2012 15th International ; 2 - GBV · Hidetoshi Hayashi, NaokiYamamura,and Muneaki Ishida MieUniversity, japan DS3G4-10 CompensatingCharacteristics ofVoltage Sag CompensatorUtilizing

2012 15th International

Conference on Electrical

Machines and Systems

(ICEMS 2012)

Sapporo, Japan21 - 24 October 2012

Pages 798-1599

IEEE Catalog Number: CFP12801-PRTIbL.b ISBN: 978-1-4673-2327-7

2/2

ICEMS2012 Tuesday, October 23

LS3B-5 14:20-14:40

Prediction of Additional Power and Iron Losses of

Inverter Fed Asynchronous Induction Machines of

Traction Drives 7 98

Erich Schmidt", Florian Miillner2', and Harald Neudorfer21

"Vienna University of Technology, Austria, 2>TraktionssystemeAustria, Austria

Date: Tuesday, October 23

Time: 13:00-14:40

Venue: Room C

Chairs: Kazumi Kurihara

Ibaraki University, JapanJung Pyo HongHanyang University, Korea

LS3C-1 13:00-13:20

Optimization Design and Analysis of a 30kW Interior

Permanent Magnet Synchronous Motor Used in

Electric Vehicles 804

Rong Fu'"31 and Manfeng Dou"

"Northwestern Polytechnical University, China, 2lWeinan

Teachers University, China

ICEMS 2012 Tuesday, October 23

LS3C-2 13:20-13:40Automatic Design Method Considering the FrequentlyUsed Area of a PMSM for an HEV 8 09Tomohiro Yamada and Kan Akatsu

Shibaura Institute of Technology, Japan

LS3C-3 13:40-14:00Local Iron Loss Identification by ThermalMeasurements on an Outer-Rotor Permanent MagnetSynchronous Machine 815

Andreas Krings, Shafigh Nategh, OskarWallmark,and Juliette Soulard

Royal Institute of Technology, Sweden

LS3C-4 14:00-14:20

Output Maximization of Salient-Pole SynchronousMachines by Using Additional Permanent Magnets 8 2 0Katsumi Yamazaki'', Shuichi Tamiya", Kazuo Shima2',Tadashi Fukarni2', and Masato Sato2'"Chiba Institute of Technology, lapan, "Kanazawa Institute of

Technology, Japan

LS3C-5 14:20-14:40A Consideration of Electric and Magnetic Networksfor Calculating Eddy Current Loss in SPM Motor 826

Yukihiro Yoshida, Kenji Nakamura, and Osamu Ichinokura

Tohoku University, japan


Time: 13:00-14:20

Venue: Room D

Chairs: Kazuto Sakai

Toyo University, JapanXiaoyuan WangTianjin University, China

LS3D-1 13:00-13:20

MTPA Control of PMSM System ConsideringSaturation and Cross-Coupling 831

Zheng Li and Hongmei Li

Hefei University of Technology, China

LS3D-2 13:20-13:40

Investigation of Field Regulation Characteristic of a

Hybrid Excitation Synchronous Machine with Axial

Auxiliary Air-Gaps 836

Shengjie Ma and Zhuoran ZhangNanjing University of Aeronautics and Astronautics, China

LS3D-3 13:40-14:00Effect of Magnetization on High-Speed Permanent

Magnet Synchronous Motor Design 842H. N. Phyu and Bi Chao

Data Storage Institute, Singapore

LS3D-4 14:00-14:20

Comparison between PAM Control and Flux

Weakening Control for PMSM Drive 8 4 8

Yasuhiro Matsumura and Naomitsu Urasaki

University of the Ryukyus, Japan


Time: 13:00-14:40

Venue: Room E

Chair: Mamoru Kimura

Hitachi, Ltd., Japan

LS3E-1 13:00-13:20

A Novel Torque Ripple Reduction Strategy for

Predictive Direct Torque Controlled PMSG 853

Zhongqi Wan and Heng Nian

Zhejiang University, China

LS3E-2 13:20-13:40

Sensorless Control of PMSG Based on Dual Two-

Level Inverter Open Winding Configuration for Wind

Turbines 8 5 8

Yijie Chou and Heng Nian


LS3E-3 13:40-14:00

A Novel Tangential Radial Hybrid Excitation

Synchronous Variable Frequency Aircraft Generator 8

Yinhang Ning, Chuang Liu, Renhua )iang, Jianchun Xu,and Shushu Zhu

Nanjing University ofAeronautics and Astronautics, China

LS3E-4 14:00-14:20

FEM Based Design of Third Harmonic Excitation

System for Low Voltage Salient Pole SynchronousGenerators 86 9

K. S. Jiji", Jayadas N. H.2', and C. A. Babu"

"Rajiv Gandhi Institute of Technology, India, "Cochin UniversityofScience and Technology, India

LS3E-5 14:20-14:40

Study of Carbon Brush Characteristic ofTurbineGenerator (2nd Report) 8 7 5

Makoto Takanezawa", Daisuke Hiramatsu", Masashi Kobayashi",Mikio Kakiuchi", Ken Nagakura", Noboru Morita2',andToru Otaka11

"Toshiba Corporation, Japan, J'Formerly Nippon Institute of

Technology, Japan


Time: 15:00-16:15

Venue: Exhibition hall

Chairs: Tsuyoshi HiguchiNagasaki University, JapanJinglin Liu

Northwestern Polytechnical University, China

DS3G1-1

Design of Surface Permanent Magnet-Type Vernier

Motor 8 80

Hironori Kakihata", Yasuhiro Kataoka", Masakazu Takayama",Yoshitarou Matsushima2', and Yoshihisa Anazawa"

"Akita Prefectural University, Japan, "Shizuoka University, Japan


DS3G1-2

Comparison ofThree Magnet Array-Type Rotors in

Surface Permanent Magnet-Type Vernier Motor 8 8 6

Yasuhiro Kataoka'1, Masakazu Takayama'1,Yoshitarou Matsushima", and Yoshihisa Anazawa"

