Auto-tuning
of Speed Controller for AC Servo System |
|
Y. Guo, L. Huang, Tsinghua University, P.R.
China, M. Muramatsu, Hitachi, Ltd, Japan |
| D8-2 |
The Analysis of Gain Selection in Adaptive Backstepping
Motion Control |
|
J. Yu, J. Hu, J. Chang, Rockwell Science Center,
U.S.A. |
| D8-3 |
Vibration Control of Flexible Robotic Arms Using
Robust Model Matching Control |
|
K. Ishihata, J. Lu, T. Yahagi, Chiba University,
Japan |
| D8-4 |
Design of a Fuzzy Logic Controller(FLC) of PH
By The Genetic Algorithms(GA) |
|
M. Khemliche, , D. Mokeddem, A. Khellaf, University
FERHAT ABBAS, Algerie |
| D8-5 |
Basic Research on Power Limb Using Variable Stiffness
Mechanism |
|
N. Hata, Y. Hori, University of Tokyo, Japan
|
|
|
April 5 (Friday) 10:50-12:30
O21 Inverter Techniques (Oral Session) |
| O21-１ |
Accurate Compensation for Non-linearity of VSI
Inverter Output Voltage |
|
H. Zhao, Z. Yang, Myway Labs Co. Ltd., Japan,
A. Kawamura, Yokohama National University, Japan |
| O21-2 |
Novel Modulation Method of Single-phase Bridge
Inverter for Improved Utilization of Power Devices |
|
K. Kawaguchi, S. Godo, T. Kawabata, Ritsumeikan
University, Japan |
| O21-3 |
Performance Improvement of Direct-Power-Controlled
PWM Converter Using Novel Switching Table |
|
T. Noguchi, N. Van Hung, Nagaoka University
of Technology, Japan |
| O21-4 |
Design and Analysis of Output Filter for 3-phase
UPS Inverter |
|
J. Kim, C. Choi, J. Choi, Chungbuk National
University, Korea |
| O21-5 |
Novel Control for Redundant Parallel UPSs with
Instantaneous Current Sharing |
|
Y. Xing, L. Huang, Tsinghua University, P.R.
China, S. Sun, Power Electronics Lab.(Beijing) of Lite-On Electronics,
P.R. China,Y. Yan, Nanjing University of Aeronautics and Astronautics,
P.R. China |
|
|
April 5 (Friday) 10:50-12:30
O22 Switched Reluctance Motor (Oral Session) |
| O22-1 |
An Application of Sensorless Drive Technology
to a Three-Phase Hybrid Stepping Motor Drive |
|
S. Ogasawara, Okayama University, Japan
|
| O22-2 |
Noise Reduction for Switched Reluctance Mortor
with a Hole |
|
K. Hiramoto, K. Nakata, M. Sanada, S. Morimoto,
Y. Takeda, Osaka Prefecture University, Japan, H. Yamai,
Daikin Air-Conditioning R&D Laboratory, Japan |
| O22-3 |
An Improved Sensorless Drive Method of Switched
Reluctance Motors Using Impressed Voltage Pulse |
|
H. Guo, W. Lee, T. Watanabe, O. Ichinokura,
Tohoku University, Japan |
| O22-4 |
The Operation Analysis and Efficiency Improvement
of Switched Reluctance Motors with High Silicon Steel |
|
M. Hasegawa, N. Tanaka, A. Chiba, T. Fukao,
Musashi Institute of Technology, Japan |
| O22-5 |
Slip Power Recovery Systems Based on Brushless
Doubly Fedreluctance Machines |
|
M.G. Jovanovic, University of Northumbria
at Newcastle, UK, R.E. Betz, University of Newcastle, Australia
