2012 15th International Conference on Electrical …toc.proceedings.com/16826webtoc.pdfICEMS 2012...

IEEE Catalog Number: ISBN:

CFP12801-PRT 978-1-4673-2327-7

2012 15th International Conference on Electrical Machines and Systems (ICEMS 2012)

Sapporo, Japan 21 - 24 October 2012

Pages 1-797

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ICEMS 2012 Monday, October 22

Special Lecture

Date: Monday, October 22Time: 10:30-12:00Venue: Room AChair: Hirohito Funato Utsunomiya University, Japan

10:30-11:15A Massive Integration of Renewable Energy into Smart Grid in JapanA. YokoyamaThe University of Tokyo, Japan

11:15-12:00Smartgrids- A Key Step to Energy Efficient Cities of the FutureG.J. Schaeffer and R.J.M. BelmansKatholieke Universiteit Leuven, Belgium

Session DS1G1

PM Machines and Drives (1)

Date: Monday, October 22Time: 13:30-14:45Venue: Exhibition hallChairs: Kichiro Yamamoto Kagoshima University, Japan Jahirul Islam ABB Corporate Research Centre, Sweden

DS1G1-1Optimization in Structural Design of Triangle Type IPMSM of Permanent Magnetic Rotor Using Box-Behnken MethodologyJung-Ho Han1), Gwang-Hyun Ryu1), Ki-Doek Lee1), Jae-Jun Lee1), In-Gun Kim1), Tae-Chul Jeong1), Won-Ho Kim2), and Ju Lee1)

1)Hanyang University, Korea, 2)Samsung Advanced Institute of Technology, Korea

DS1G1-2New Tubular Fault-Tolerant Permanent-Magnet Motor for Artificial HeartShujun Yan, Jinghua Ji, Fangqun Wang, and Guohai LiuJiangsu University, China

DS1G1-3Cogging Force Analysis for Design of a Cross-Shaped Core Permanent Magnet Linear MotorWan-Tsun Tseng and Jyun-Jheng WangNational Yunlin University of Science & Technology, Taiwan

DS1G1-4Visualizing Iron Loss Distribution in Permanent Magnet MotorsH. Shimoji1,2), B. E. Borkowski1,2), T. Todaka2), and M. Enokizono2)

1)Oita Prefectural Organization for Industry Creation, Japan, 2)Oita University, Japan

DS1G1-5Study on the Ratio of Outer Diameter to Stack Length Suitable for High Torque and High Power in IPMSMsHideyuki Tachibana, Masayuki Sanada, Shigeo Morimoto, and Yukinori InoueOsaka Prefecture University, Japan

DS1G1-6Study of Characteristics of Various Structures in Axial-Gap PM MotorsYusuke Okumura, Masayuki Sanada, Shigeo Morimoto, and Yukinori InoueOsaka Prefecture University, Japan

DS1G1-7Basic Study of IPMSM with High-Temperature Superconducting Wire RodKazuya Okada, Shigeo Morimoto, Masayuki Sanada, and Yukinori InoueOsaka Prefecture University, Japan

DS1G1-8Improvement of Demagnetization by Rotor Structure of IPMSM with Dy-Free Rare-Earth MagnetKeigo Imamura, Masayuki Sanada, Shigeo Morimoto, and Yukinori InoueOsaka Prefecture University, Japan

DS1G1-9Thermal Analysis of Outer Rotor Type IPMSM Using Thermal Equivalent CircuitKyu-Seob Kim1), Byeong-Hwa Lee1), Hae-Joong Kim1), Jung-Pyo Hong1), and Jang-Hyun Jun2)

1)Hanyang University, Korea, 2)Doosanmottrol, Korea

DS1G1-10Thermal Analysis of an Interior Permanent Magnet Synchronous Traction Motor for High Speed Railway ApplicationsWei Chen, Jien Ma, Xiaoyan Huang, and Youtong FangZhejiang University, China

DS1G1-11Optimal Shape Design of Rotor to Reduce Torque Ripple for IPM Motor Based on the Principle of Mutual Harmonics ExclusionWang Aimeng, Zhao Jizong, and Wang YiNorth China Electric Power University, China

Technical Sessions


Session DS1G2


Date: Monday, October 22Time: 13:30-14:45Venue: Exhibition hallChairs: Yukihiko Sato Chiba University, Japan Liming Shi Chinese Academy of Sciences, China