"Akita Prefectural University, japan, J'Shizuoka University, japan

DS3G1-3

Characteristic Analysis of Slotted-Type Axial-Flux

Permanent Magnetic Couplers 8 92

Sheng-An You, Sheng-He Wang, Mi-Ching Tsai,

and Shang-Hsun Mao

National Cfieng Kung University, Taiwan

DS3G1-4

Design of High-Power Density and Low-Volume Motor

Based on Evaporation-Cooling Technology 8 97

Yuanfeng Huang, HaifengWang and Guobiao Cu

Chinese Academy of Sciences, China

DS3G1-5

A New Hybrid-Excited Flux-Switching Machine with

Excitation Coils in Stator Slots 9 01

Benjamin Gaussens'"", Emmanuel Hoang", Michel Lecrivain",Philippe Manfe"', and Mohamed Gabsi"

"UniverSud, France, "Lsroy Somer, France

DS3G1-6

Study of Disk Type Corelss Permanent MagnetSynchronous Generator Applied in Ocean Current

Energy System 90 7

Xiaoyuan Wang, Jiahong Yan, and Gengji WangTian/in University, China

DS3G1-7

Electronic Motors Capable of Pole-Changing andVariable Machine Constants 916

Takanori Niizuma and Kazuto Sakai

Toyo University, Japan

DS3C1-8

Spiral Flux Motor with Torus Coils 920

Hiroki Yokose and Kazuto Sakai

Toyo University, Japan

DS3G1-9

Parallel Hybrid Excitation Synchronous MachineOptimization for Railway Application 924

B. Nedjar", I. Vido21, F. GillonJ', P.-H. Nguyen", K. Ngoc-Vu",and M. Gabsi"

"UniverSud, France,"''University de Cergy-Pontoise, France,

"tcole Centrale de Lille, France

DS3G1-10

Analysis and Comparison of Classical and Flex-PCBSlotless Windings in BLDC Motors 92 9Bruno Dehez1', Miroslav Markovic", and Yves Perriard21

"Universite catholique de Louvain, Belgium, 'tcole

Polytechnique Federate de Lausanne (EPFL), Switzerland


Time: 15:00-16:15


Chairs: Noriyuki Kimura

Osaka Institute of Technology, JapanBruno Dehez

Universite catholique de Louvain, Belgium

DS3G2-1

Study and Detection of Demagnetization in Line Start

Permanent Magnet Synchronous Machines UsingArtificial Neural Network 93 5

Xiaomin Lu, K, Lakshmi Varaha Iyer, Kaushik Mukherjee,and Narayan C. Kar

University of Windsor, Canada

DS3G2-2

Performance of 2. 4-MW Permanent MagnetGenerator in Converter Drive 941Masahiro Hori, Mamoru Kimura, Akiyoshi Komura,

Daisuke Kori, Seikichi Masuda, andTakayuki Koizumi

Hitachi, Ltd., japan

DS3G2-3

High-Efficiency Interior Permanent-MagnetSynchronous Generators with Minimal VoltageRegulation for Nano and Pico Hydro Generation 94 7

K. Kurihara1',! Kubola", K. Saito", N. Kikuchi",and H. Iwamoto2'

"ibaraki University, Japan, "tBASEI Ltd., Japan

DS3G2-4

Research on Vibration Characteristics of Rotor of HighSpeed Permanent Magnet Synchronous Machine 951

Cheng Fang, Haiping Xu, Shaoshen Xue, and Shan Xue


DS3G2-5

Shaft Voltage Comparison between Grounded and

Ungrounded Brushless DC Motors with Insulated

Rotor Driven by PWM Inverter 956

Tatsuo Maetani", Shigeo Morimoto21, Kichiro Yamamoto",Yoshinori Isomura", Akihiko Watanabe", and Keisaku Nakano1'

"Panasonic Corporation, Japan, ''Osaka Prefecture University,Japan, "Kagoshima University, Japan

DS3G2-6

Study of Flywheel Energy Storage System for Power

Leveling of Wave Power Generation System 962

T. Yoshida, M. Sanada, S. Morimoto, andY. Inoue

Osaka Prefecture University, japan

DS3G2-7

Characteristic of PMASynRM with Ferrite Magnets for

EV/HEV Applications 967

Masahiro Obata, Shigeo Morimoto, Masayuki Sanada,andYukinori Inoue

Osaka Prefecture University, japan


DS3G2-8

Real Time Implementation of the BESS to Smoother!

the Output Power Fluctuation of the Variable SpeedWind Turbine Generator 973

Adrian Sattar", Ahmed Al Durra", Cedric Caruana",S. M. Muyeen'1, and Junji Tamura21"The Petroleum Institute, UAE, J'Kitami Institute of Technology,lapan


Time: 15:00-16:15


Chairs: Takashi Kosaka

Nagoya Institute of Technology, JapanNashed Maged Naguib F.

Electronics Research Institute, Egypt

DS3G3-1

Fundamental Analysis for a Ferrite Permanent MagnetAxial Gap Motor with Coreless Rotor Structure 9 79

Kazuya Chiba, Shinji Chino, Masatsugu Takemoto,and Satoshi OgasawaraHokkaido University, lapan

DS3G3-2

Demagnetization Characteristic Analysis of Inset-Type-Flux-Reversal Machines 98 5

Heung-Kyo Shin", Tae Heoung Kim", and Cherl-Jin Kim2'

"Cyeongsang National University, Korea, "Halla University,Korea

DS3G3-3

Optimization of PPMT Machine Using Higher-OrderFinite Element Method 98 9

Mach Frantisek", Panek David", Dolezel Ivo", Karban Pavel",and Kus Pavel2'

"University ofWest Bohemia, Czech Republic, "Academy of

Sciences of the Czech Republic, Czech Republic

DS3G3-4

Magnetic Field and Performance Analysis of Novel

Double-Side Tubular Permanent Magnet Machines 99 3

Liang Guo" and Hao Ding2'"Zhejiang Sci-Tech University, China, 2'Zhejiang Institute of