|
|
|
April 5 (Friday) 10:50-12:30
O23 Analysis and Control (Oral Session) |
| O23-1 |
A Novel Approach to Induction Motor Controller
Design and Implementation |
|
A. Aounis, M. McCormick, M. Cirstea,
De Montfort University, UK |
| O23-2 |
Development of Digital Optimum Predictive Control
Implementation for Gradient Magnetic Field Current Controller in MRI System |
|
S. Watanabe, Matsue National College of Technology,
Japan, H. Takano, Hitachi Medical Corporation, Japan, M. Nakaoka,
Yamaguchi University, Japan |
| O23-3 |
A Frequency Dependent Model for Induction Motor
Using Network Synthesis Theory |
|
A. Kunakorn, King Mongkut's Institute of Technology
Ladkrabang, Thailand |
| O23-4 |
Harmonic Resonance Phenomenon in the DC Circuit
of the Inverter to drive LSM |
|
I. Kawaguchi, A. Okui, H. Ikeda, Railway Technical
Research Institute, Japan, Kouki Matsuse, Meiji University, Japan
|
| O23-5 |
Modeling, Analysis and Control of Bidirectional
Power Flow in Grid Connected Inverter Systems |
|
S. Sivakumar, P.Eng, K. Liu, KB Electronics
Limited, Canada, S. Sivakumar, Saint Mary's University, Canada
|
|
|
April 5 (Friday) 10:50-12:30
O24 Application for Railways (Oral Session) |
| O24-1 |
Re-adhesion Control of Electric Motor Coach Based
on Disturbance Observer and Sensor-less Vector Control |
|
K. Ohishi, S. Kadowaki, Nagaoka University
of Technology, Japan, I. Miyashita, S. Yasukawa, Toyo Electric Manufacturing
Co, Ltd, Japan |
| O24-2 |
Basic Study of Anti-slip Control without Speed
Sensor for Multiple Motor Drive of Electric Railway Vehicles |
|
T. Watanabe, M. Yamashita, Railway Technical
Research Institute, Japan |
| O24-3 |
Application of Speed Sensorless Control to Railway
Traction Field |
|
K. Yuki, T. Heimi, T. Hasebe, I. Yasuoka,
Toshiba Corporation, Japan |
| O24-4 |
Control Methods and Characteristics of Power Converter
with Large Capacity for Electric Railway System |
|
S. Hase, T. Konishi, A. Okui, Y. Mochinaga,
Railway Technical Research Institute, Japan, K. Murata, S. Kawai,
Japan Railway Construction Public Corporation, Japan, M. Sonetaka,
Metropolitan Intercity Railway Corporation, Japan, H. Sakai, Hitachi,
Ltd., Japan, T. Kanai, Toshiba Corporation, Japan, Y. Tagami,
Mitsubishi Electric Corporation, Japan, M. Ono, Meidensha Corporation,
Japan, K. Baba, Fuji Electric Corporation, Ltd., Japan |
| O24-5 |
Advanced Static Power Converter and Control Components
for TRANSRAPID Maglev System |
|
U. Henning, R. Hoffmann, J. Hochleitner, Siemens
AG, Germany |
|
|
April 5 (Friday) 14:00-15:40
O25 Power Conversion Techniques (Oral Session) |
| O25-1 |
Synchronization to Utility Network Signals Containing
a High Level of Disturbances |
|
F. Dawson, S. Pavljašević, University
of Toronto, Canada |
| O25-2 |
AC Chopper Using Four Switches |