DS1G2-1Robust Adaptive Neural Network Tracking Control of a Permanent Magnet Spherical MotorXiwen Guo1), Qunjing Wang1), Guoli Li1), Zhe Qian1), Lufeng Ju2), and Rui Zhou1)

1)Anhui University, China, 2)Hefei University of Technology, China

DS1G2-2Independent Position Control of Two Permanent Magnet Synchronous Motors Fed by a Five-Leg Inverter with Space Vector ModulationTsutomu Tanaka, Atsushi Hara, Masaya Iwashita, and Kouki MatsuseMeiji University, Japan

DS1G2-3Research on the Starting Methods for Initial Driving of PMSMSi Young Yun, Ho Joon Lee, Jae Jun Lee, In Gun Kim, and Ju LeeHanyang University, Korea

DS1G2-4Flux Position Estimating Method of IPMSM at Low Speed Region Using Current Derivative without High Frequency Component InjectionY. Hosogaya and H. KubotaMeiji University, Japan

DS1G2-5Phase Control Characteristics of IPM Motor with Magnet Pole Position SensorShingo Honda, Masashi Kawashima, Takashi Abe, and Tsuyoshi HiguchiNagasaki University, Japan

DS1G2-6Influence of Speed EMF on Position Estimation Error in Carrier Signal Injection Based Sensorless Control of PMSMJianmin Wang and Jianwei Gao Shandong University, China

DS1G2-7Single Sensor Three-Phase Permanent Magnet Synchronous Motor Drive Based on Luenberger Style-ObserversBahaa Hafez1), A. Abdel-Khalik2), A. M. Massoud3), Shehab Ahmed4), and Robert D. Lorenz5)

1)Texas A&M University, USA, 2)Alexandria University, Egypt, 3)Qatar University, Qatar, 4)Texas A&M University at Qatar, Qatar, 5)University of Wisconsin-Madison, USA

DS1G2-8A Consideration on Influence of Reduction of DC-Link Capacitance on Position Sensorless Control for Permanent Magnet Synchronous MotorMasanori Karino, Nobukazu Hoshi, and Junnosuke HarunaTokyo University of Science, Japan

DS1G2-9Attenuation of Wide Margin Disturbance Fluctuation in SGCMG Gimbal Servo SystemMing Lu1,2), Xiang Li2), and Yaohua Li1)

1)Chinese Academy of Sciences, China, 2)Beijing Institute of Control Engineering, China

DS1G2-10Study of Performance Improvement of Slotless SPMSM Position Sensorless Control in Very Low-Speed RegionTakurou Iwata, Shigeo Morimoto, Yukinori Inoue, and Masayuki SanadaOsaka Prefecture University, Japan

Session DS1G3

Induction Machines and Drives (1)

Date: Monday, October 22Time: 13:30-14:45Venue: Exhibition hallChairs: Isao Hirotsuka Chubu University, Japan Erich Schmidt Vienna University of Technology, Austria

DS1G3-1Optimization Research of FOC Based on PSO of Induction MotorsFang Xie, Qun-jing Wang, and Guo-li LiAnhui University, China

DS1G3-2Analysis and Calculation of Capacitance Parameters in Induction Machines to Predict Shaft VoltageXiping Ma, RuifangLiu, Bohua Zheng, and Yihuang ZhangBeijing Jiaotong University, China

DS1G3-3The Effects of End Part of Winding on Parasitic Capacitances of Induction Motor Fed by PWM InverterJunfeng Li, Ruifang Liu, Bohua Zheng, and Yihuang ZhangBeijing Jiaotong University, China

DS1G3-4Steady-State and Transient Characteristics of a High-Performance V/f Control System of Induction MotorXiaodan Zhao1), Mineo Tsuji2), Yasunari Inaki2), and Shinichi Hamasaki2)

1)Hangzhou Dianzi Univrsity, China, 2)Nagasaki University, Japan

DS1G3-5Performance Improvement of an Induction Motor by Soft Magnetic Composite (SMC) Toshihide Meguro and Masayuki MorimotoTokai University, Japan


DS1G3-6Characteristics of Vector Control Two Induction Motor Drives Fed by Matrix ConverterMasataka Yamazaki, Kiyoya Sakaki, and Kouki MatsuseMeiji University, Japan