Quality Inspection Science, China

DS3C3-5

Improvement on the Core Loss of High Speed Slotless

PMBLDC Motor and Its Measurement 997

Cuo-JhihYan, Rong-Bin Lin, and Ming-Hung Jian

Micro/Meso Mechanical Manufacturing, Taiwan

DS3G3-6

A Basic Study for an Elevator Emergency Stop Device

Utilizing M. R. Fluid 1001

Yuuki Nagano", Toshiko Nakagawa", and Kazuo Suzuki21

"Tokyo City University, lapan, "Hitachi Building Systems Co.,Ltd., Japan

DS3G3-7

Analysis Method of Long-Time Behavior of Circuit

Breaker with Oil Dashpot 1005

S. Suzuki", Y. Kawase", T. Yamaguchi", S. Toyama",W. Koyanagi", K. Hirata21, andT. Ota"

"Gifu University, lapan, JIOsaka University, lapan, "Panasonic

Corporation, lapan

DS3G3-8

Design of a Drinking Water Filtration System with

Intelligent and Security Management 10 0 9Kun Xia, Xin-shen Liao, Xin-yue Xu, and Yue Ce

University ofShanghai for Science and Technology, China

DS3G3-9

Non-Contact Hand Motion Classification Techniquefor Application to Human Machine Interfaces 1013

K, Kurita

Kinki University, lapan

DS3G3-10

Rotor Design Optimization for a Reaction SphereActuator 1017

L. Rossini", S. Mingard21, A. Boletis", E. Forzani2', E. Onillon",andY. Perriard2'

"Swiss Center for Electronics and Microtechnology, Switzerland,"maxon motor ag, Switzerland, "tcole Polytechnique Federate

de Lausanne (EPFL), Switzerland

DS3G3-11

A Design Method of Voice Coil Type High SpeedActuator for Valve Operation 102 3

Baek Ju Sung and Do Sik Kim

Korea Institute ofMachinery & Materials, Korea

DS3G3-12

Design Optimization of Permanent Magnetic Actuator

for Vacuum Circuit Breaker by Response SurfaceMethod 102 8

Young-Jo Kim", Jong-Deok Lee21, Byuk-Jin Lee21,Heung-Kyo ShinJI, and Sung-Chin Hahn21

"Yuhan University, Korea, 2'Dong-A University, Korea,

''Cyeongsang National University, Korea

DS3G3-13

Static and Dynamic Characteristics of Pulsed Actuatorwith Plunger Consisting of Iron Core and Permanent

Magnet 10 3 2

Ivo Dolezel", David Panek21, and Bonus Ulrycrv""Czech Technical University, Czech Republic,J> University of

West Bohemia, Czech Republic



Time: 15:00-16:1 S


Chair: Hiromi Inaba

The University of Shiga Prefecture, Japan

DS3G4-1

Harmonic Current Elimination for Single-PhaseRectifiers Based on PR Controller with Notch Filter 1038

Jin Huang", Yang Lu", Bo Zhang", NaWang21,and Wensheng Song""China Academy ofRailway Sciences, China, "Southwest

Jiaotong University, China

DS3G4-2

A Novel Voltage Source Converter for Low Voltage DC

System Based on High Input AC Voltage Applications 104 3

Chunwei Song", Rongxiang Zhao", Minglei Zhu",Wangqing Lin", and Fangbin Cheng""Zhe/iang University, China, "Zhejiang Provincial Natural Gas

Development Co., Ltd., China

DS3G4-3

The Pursuit of Optimum Chopper Circuits for Power

Factor Corrections 104 8

Yuhta Ando, Keiju Matsui, Masaru Hasegawa, and Fukashi Ueda

Chubu University, japan

DS3C4-4

A Novel Control Strategy of Rectifier for NPC Back-

to-Back Converter in HIL System 1054

Yang Li, Liming Shi, and Yaohua Li


DS3C4-5

Research ofTemperature Rise on IGBT Module and

DC Busbar for a Single-Phase PWM Rectifier 105 8

Yifeng Zhu1'21, Qiongxuan Ge", and Lu Zhao""Chinese Academy of Sciences, China, "He'nan PolytechnicUniversity, China

DS3G4-6

A Passivity-Based Controller for a Unity-Power-FactorRectifier 1062

Zhi Zhang1,21, Longyun Kang", and Haibo Xu21"South China University of Technology, China, "GuangdongEAST Power Limited Company, China

DS3C4-7

Sinusoidal Input DCM Boost Rectifier with Lossless

Snubber Topology 106 6

H. Matsumoto, Y. Neba, K. Ishizaka, and R. Itoh

Fukuoka University, Japan

DS3G4-8

Output Characteristics of ARCP Matrix Converter at

Wide Output Command Range 1072

Koji Hamamoto, Takashi Abe, and Tsuyoshi HiguchiNagasaki University, japan

DS3G4-9

Power Smoothing System Using Electric Double LayerCapacitor 10 76

Hidetoshi Hayashi, Naoki Yamamura, and Muneaki Ishida

Mie University, japan

DS3G4-10

Compensating Characteristics of Voltage SagCompensator Utilizing Single-Phase Matrix Converter

Kichiro Yamamoto, Keisuke Ikeda, and Kenichi limori

Kagoshima University, Japan

1080

DS3G4-11

A Dimmable LED Driver with an Ambient Light Sensor

Based on a Constant Off-Time Control Technique 108 5

Yuan-Ta Hsieh", Jian-Fu Wu", Chiao-Li Fang", Hann-Huei Tsai",Ying-Zong)uang", and Bin-Da Liu2'

"National Chip Implementation Center, Taiwan, "National

Cheng Kung University, Taiwan


Time: 15:00-16:15


Chairs: Toshimitsu Morizane

Osaka Institute of Technology, JapanWan-Tsun TsengNational Yunlin University ofScience and