|
T. Shinyama, A. Ueda, A. Torii, Aichi Institute
of Technology, Japan |
| O25-3 |
Application of ARCP Matrix Converter to AC/DC
Conversion |
|
J. Oyama, T. Higuchi, T. Abe, S. Matsuba,
Nagasaki University, Japan |
| O25-4 |
A New Resonant Voltage Controller for Fast AC
Voltage Regulation of a Single-Phase DC/AC Power Converter |
|
J.C. le Claire, Bd de l'Universite, France
|
| O25-5 |
Evaluation of Power Losses in Power Electronic
Converters for Industrial Applications: Comparison among Hard Switching,
ZVS and ZVS-ZCS Converters |
|
F. Profumo, M.C. Caponet, A. Tenconi, Politecnico
di Torino, Italy |
|
|
April 5 (Friday) 14:00-15:40
O26 Motor Drive Techniques (Oral Session) |
| O26-1 |
Experimental Comparison of Insulation Systems
for IGBT PWM Inverter Fed Low-Voltage Induction Motors |
|
D. Hwang, D. Park, Y. Kim, Korea Electrotechnology
Research Institute (KERI), Korea, D. Kim, Yeungnam University,
Korea, M. Kim, Yeungnam College of Science & Technology, Korea,
I. Lee, Hyosung Company, Korea |
| O26-2 |
New Methods to Suppress Common Mode Noises Produced
in the Motor Drive System |
|
N. Mutoh, M. Ogata, K. Guletz, F. Harashima,
Tokyo Metropolitan Institute of Technology, Japan |
| O26-3 |
Motor Current Measurement Using Time-modulated
Signals |
|
E. Persson, International Rectifier Corporation,
U.S.A. |
| O26-4 |
On- and Off-State Copper Losses in Foil Windings |
|
J. Lavers, University of Toronto, Canada
|
| O26-5 |
Angstrom Positioning System Using a Giant Magnetostriction
Actuator for High Power Applications |
|
H. Nakano, Ibaraki University, Japan |
|
|
April 5 (Friday) 14:00-15:40
O27 Utility Applications (Oral Session) |
| O27-1 |
Development of Railway Static Power Conditioner
used at Substation for Shinkansen |
|
H. Morimoto, M. Ando, Y. Mochinaga, Railway
Technical Research Institute, Japan, T. Kato, J. Yoshizawa, Japan
Railway Construction Public Corporation, Japan, T. Gomi, East Japan
Railway Corporation, Japan, M. Miyashita, S. Funahashi, Mitsubishi
Electric Corporation, Japan, M. Nishitoba, S. Oozeki, Meidensha
Corporation, Japan |
| O27-2 |
Development of the 2nd Generation SVCS Using IEGT |
|
M. Tobita, T. Kanai, T. Yoshino, Toshiba Corporation,
Japan |
| O27-3 |
Unified Power Flow Controller (UPFC) under Nonlinear
Control |
|
B. Lu, B.T. Ooi, McGill University, Canada
|
| O27-4 |
Performance of a Self-Commutated BTB System under
a Single-Line-to-Ground Fault Condition |
|
M. Hagiwara, H. Akagi, Tokyo Institute of
Technology, Japan, H. Fujita, Okayama University, Japan |
| O27-5 |
Power Loss and Size Evaluation of a High Power
IEGT Converter |
|
T. Nakajima, S. Fujioka, S. Tanabe, K. Kawasaki,
Tokyo Electric Power Company, Inc., Japan, H. Takeda, Toshiba
Corporation, Japan |
|
|
April 5 (Friday) 14:00-15:40
O28 Energy Storage (Oral Session) |
| O28-1 |
Balance Charging Circuit for Charge Equalization |
|
Y.C. Hsieh, C.S. Moo, I.S. Tsai, National
Sun Yat-Sen University, Taiwan |
| O28-2 |
Development of Redox Flow Battery for Load-Leveling |
|
N. Tokuda, M. Furuya, Y. Kikuoka, The Kansai
Electric Power Company, Inc., Japan, Y. Tsutsui, T. Kumamoto, T. Kanno,
Sumitomo Electric Industries, Ltd., Japan |
| O28-3 |
Application Study of SMES to Power Conditioning
in High-speed Railways |
|
Y. Tsuchide, J. Baba, K. Shutoh, E. Masada, Science
University of Tokyo, Japan, K. Kubo, Fujitsu Limited., Japan
|
| O28-4 |
Operation-Mode Control of Active-Clamped Bi-directional
Flyback Converter as EDLC Charger and Discharger |
|
T. Ninomiya, M. Yamashima, Kyushu University,
T. Kohama, Fukuoka University, Japan |
| O28-5 |
Supercapacitors as Energy Buffers: a Solution
for Elevators and for Electric Buses Supply |
|
A. Rufer, P. Barrade, Laboratoire d'Electronique
Industrielle Ecole Polytechnique F´ed´erale de Lausanne, Switzerland
|
|
|
April 5 (Friday) 15:40-17:30
D9 Soft-switching and Snubber Techniques (Dialogue Session)
|
| D9-1 |
High Precision AC/AC Power Supply Unit Based on
DSP Controlled PWM Inverter |
|
T. Adam, F. Toth, I. Ajtonyi, University of
Miskolc, Hungary |
| D9-2 |
Advanced Application of Power-MOSFET to Large
Capacity Converter |
|
T. Matsukawa, T. Takaku, S. Tsuji-Iio, R. Shimada,
Tokyo Institute of Technology, Japan, K. Shimada, Japan Atomic
Energy Research Institute, Japan, M. Shioyama, Nomura Research Institute,
Japan, J. Nomura, Toshiba Corporation, Japan |
| D9-3 |
Non-Dissipative Snubber for Rectifying Diodes
Applied to a Front-end Power Supply |
|
M. Hirokawa, TDK Corporation, Japan,
T. Ninomiya, Kyushu University, Japan |
| D9-4 |
Realization of Matrix Electric Power Conversion
with Practicality |
|
Y. Xi-jun, Y. Peng-sheng, C. Yi-long, L. Huai-gang,
G. You-min, Shanghai University, P.R. China |
| D9-5 |
Compact High Energy-Efficient AC-AC Converters
and Applications |
|
J. Chang, A. Wang, Rockwell Scientific Company,
U.S.A. |
| D9-6 |
A CPLD-based Control IC for Three-phase Auxiliary
Resonant Snubber Inverter |
|
N. Hoshi, K. Oguchi, Ibaraki University, Japan
|
| D9-7 |
Space Voltage Vector Modulated Three Phase Soft
Switching Inverter using Auxiliary High Frequency Pulse Current Transformer
- Assisted Resonant Snubbers and Its Performance Evaluations |
|
C.Y. Inaba, H. Iyomori, M. Rukonuzzaman, E. Hiraki,
M. Nakaoka, Yamaguchi University, Japan |
| D9-8 |
Development of the Composite Soft Switcing Technique
for Power Converters and Inverters |
|
X. He, Y. Deng, J. Kong, L. Hu, Zhejiang University,
P.R. China, Z. Yang, Myway Labs Co., Ltd., Japan |
|
|
April 5 (Friday) 15:40-17:30
D10 Power-Factor-Correction Converters II (Dialogue Session)