Technology, Taiwan

DS3G5-1

Detent Force Analysis in Permanent Magnet Linear

Synchronous Motor Considering Longitudinal End

Effects 10 8 9

A. Liyi Li, B. Mingna Ma, and C. Qingquan Chen

Harbin Institute of Technology, China

DS3G5-2

Development of the Change Circuit of the Inverter of

Intermittent Stator PM-LSM 1094

He Piao, Shinya Kohno, Kenji Suzuki, and Hideo Dohmeki

Tokyo City University, Japan

DS3G5-3

Analysis and Optimization ofAir-Core Permanent

Magnet Linear Synchronous Motors with OverlappingConcentrated Windings for Ultra-Precision

Applications 109 8

Liyi Li, Yongbin Tang, Mingna Ma, and Donghua Pan

Harbin Institute of Technology, China

DS3G5-4

Thrust of Permanent Magnet Linear SynchronousMotor with Ferromagnetic Block on Pole Face 1104

Manami Goto, Shunji Tahara, and Kokichi OgawaOita University, japan


DS3C5-5

Comparative Investigation of Single-Sided and

Double-Sided Permanent Magnet Linear Motor 110 9

Qinfen Lu", Chuanying Cheng", Xinmin Zhang", Liren Huang",ZilongYang", Dayong Ma2i, Yunyue Ye", andYoutong Fang""Zhejiang University, China, "Sliengzhou Institute ofChinese

Herbal Medicine, China

DS3G5-6

Secondary Research on the Influence to

Characteristics of Long Primary Double Sided Linear

Motor 1114

Nan Wang, Yumei Du, Ruihua Zhang, and Liming shi


DS3GS-7

The Dynamic Characteristics of LIM Using Disc-

Shaped Secondary Side Converted into Linear Motion 1119

Yasuhiro Kotani, Toshimitsu Morizane, KosukeTsujikawa,Noriyuki Kimura, and Hideki Omori

Osaka Institute of Technology, japan

DS3G5-8

Design and Analysis of an Electromagnetic Actuatorfor a Magnetic Switch 112 5

Hyeon-Jeong ESak", jong-Suk Ro", Jun Jin21, Kyung-PyoYi",

Hyun-Kyo Jung", and Tae-Kyung Chung21"Seoul National University, Korea, !'Chung-Ang University, Korea

DS3GS-9

Static Characteristics of a Double-Sided Linear

Switched Reluctance Motor with High-TemperatureSuperconducting Excitation Winding 1131

T. Hirayama, K. Uwada, and S. Kawabata

Kagoshima University, japan

DS3G5-10

Thrust and Thrust Ripple of Linear Reluctance Motor

Compared with PMLSM 1135

Shohei Oshima, Shunji Tahara, and Kokichi OgawaOita University, japan

DS3G5-11

A Turnout without Movable Parts for MagneticallyLevitated Vehicles with Hybrid Magnets 113 9T. Kakinoki, H. Yamaguchi, N.Yoshinaga, E. Mukai, and H. Nishi

Sojo University, japan

DS3G5-12

Experiments and Simulations ofTransportation by LIM

for Magnetically Levitated Steel Plates 1143

Ryota Morisawa and Toshiko NakagawaTokyo City University, japan

DS3G5-13

Analysis of Linear Induction Motor Applied in Low-

Speed Maglev Train 1148

Qinfen Lu", Yanxin Li", Xun Shen", YunyueYe", Youtong Fang",and Yunfeng He21

"Zhejiang University, China, 2,CSR Zhuzhou Electric CO., LTD.,

China


Time: 16:30-17:50

Venue: Room A

Chairs: Keiichiro Kondo

Chiba University, JapanXiaoyuan WangTianjin University, China

LS4A-1 16:30-16:50

A Study of High Torque Surface-Mounted Permanent

Magnet Synchronous Motor by Maximum Utilization

of the Magnet Flux 1154M. Miyamasu and K. Akatsu

Shibaura Institute of Technology, japan

LS4A-2 16:50-17:10

Research on the Design of Multi-Redundancy BLDC

Motor 116 0

zhaoyang Fu and Jinglin Liu

Northwestern Polytechnical University, China

LS4A-3 17:10-17:30

Fundamental Characteristics of a Novel Self-StartingType Permanent Magnet Synchronous Motor 1164

T. Higuchi, Y. Yokoi, T, Abe, and T. EgawaNagasaki University, japan

LS4A-4 17:30-17:50

Experimental Tests of Surface Permanent MagnetMagnetic Gear 116 8

Michinari Fukuoka, Kenji Nakamura, and Osamu Ichinokura

Tohoku University, japan


Time: 16:30-17:50

Venue: Room B

Chairs: Keisuke FujisakiToyota Technological Institute, JapanHew Wooi PingUniversity ofMalaya/ Malaysia

LS4B-1 16:30-16:50

A New Simplified Sensorless Speed Control of

Induction Motor Using D-axis Voltage 1174

M. Tsuji, G. M. C. Mangindaan, Y. Kunizaki, R. Hashimoto,and S. Hamasaki

Nagasaki University, Japan

LS4B-2 16:50-17:10

Non-Intrusive Method for Induction Motor Field

Efficiency Estimation Using On-Site Measurement and

Modified Equivalent Circuit 118 0

P. Phumiphak" and C. Chat-uthai21

"Mahanakorn University of Technology, Thailand,21KingMongkut's Institute ofTechnology Ladkrabang, Thailand


LS4B-3 17:10-17:30

Special Winding to Reduce Space Flux HarmonicsCaused by Fractional-Slot 118 5

K. Tsujikawa, T. Tokumasu, M. Kakiuchi, D. Hiramatsu, M. Fujita,T. Ueda, K. Ikeda, M. Ichimonji, andT. Otaka

Toshiba Corporation, japan

LS4B-4 17:30-17:50

Study on the Implementation of the Phase-Domain

Model for Rotating Electrical Machines 1191L. Queval and H. Ohsaki

The University of Tokyo, japan


Time: 16:30-17:50

Venue: Room C

Chair: Manabu AoyagiMuroran Institute of Technology, Japan

LS4C-1 16:30-16:50

Examination of an Outer-Rotor-Type Multidegree-of-Freedom Spherical Ultrasonic Motor 1197