|
| D10-1 |
Characteristic of Three-Phase Boost Type Rectifier
with LC filter in AC side |
|
S. Ando, A. Ueda, A. Torii, Aichi Institute
of Technology, Japan |
| D10-2 |
Three-Phase PWM-Current-Source-Type PFC Rectifier (Theory
and Practical Evaluation in 13kW Real Product) |
|
Y. Nishida, T. Kondoh, Nihon University,
Japan, M. Ishikawa, K. Yasui, Niwa Electric Co. Ltd., Japan
|
| D10-3 |
A Novel Hysteresis Current Control Scheme for
Single Switch Type Single Phase PFC Converter |
|
S. Nagai, A. Hirota, Akashi National College
of Technology, Japan, M. Abdullah Al, M. Rukonnuzamman, M. Nakaoka,
Yamaguchi University, Japan |
| D10-4 |
Evaluation of Output Filter Capacitor Current
Ripples in Single Phase PFC Converters |
|
D. Xu, M. Chen, Zhejiang University, P.R. China,
M. Matsui, Tokyo Institute of Polytechnics, Japan |
| D10-5 |
Driving Circuit for Single-Pulse Soft-Switching
PFC Converter |
|
H. Baba, K. Taniguchi, Osaka Institute of
Tecnology, Japan, M. Ogawa, M. Kawaji, Matsushita Electric Industrial
Co., Ltd., Japan |
| D10-6 |
A Power Factor Correction with LC Resonance in
Commercial Frequency |
|
I. Yamamoto, K. Ohtsuka, Chubu University,
Japan, K. Matsui, Y. Yao, Netsuren Co Ltd, Japan |
|
|
April 5 (Friday) 15:40-17:30
D11 Utility Interface II (Dialogue Session) |
| D11-1 |
Auxiliary Active Resonant Commutated Snubber-Assisted
3-Level 3-Phase Voltage Source Soft-Switching Inverter |
|
M. Yamamoto, E. Hiraki, S. Sato, M. Nakamura,
M. Nakaoka, Yamaguchi University, Japan |
| D11-2 |
General Expression of Multilevel Inverter PWM
Method: Principle and Application |
|
H. Wu, X. He, Zhejiang University, P.R.
China |
| D11-3 |
Novel Three Level Inverter Having Their Own Active
Filter |
|
H. Giga, A. Suzuki, K. Mitsui, Chubu University,
Japan |
| D11-4 |
Computation and Measurements of the DC Link Current
in six-phase Voltage Source PWM Inverters for AC Motor Drives |
|
F. Profumo, M.C. Caponet, A. Tenconi, Politecnico
di Torino, Italy |
| D11-5 |
Soft-Switching PWM High-Frequency Link DC Power
Converter Operating at Low Voltage High Current Input |
|
H. Muraoka, Hiroshima National College of
Maritime Technology, Japan, K. Sakamoto, Kobe University of Mercantile
Marine, Japan, M. Nakaoka, Yamaguchi University, Japan |
| D11-6 |
FFT Analysis of the Composite PWM Voltage Source
Inverter |
|
S. Nonaka, Kyushu Electric College, Japan,
K. Harada, Kinki University, Japan |
| D11-7 |
A Simple Scheme Based on Space-Vector Pulse-width
Modulation for Three-Phase Rectifier |
|
L. Zhiqiang, L. Hongli, W. Hongwen, Hebei
University of Technology, P.R. China |
| D11-8 |
Novel Strategy for Soft-Switching PAM Inverter
System |
|
T. Sodeyama, K. Taniguchi, T. Morizane, N. Kimura,
Osaka Institute of Technology, Japan |
|
|
April 5 (Friday) 15:40-17:30
D12 PM Drives II (Dialogue Session) |
| D12-1 |
Neural Network Based High Efficiency Drive for
Interior Permanent Magnet Synchronous Motors Compensating emf Constant Variation |
|
N. Urasaki, T. Senjyu,, K. Uezato, University
of the Ryukyus, Japan |
| D12-2 |
Influence of Dead-time Compensation on Rotor Position
Estimation in Surface Mounted PM Machines using HF Voltage Injection |
|
C. Silva, G. M. Asher, M. Sumner, The University
of Nottingham, UK |
| D12-3 |
A Study on Predictive Control for Multi Modes
of Synchronous Motor in Servo System |
|
H. Sun, L. Li, X. Wang, G. Song, Hebei University
of Technology, P.R. China |
| D12-4 |
Identification and Control of Brushless DC Motors
Using On-lineTrained Artificial Neural Network |
|
C. Tarasantisuk, C. Tarasantisuk, King Mongkut's
Institute of Technology, Thailand, W. Piyarat, Srinakharinwirot
University, Thailand |
| D12-5 |
Novel Control Scheme for Adjustable Speed Synchronous
Machine Drives |
|
T-H. Chin, M. Nakano, Sophia University, Japan
|
| D12-6 |
Sensorless Position and Velocity Control of Cylindrical
Brushless DC Motors at Low Speed Using Eddy Current |
|
H. Takashima, M. Tomita, Gifu National College
of Technology, Japan, Z. Chen, Nagoya University, Japan,
M. Satoh, Aichi Emerson Electric Company, Japan, S. Doki, Mie
University, Japan, S. Okuma, Nagoya University, Japan |
| D12-7 |
Control Method for IPM Motor without Position
Sensor |
|
S. Hagiwara, Y. Ohmori, H. Kobayashi, Toyo
Electric Mfg. Co., Ltd., Japan |
| D12-8 |
Comparison between V/f Control and Position-Sensorless
Vector Control for Permanent Magnet Synchronous Motor |
|
J. Itoh, N. Nomura, H. Ohsawa, Fuji Electric
Corporate Research and Development, Ltd.,Japan |
|
|
April 5 (Friday) 15:40-17:30
D13 IM Drives II (Dialogue Session) |
| D13-1 |
Speed Control of Induction Motors Using a Nonlinear
Auto-Disturbance Rejection Controller |
|
K. Sun, L. Huang, G. Feng, Queens University,
Canada |
| D13-2 |
Efficiency Optimized Speed Control of Field Oriented
Induction Motor Including Core Loss |
|
M. A. Mannan, T. Murata, J. Tamura, Kitami
Institute of Technology, Japan, T. Tsuchiya, Hokkaido University,
Japan |
| D13-3 |
A Novel Approach to Modelling and Control of Active
Front-End Inverters Feeding Induction Motors |
|
C. Attaianese, V. Nardi, G. Tomasso, University
of Cassino, Italy |
| D13-4 |
Comparison of Variable Speed Drives for Single-Phase
Induction Motors |
|
F. Blaabjerg, Aalborg University, Denmark,
F. Lungeanu, K. Skaug, A. Aupke, Danfoss Drives, Denmark |
| D13-5 |
Analytical Model for the Time and Frequency Domain
Analysis of Space-vector PWM Inverter Fed Induction Motors Based on the
Laplace Transform of the Space Vectors |
|
J. Klima, Technical Faculty of CZU, Czech
Republic |
| D13-6 |
Voltage-Oriented Vector Control of Induction Motor:
Principle and Performance |
|
J. Sun, Y.D. Li, Tsinghua University, P.R.
China |
| D13-7 |
Design, Implementation and Performance Evaluation
of a Parallel Resonant DC Link Circuit for 3-Phase PWM Inverter fed Induction
Motors |
|
C. Charumit, S. Sae-Sue, Ch. Manee-in, V. Kineres,
King Mongkut's Institute of Technology Ladkrabang, Thailand |
| D13-8 |
Overmodulation Strategies of Inverter-fed AC Drives |
|
S. Halasz, I. VARJASI, A. Zakharov, Budapest
University of Technology and Economics, Hungary |
| D13-9 |
A Simplified MRAS Based Sensorless Vector Control
Method of Induction Motor |
|
Y. Umesaki, M. Tsuji, R. Nakayama, K. Izumi,
Nagasaki University, Japan |
|
|
April 5 (Friday) 15:40-17:30
D14 Modelling and CAD (Dialogue Session) |
| D14-1 |
Modern and Intuitive Way of Teaching Space Vector
Calculus and PWM in an Undergraduate Course |
|