Bo Lu and Manabu AoyagiMuroran institute of Technology, japan

LS4C-2 16:50-17:10

Contact Model of a Ring-Type Traveling WaveUltrasonic Motor 1202

Chunrongjiang", Daniel S. Slutts", Minqiang Hu", and Longjin""Southeast University China, "Missouri University of Science

and Technology, USA

LS4C-3 17:10-17:30

Development of Linear Ultrasonic Motor Using Beamand Multilayer Piezoelectric Actuator 12 07R. Nakayasu and M. AoyagiMuroran Institute of Technology, japan

LS4C-4 17:30-17:50Characteristic Analysis of an Traveling Wave Ultrasonic

Motor Using the Cylindrical Dynamic Contact Model 1212

Jong-Suk Ro, Kyung-Pyo Yi, and Hyun-Kyo JungSeoul National University, Korea


Time: 16:30-17:50

Venue: Room D

Chairs: Kenichiro YamashitaSalesian Polytechnic, JapanFrederik De Belie

Ghent University, Belgium

LS4D-1 16:30-16:50

Multi-Receiver and Repeater Wireless PowerTransfer

via Magnetic Resonance Coupling - ImpedanceMatching and Power Division Utilizing ImpedanceInverter 1218

K. E. Koh, T. C. Beh,T. Imura, andY. Hori

The University of Tokyo, japan

LS4D-2 16:50-17:10

Effects of System Parameters on the Steady-StateCharacteristics of a DC Transmission System IncludingWind Turbine Generating Systems 1224

Ken-ichiro Yamashita" and Shoji Nishikata2'

"Salesian Polytechnic, japan, "Tokyo Denki University, japan

LS4D-3 17:10-17:30

Low-Speed Salient-Pole BLDC-Machine Control byUsing a Single Sensor 122 9

Frederik De Belie, Jeroen De Backer, Araz Darba,and Jan Melkebeek

Ghent University, Belgium

LS4D-4 17:30-17:50

Real and Virtual Labs for Enhancing a SM Course 1235

H. Djeghloud, A. Bentounsi, and M. I.arakeb

Universite Mentouri Constantine, Algeria


Time: 16:45-18:00


Chair: Kan Akatsu

Shibaura Institute of Technology, Japan

DS4C1-1

Research on an Energy Feedback Power DynamometerBased on Improved Vector Control 1241

Nan Zhang and Wei ZhangZhejiang University, China

DS4G1-2

DirectTorque and Adaptive Flux Control of Novel

Transverse-Flux Permanent Magnet Motor with

Brushless DC Drive 1245

XiaotaoTu", Yinyin Dai1'21, and Chenglin Cu11

"Huazhong University of Science and Technology, China,

2,Huaqiao University, China


DS4G1-3

A Proposed Control Strategy of PMSM for Deep Field-

Weakening and Square-Wave Mode 124 9

Yongxing Wang, Xuhui Wen, and Feng Zhao


DS4G1-4

Output Power Maximization of IPMSM UsingOvermodulation Region of Direct Torque Control

System 12 55

Y. Maeda, Y. Inoue, S. Morimoto, and M. Sanada

Osaka Prefecture University, Japan

DS4C1-5

Ultra-High-Speed PMSM Sensorless Drive UsingDirectTorque Control 12 61

Junki Yoshimoto, Yukinori Inoue, Shigeo Morimoto,

and Masayuki Sanada

Osaka Prefecture University, Japan

DS4G1-6

Flux-Weakening Control of PMSM Based on SingleCurrent Regulator and Variable Q-Axis Voltage 12 67

Taiyuan Hu, Fei Lin, Kezhen Lin, Xiaocun Fang,and Zhongping YangSchool of Electrical Engineering Beijing Jiao long University,China

DS4G1-7

A Novel Flux-Weakening Strategy Study to ImprovePerformance of IPMSM Drives 1273

Wang Aimeng, |ia Xingwang, and Wang Yi

North China Electric Power University, China

DS4G1-8

Direct Torque Control Combined with MTPA Conceptfor Open Winding IPMSM 1277

Jinyun Yu, Dan Sun, Bin Lin, and Shitao Sun



Time: 16:45-18:00


Chairs: AkiraChiba

Tokyo Institute of Technology, JapanChuang Liu

Nanjing University ofAeronautics and

Astronautics, China

DS4G2-1

Torque Improvement of Three-Phases Full BridgeConverter Based Switched Reluctance Motor with DC

Assisted Winding 12 8 3

K.Tungpimolrut", S. Kachapornkul", P. Jitkreeyarn", P. Somsiri",N. Chayopitak", and C. Akira2'

"National Electronics and Computer Technology Center,Thailand, "Tokyo Institute of Technology, Japan

DS4G2-2

Design of a 1.5 kW High Speed Switched Reluctance

Motor for Electric Supercharger with OptimalPerformance Assessment 12 88

Nattapon Chayopitak, Ruchao Pupadubsin,Santipong Karukanan, Prasit Champa, Rakasit Somsiri,and YutthasakThinphowongNational Electronics and Computer Technology Center, Thailand

DS4G2-3

Torque Ripple Comparison of Short-Pitched and Fully-Pitched Winding Switched Reluctance Machine 12 93

Jianbo Sun, Shuanghong Wang, Zhe Kuang, and Huangyuan Wu

Huazhong University ofScience and Technology, China

DS4G2-4

Calculation and Measurement of Eigenmodes for a

Canned Switched Reluctance Machine 12 99

Christian Laudensack, Thomas Dentler, QiangYu,and Dieter CerlingThe Universitat der Bundeswehr Munchen, Germany