U. Drofenik, J.W. Kolar, Swiss Federal Institute
of Technology Zurich, Switzerland |
| D14-2 |
Signal Flow Graph Modeling of DC-DC Parallel Converter
with Coupled Inductors |
|
M. Veerachary, T. Senjyu, K. Uezato, University
of the Ryukyus, Japan |
| D14-3 |
A New Algorithm for Fast Retrieval of Sequence
Components in 3-Phase Networks |
|
F.P. Dawson, C. Li, University of Toronto,
Canada |
| D14-4 |
Modeling of Switching Conditions of a Multilevel
Inverter Structure with Neural Networks in Control Environment |
|
K. Gulez, N. Mutoh, F. Harashima, Tokyo Metropolitan
Institute of Technology, Japan, K. Ohnishi, Keio University, Japan,
H. Pastaci, Yildiz Technical University, Turkey |
| D14-5 |
Application of Data Sheet Based Dynamic Semiconductor
Models in the Simulation of Inverter Welding Power Sources |
|
W. Fischer, H. Mecke, Otto - von - Guericke
- University of Magdeburg, Germany |
| D14-6 |
Investigation of an Active Gate Drive Concept
for Series Connected GCTs |
|
D. Schroeder, H. Kuhn, Technical University
of Munich, Germany |
| D14-7 |
Investigation of Possible Network Interactions
between Turbine-generator Trains and Converters in the Power Network at
the Oil Platform Visund |
|
M. Hernes, B. Gustavsen, SINTEF Energy Research,
Norway |
|
|
April 5 (Friday) 15:40-17:30
D15 Special Applications for Power Systems (Dialogue Session)
|
| D15-1 |
Control of Self Commutation Converter in Frequency
Domain with Using DFT |
|
M. Tanihata, T. Funaki, Osaka University,
Japan |
| D15-2 |
Evaluating Power Quality at a Point of Common
Coupling in Single-Phase Systems and Three-Phase Systems |
|
H. Kim, Aalborg University, Denmark |
| D15-3 |
Harmonics Compensator by Connecting Sinusoidal
Voltage PWM Converters |
|
T. Ohnishi, M. Honjo, The University of Tokushima,
Japan |
| D15-4 |
A Stabilization of Frequency Oscillations using
a Power Modulation Control of HVDC Link in a Parallel AC-DC Interconnected
System |
|
I. Ngamroo, Thammasat University, Thailand
|
| D15-5 |
New Approach to Estimate of Harmonic Source of
Power System Utilizing Operation Date of Active Filter |
|
H. Nishimoto, S. Doki, M. Ishida, Mie University,
Japan, H. Fujita, Chubu Electric Power Co.,Inc., Japan |
| D15-6 |
Adaptive Filtering of the Synchronizing Reference
Signal and Its Application in an A.C. Excited Generation System |
|
H. Yikang, W. Wenju, Zhejiang University,
P.R. China |
| D15-7 |
Installation and Controll of Cycloconverter to
Low Frequency AC Power Cable Transmission |
|
R. Nakagawa, T. Funaki, K. Matsuura, Osaka
Univiversity, Japan |
| D15-8 |
Harmonics Suppression of Multi-Level Converter
applied for HVdc link |
|
N. Kimura, A. Kouno, H. Fujita, T. Morizane, K.
Taniguchi, Osaka Institute of Technology, Japan |
| D15-9 |
Reduction Effect of Semiconductor Type Fault Current
Limiter on Interrupting Duty of a Circuit Breaker |
|
E. Calixte, Y. Yokomizu, H. Shimizu, T. Matsumura,
H. Fujita, Chubu Electric Power Co., Inc., Japan |
| D15-10 |
Characterizing and Designing LC Filters by Contour
Maps |
|
C.S. Moo, I.S. Tsai, National Sun Yat-Sen
University, C.R. Lee, Fortune Institute of technology, Taiwan
|
|
|
April 5 (Friday) 15:40-17:30
D16 Distributed Generation and Energy Storage (Dialogue Session)