DS4G2-5

Stator Structure for Noise Reduction of Switched

Reluctance Motor 1305

Akihiro Sakuma", Masahiro Kadowaki", Hidetsugu Ukigai",Ichiro Miki",Toshiyuki OkamotoJI, andToshiaki Segawa21"Meiji University, Japan, "JATCO Ltd, Japan, Japan

DS4G2-6

Rotor Position Estimation Method in High SpeedRegion for 3-Phase SRM Used in EV 13 09

Naoya Wada, Naohide Momma, and Ichiro Miki

Meiji University, Japan

DS4G2-7

Radial Suspension Control of Magnetic BearingSwitched Reluctance Motor Based on the ITAE

Optimization 1314

Jitao Zhang", Xilian Wang1', and Feng Cuo'1

"Beijing Jiaotong University, China, "The Ohio State University,USA

DS4G2-8

Comparison of Winding Arrangements of Three Phase

Switched Reluctance Motor under Unipolar Operation 13 2 0

Ruchao Pupadubsin, Nattapon Chayopitak,Santipong Karukanan, Prasit Champa, Pakasit Somsiri,

and KanokvateTungpimolrutNational Electronics and Computer Technology Center, Thailand

DS4G2-9

Low Cost High Speed Switched Reluctance Motor

Drive for Supercharger Applications 1324

Seubsuang Kachapornkul, Pakasit Somsiri, Ruchao Pupadubsin,Niyom Nulek, and Nattapon ChayopitakNational Electronics and Computer Technology Center, Thailand

DS4G2-10

Design of a Switched Reluctance Generator

Competitive with the IPM Generator in HybridElectrical Vehicles 133 0

Katsuhiko Urase, Kyohei Kiyota, Hiroya Sugimoto,and Akira Chiba

Tokyo Institute of Technology, Japan

ICEMS2012 Tuesday, October 23

DS4C2-11

Design of 2-Phase 4/2 SRM for Torque RippleReduction 133 6

PhamTrung Hieu, Dong-Hee Lee, and Jin-Woo Ahn

Kyungsung University, Korea


Time: 16:45-18:00


Chair: ShuYamamoto

Polytechnic University, Japan

DS4G3-1

New Reliable Sensorless Startup Strategy of Brushless

DC Motor for Large Inertia System 1342

Ming Luu', Lifu Yu21, and Yaohua Li11

"Chinese Academy of Sciences, China, "Beijing Institute of

Control Engineering, China

DS4G3-2

Polyphase System of the Unidirectional Electrified

Transverse Magnetic Flux BLDC Motor and the

Operating Characteristic 134 6

Yasuhiro Komatsu, Hirotaka Itou, Syed Abdul KadirZawawi,and Nur Alia Athirah Bind Hj Mohtadzar

Ritsumeikan University, Japan

DS4G3-3

WindingTurn-to-Turn Faults Detection of Five-Phase

Fault-Tolerant Permanent-Magnet Machine Based on

Parametric Model 13 5 0

Wei Tang, Guohai Liu, and Jinghuajijiangsu University, China

DS4G3-4

Study on Generation of Harmonic Voltage UsingSynchronous Machine with d-axis and q-axisHarmonic Field Windings 13 5 6

E, Mukai",T. Kakinoki", H.Yamaguchi", Y. Kimura",and S. Fukai"

"Sop University, japan, "Saga University, japan

DS4C3-S

Improvement for EMF Wave Form Used Fractional

Slot Winding of Permanent Magnet Type SynchronousMachine 1361

Yasuhiro Miyamoto", Daisuke Morishita21, Tsuyoshi Higuchi",and Takashi Abe"

"Yaskawa Electric Co. Ltd., japan, J'Yaskawa Motor Co. Ltd.,

japan, "Nagasaki University, japan

DS4G3-6

Analytical Study of Linear Transformer - Linear

Motor Apparatus for Non-Contact Power SuppliedTransportation 13 65

N. Fujii andT. Eto

Kyushu University, japan

DS4G3-7

Eddy Current Loss Analysis of Stator Core ThroughBolt of Hydrogenerator 13 70

M. Fujita, T. Ueda, T. Tokumasu, H. Ishizuka, M. Okubo,and K. Mukai

Toshiba Corporation, japan

DS4G3-8

A New Method Based on PIR Controller to RejectTorque and Current Ripple under Fluctuating DC

Voltage for High-Speed Train Traction Drives 13 76

Wei Shi, Fei Lin, and Zhongping Yang

Beijing jiaotong University, China

DS4G3-9

A PWM Modulation Method for Five-Leg Inverter 13 81

Yang Mei", Lipeng Wang", Lina Wang21, and Jia Liu21

"North China University of Technology, China, 2>BeihangUniversity, China


Time: 16:45-18:00


Chair: Naomitsu Urasaki

University of the Ryukyus,Japan

DS4G4-1

Proposal of Resonant Converter Employing Zero

Current Switch with Saturable Inductor 13 85

Keisuke Kuwabara, Keiju Matsui, Takanori Asaba,and Masaru HasegawaChubu University, japan

DS4G4-2

An Electric Power Conversion System ComposedofTwo Parallel-Connected Converters ProvidingDifferent Output Currents 13 90

Hiromi Inaba, Keiji Kishine, and Yasufumi IguraThe University of Shiga Prefecture, japan

DS4G4-3

Selective Harmonic Eliminated and SynchronousOptimal Pulse Width Modulation for a Single-PhasePWM Rectifie r in Traction Applications 13 94

Zhao Lu, Li Yaohua, Ge Qiongxuan, and Ren JinqiChinese Academy of Sciences, China

DS4G4-4

Soft Switching DC-DC Boost Converter with CouplingInductor for Continuous Current Mode Operation 14 00

Kenta Isozumi, Noriyuki Kimura, Toshimitsu Morizane,and Hideki Omori

Osaka Institute of Technology, japan

DS4G4-5

Design of Dual Output LLC Resonant Converter for a

High-Power LED Lamp 1406Han-sol Chang", Byung-Hun Lee", Hyung-Nam Park2',

Jae-Du La31, and Young-Seok Kim""Inha University, Korea, 2>ICD Co. LTD., Korea, "inha Technical

College, Korea


DS4C4-6

Design of High Power Factor Single-Stage FlybackConverter Eliminating Electrolytic Capacitors andReducing 120[HzJ Ripple on the Output Node in the

LED Lightings 1410

Yong-Sung Jeon", Dal-Lae Jin", Joon-Min Lee", Jae-Du La",and Young-Seok Kim"

"inha University, Korea, ~'\nha Technical College, Korea

DS4G4-7

A Novel Solution Using Two-Port Network Models for

Transient Analysis of Full-Bridge DC-DC Converter in

Solid State Transformer 1415

Minglei Zhu", Rongxiang Zhao", Hao Zhang21, andYuying Zhou""Zhejiang University, China, ''Shanghai Entry-Exit Inspection andQuarantine Bureau, China

DS4G4-8

Digitally Controlled LLC Resonant Converter UsingModified FIR Filter 1419

Koji Murata and Fujio Kurokawa

Nagasaki University, Japan

DS4G4-9

The Study of Evaporative Cooling Technology in

Electric and Electronic Equipment 1423

Zhenguo Li, Lin Ruan, Feihui Liu, and Bin XiongChinese Academy of Sciences, China

DS4G4-10

Digital Controlled Fast Average Current Mode DC-DC

Converter UsingVCO and FIR Filter 1427

F. Kurokawa and K. KajiwaraNagasaki University, Japan

DS4G4-11

A Novel Digital Variable Integral Gain Control for DC-

DC Converter 14 31

Fujio Kurokawa and Shun HiguchiNagasaki University, Japan

DS4G4-12

Active Clamping Circuit with Status Feedback for HV-

IGBT 1436

Ting Lu, Zhengming Zhao, Shiqi Ji, HualongYu,and Liqiang Yuan

Tsinghua University, China

DS4G4-13

Parameter Design of Three-Level Converter Based on

Series Connected HV-IGBTs 1441

Ting Lu, Zhengming Zhao, HualongYu, Shiqi Ji, Liqiang Yuan,

and Fanbo He


DS4G4-14

Evaluation ofTHD and Switching Loss for a New

Single-Phase 7-Level Inverter 1446

Hideki Ayano and Yoshihiro Matsui

Tokyo National College of Technology, Japan


Time: 16:45-18:00


Chairs: Takanori Isobe

Tokyo Institute of Technology, JapanMi-Hye JangYonsei University, Korea

DS4G5-1

Design of MPPT Controller for Small Scale Wind

Power System with PMSG 14 52

G. Chun, P. Caneshkumar, A. Ahmed, and J. Park

Soongsil University, Korea

DS4G5-2

Transient Stability Analysis of HVAC or HVDC

Transmission System Based Offshore Wind Farm 1456

Naoya Inaba1', Rion Takahashi", Junji Tamura",Mamoru Kimura21, Akiyoshi Komura2', and Kenji Takeda2'

"Kitami Institute of Technology, Japan, "Hitachi, Ltd., Japan.

DS4G5-3

A Simple and Reliable Rectifier for PMSG Wind

Turbines by Using Series Reactive CompensatorNamed MERS 14 62

Takanori Isobe, Takayuki Kawaguchi, Tsukasa Sakazaki,and Ryuichi Shimada

Tokyo Institute of Technology, Japan

DS4G5-4

Power Losses in Two- and Three-Level Three Phase

Photovoltaic Inverters Equipped with IGBTs 1468

Zhiping Chen, Liqiang Yuan, Zhengming Zhao, and Xiaoying Sun


DS4G5-5

Development of Photovoltaic Cell Emulator Using the

Small Scale Wind Turbine 1474

Masashi Samizo, Naoki Yamamura, and Muneaki Ishida

Mie University, Japan

DS4G5-6

Transient Stability Assessment of SynchronousGenerator in Power System with High-PenetrationPhotovoltaics 14 78

M. Yagami", T. Hasegawa", and J. Tamura2'

"Hokkaido Institute of Technology, Japan, J'Kitami Institute of

Technology, Japan

DS4G5-7

Development of a Plant Configuration PhotoreceptorOptimized for the Objective of Maximizing Light-Received Quantity 14 84

Eiichi Tanaka", Shin'ya Obara", Shingo Nakai", Daisuke Konno",and Masaharu Munetomo21

"Kitami Institute of Technology, Japan, "Hokkaido University,Japan

1CEMS 2012 Tuesday, October 23

DS4G5-8

Battery Controller Design of Stand-Alone Photovoltaic

System Using IncCond Method 1488

Beop-Jun Jeon1, Ki-Hyun Kim", Kwon Lee", Ji-Hye Irrr'1,Ceum-Bae Cho", and Youn-Ok Choi"

"Chosun University, Korea, "Kumho HT, Inc, Korea

DS4G5-9

Study of a Light-Received System with Configurationof a Plant Shoot 14 93

Shingo Nakai", Shinya Obara", Eiichi Tanaka", Daisuke Konno",and Masaharu Munetomo'"

"Kitarni Institute of Technology, /apan, '''Hokkaido University,lapan

DS4G5-10

Single-Phase Grid-Connected Photovoltaic Systemwith Active Power Filter Functionality 14 97

A. Chaitanakulwat", V. Kinnares", and N. Thungsuk21"King Mongkut's Institute of Technology Ladkrabang, Thailand,"Dhonbmi Rajabhat University, Thailand

ICEMS 2012 Wednesday, October 24

Date: Wednesday, October 24

Time: 10:00-11:40

Venue: Room A

Chairs: Masatsugu TakemotoHokkaido University, JapanZhuoran ZhangNanjing University of Aeronautics and