|
| D16-1 |
Optimum Control of IPMSG for Wind Generation System |
|
T. Nakamura, S. Morimoto, M. Sanada, Y.
Takeda, Osaka Prefecture University, Japan |
| D16-2 |
Stability Assessment of Wind Power Generating
System Using MATLAB/SIMULINK |
|
T. Senjyu, N. Sueyoshi, K. Uezato, University
of the Ryukyus, Japan, H. Fujita, Chubu Electric Power Co., Inc.,
Japan |
| D16-3 |
A Maximum Power Control of Wind Generator System
Using a Permanent Magnet Synchronous Generator and a Boost Chopper Circuit |
|
K. Amei, Y. Takayasu, T. Ohji, M. Sakui, Toyama
University, Japan |
| D16-4 |
Sliding Mode Control of a Grid-connected Hybrid
Generation System |
|
Y. Jia, H. Akagi, Tokyo Institute of Technology,
Japan, Z. Yang, Myway Labs Co. Ltd., Japan |
| D16-5 |
Energy Flow And Management of A Hybrid Wind/PV/
Fuel Cell Generation System |
|
M. Eskander, T. El-Shatter, M. T. El-Hagry,
National Research Center, Egypt |
| D16-6 |
Adaptable Inverter for Injection of Fuel Cell
and Photovoltaic Power |
|
S. Soter, S. Buchhold, University Dortmund,
Germany |
| D16-7 |
Fundamental Study on Energy Storage System for
DC Electric Railway System |
|
S. Hase, T. Konishi, A. Okui, Y. Nakamichi, Y.
Mochinaga, Railway Technical Research Institute, Japan, H.Nara,
T.Uemura, Meidensha Corporation, Japan |
|
|
April 5 (Friday) 15:40-17:30
D17 Power Electronics Applied to Industry, Home Electronics III (Dialogue
Session) |
| D17-1 |
High Efficiency and Low-Cost Switched Reluctance
Motor for Air-Conditioner Blower |
|
J. Lim, Y. Jung, S. Kim, Y. Choi, LG Electronics
Inc., Korea |
| D17-2 |
An Electronic Gear for Short-Arc Xenon Lamps |
|
T.F. Lin, Affiliated Industrial Vocational
High Night School of National Cheng Kung University, Taiwan, C.S.
Moo, National Sun Yat-Sen University, Taiwan, Y.C. Hsieh, Kao-Yuan
Institute of Technology, Taiwan |
| D17-3 |
Fundamental and Third Harmonic Operation of SIT
Inverter and its Application to RF Thermal Plasma Generation |
|
Y. Uesugi, T. Imaiand, H. Hosoe, S. Takamura,
Nagoya University, Japan |
| D17-4 |
Pulse Pattern Modulated Soft Commutation Inverter-Type
AC-DC Power Converter with Harmonic Current Components Reduction in Utility
Power Side |
|
T. Myoui, T. Matsushige, M. Ishitobi, D. Bessyo,
H. Yamashita, H. Omori, H. Terai, Matsushita Electric Industrial Co.,
Ltd., Japan |
| D17-5 |
The Development of Inverter Power Supply Using
The Soft Switching Technology with Active Clamp System of Having A Charge
Up Function for Magnetron Drive |
|
K. Yasui, T. Kitaizumi, D. Bessyo, H. Omori, H.
Terai, Matsushita Electric Industrial Co., Ltd, Japan, T. Matsushige,
M. Nakaoka, Yamaguchi University, Japan |
| D17-6 |
A Method of Circuit Design Based on the Experimental
Analysis of High-intensity Ultrasonic Transducer And the Numerical Analysis
of Zero Current Soft Switching Inverter Using Current Overlapping Commutation |
|
K. Hiroyasu, H. Yoshihiro, Tokyo University
of Mercantile Marine(T.U.M.M), Japan |
| D17-7 |
A New Quasi-Resonant Inverter With Two-way Short-circuit
Switch Across A Resonant Capacitor |
|
S. Okudaira, Tokyo Metropolitan College of
Aeronautical Engineering, Japan, K. Matsue, Meiji University, Japan
|
| D17-8 |
Analysis of High - Frequency Induction Cooker
with Variable Frequency Power Control |
|
P. Viriya, S. Sittichok, King Mongut's Institute
of Technology, Thailand |
| D17-9 |
Cost Effective Quasi-Resonant PWM High Frequency
Inverter Operating At ZCS and ZVS Modes and Its Performance Evaluations
For Induction Heating |
|
Y. Deguchi, S. Moisseev, E. Hiraki, M. Nakaoka,
Yamaguchi University, Japan |
| D17-10 |
Electromagnetic Induction Eddy Current-based Far
Infrared Rays Radiant Heater using Soft Switching PWM Inverter with Duty
Cycle Control Scheme |
|
H. Sadakata, Y. Kurose, H. Shirai, H. Tanaka,
M. Nakaoka, Yamaguchi University, Japan |