Astronautics, China

LS5A-1 10:00-10:20

Experiment and Analysis of d- and q-Axes Inductances

of Interior Permanent Magnet Synchronous MotorUsed in Electric Vehicles 15 00

Manfeng Dou" and Rong Fuui

"Northwestern Polytechnical University, China, "Weinan

Teachers University, China

LS5A-2 10:20-10:40

Study the Effects of Slotted Rotor on q-ax\s Direction

on Permanent Magnet Synchronous Motor 15 0 5

Xiaoyuan Wang, Pingxin Wang, Jiahong Yan, and Cengji WangTianjin University, China

LS5A-3 10:40-11:00

Parameter Study for the Miniaturization of a RotaryBlood Pump Drive System 1510

Andre Pohlmann and Kay Hameyer

RWTH Aachen University, Germany

LS5A-4 11:00-11:20

The Parameters Selection Methodology for Permanent

Magnet Synchronous Machine under Uncontrolled

Generator Operation Mode 1515

Yao Yi, Fan Tao, and WangYongxingChinese Academy of Sciences, China

LS5A-5 11:20-11:40

Practical Design Considerations for Large PM

Machines 1519

Ronghai Qu and Xiaolong Zhang

Huazhong University of Science and Technology, China


Time: 10:00-11:40

Venue: Room B

Chair: Tsuyoshi HiguchiNagasaki University,Japan

LS5B-1 10:00-10:20

Controller Design of a Canned Switched Reluctance

Machine 1524

Q. Yu, C. Laudensack and D. CedingThe UniversitSt der Bundeswehr Munchen, Germany

LS5B-2 10:20-10:40

Energy Efficient Control Technique for Switched

Reluctance Motor Drives 152 8

Maged N. F. Nashed

Electronics Research Institute, Egypt

LS5B-3 10:40-11:00

A Characteristic Experiment of 4-Phase Segment Type

Switched Reluctance Motor 15 34

Daiki Yamaguchi, Tsuyoshi Higuchi, Takashi Abe,

and Yuichi Yokoi

Nagasaki University,Japan

LS5B-4 11:00-11:20

Performance of SegmentType Switched Reluctance

Motor Using Grain-Oriented 1538

Osamu Kaneki", Tsuyoshi Higuchi11, Yuichi Yokoi'1, Takashi Abe1',

Yasuhiro Miyamoto'", and Motomichi Ohto'"

"Nagasaki University, japan, J'Yaskawa Electric Corporation,

Japan

LS5B-5 11:20-11:40

Simple Unipolar Excitations for SR Motors ConsideringFundamental Component of Self-Inductance

Distribution 154 2

N. Nakao and K. Akatsu

Shibaura Institute of Technology, lapan


Time: 10:00-11:40

Venue: Room C

Chairs: FujioTatsutaTokyo Denki University, JapanZhengming ZhaoTsinghua University, China

LS5C-1 10:00-10:20

Novel Control Design of Variable Speed PM Wind

Generator Considering Grid Code Requirement 154 8

Marwan Rosyadi11, S. M. Muyeen21, Rion Takahashi",and Junji Tamura""Kitami Institute of Technology, lapan, J'The Petroleum Institute,

UAE

LS5C-2 10:20-10:40

Improvement of Dynamic Performances of Tip SpeedRatios of Series Connected Wind Turbine Generators 1554

FujioTatsuta and Shoji Nishikata

Tokyo Denki University, Japan

LS5C-3 10:40-11:00

Studies on Field Current Control Method for Constant

Tip Speed Ratios of Series Connected Wind Turbine

Generators in a Wind Farm 1558

A. Takemura, F. Tatsuta, H.Yokoyama, and S. Nishikata

Tokyo Denki University, Japan

LS5C-4 11:00-11:20

Use of Independent Pitch Controllers to Reduce Load

Fluctuations Caused by Blade Icing 1563

Zuoxia Xing, Jia Cui, Yanjun Jing, and Hongli Sun

Shenyang University of Technology, China

ICEMS 2012 Wednesday, October 24

LS5C-5 11:20-11:40

A Novel Idle Cutting-in Control Strategy Based on PLL

for DFIC Wind Turbine 1567

Qingwei Yuan, Zhiyong Zeng, Chong Zliu, Huan Yang,and Rongxiang Zhao



Time: 10:00-11:40

Venue: Room D

Chair: Naoki Yamamura

Mie University, Japan

LS5D-1 10:00-10:20

Input LC Filter Design of Bi-Directional AC/DC

Converter 1573

Yuya Fujishima, Wataru Kitagawa, and Takaharu Takeshita

Nagoya Institute of Technology, japan

LS5D-2 10:20-10:40

Harmonic and Reactive Currents Sharing by Multi-

Functional Grid-Connected Inverters in a Micro-Grid 15 7 9

Zheng Zeng, Huan Yang, Chong Cheng, Zhiyong Zeng,and Rongxiang Zhao


LS5D-3 10:40-11:00

Design of a Complex-Valued Sliding Surface

Controller with Applications to Constant-VoltageConstant-Frequency Inverters 1584

En-Chih Chang, Chien-Hsuan Chang, and Hung-Liang Chengl-Shou University, Taiwan

LS5D-4 11:00-11:20

A Digital Implementation of Novel Single Phase AC-

AC Converter with Power Factor Control 1588

Suwat Kitcharoenwat, Mongkol Konghirun,and Anawach SangswangKing Mongkut's University of Technology Thonburi, Thailand

LS5D-5 11:20-11:40

A Controlled Current AC-AC Converter for Circuit

Breaker Testing 15 94

Suwat Kitcharoenwat, Mongkol Konghirun,and Anawach Sangswang

King Mongkut's University of Technology Thonburi, Thailand

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2012 15th International ; 2 - GBV · Hidetoshi Hayashi, NaokiYamamura,and Muneaki Ishida MieUniversity, japan DS3G4-10 CompensatingCharacteristics ofVoltage Sag CompensatorUtilizing