DS1G3-7Speed Characteristics of Sensorless Vector Controlled Two Unbalanced Induction Motor Drive Fed by Single InverterKazuya Azegami1), Yuma Takahashi1), Koki Matsuse1), Shigeru Ito2), and Yoichiro Nakajima2)

1)Meiji University, Japan, 2)Sanken Electric Co., Ltd. Japan

DS1G3-8Improved Performance of Independent Two Induction Motor Drives Fed by a Four-Leg Inverter with Vector Control MethodHaruki Tanaka, Syun Saito, and Kouki MatsuseMeiji University, Japan

DS1G3-9Dual Induction Motor Drive System Fed by Indirect Matrix Converter with Five-Leg InverterYang Mei, Naqing Chang, Lipeng Wang, and Zhengxi LiNorth China University of Technology, China

DS1G3-10Design and Implementation of Multi-Objective & Inverse Optimization System for Three-phase Induction MotorRui Zhou1), Guo-li Li1), Qun-jing Wang1), Jing Zhang1), Guang-hui Fang2), and Zhizhong Li3)

1)Anhui University, China, 2)Jiangnan University, China, 3)Zhejiang University of Technology, China

DS1G3-11Small Signal Stability Analysis of Doubly Fed Induction Generator Including SDBRMohammad Hasanuzzaman Shawon, Ahmed Al Durra, Cedric Caruana, and S. M. MuyeenThe Petroleum Institute, UAE

DS1G3-12Performance Analysis of a Sliding Mode Control for Distributed GenerationsGazi Islam1), Ahmed Al-Durra1), Cedric Caruna1), S. M. Muyeen1), and Junji Tamura2)

1)The Petroleum Institute, UAE, 2)Kitami Institute of Technology, Japan

DS1G3-13Vector Control and Synchronization of Brushless Doubly-Fed Machine for High Power Wind Power GenerationKai Ji1,2), Shenghua Huang1), Jun Zhu2), Yue Gao2), and Chuan Zeng1)

1)Huazhong University of Science and Technology, China., 2)Wuhan Institute of Marine Electric Propulsion of China Shipbuilding Industry Corporation, China

Session DS1G4

Power Converters (1)

Date: Monday, October 22Time: 13:30-14:45Venue: Exhibition hallChairs: Takaharu Takeshita Nagoya Institute of Technology, Japan Chang En Chih I-Shou University, Taiwan

DS1G4-1The Large-Size Low-Stray-Parameter Planar Bus Bar for High Power IGBT-Based InvertersLiqiang Yuan, Hualong Yu, Xuesong Wang, Zhengming Zhao, and Ting LuTsinghua University, China

DS1G4-2Analysis and Comparison of Power Losses in 3L-NPC Inverter with SHPWM ControlQuan Chen1), Qunjing Wang1), Guoli Li1), and Weidong Jiang2)

1)Anhui University, China, 2)Hefei University of Technology, China

DS1G4-3Basic Characteristic of 5-Level Inverter with Different Divided DC Link VoltageT. Matsumoto, T. Akisawa, and K. MatsuseMeiji University, Japan

DS1G4-4The Control of Arm Currents and the Parameters for Modular Multilevel ConvertersYujin Zhang, Qiongxuan Ge, Ruihua Zhang, and Yumei DuChinese Academy of Sciences, China

DS1G4-5Development of Quasi 24-Step Voltage Source InverterKenta Kawasugi and Shigeo MasukawaTokyo Denki University, Japan

DS1G4-6The Control of Unequal Power Losses Distribution in Three-Level Neutral-Point-Clamped VSCQuan Chen1), Qunjing Wang1), Guoli Li1), and Shichuan Ding2)

1)Anhui University, China, 2)Southeast University, China

DS1G4-7Space Vector PWM Techniques for Current and Voltage Source Converters: A Short ReviewShoudao Huang1), Duy C. Pham1,2), Keyuan Huang1), and Shuangyin Cheng1)

1)Hunan University, China, 2)Ho Chi Minh City University of Industry, Vietnam

DS1G4-8Fuzzy Logic Controlled Voltage Source Converter in Grid Connected Application via LCL FilterMarwan Rosyadi1), S. M. Muyeen2), Rion Takahashi1), and Junji Tamura1)

1)Kitami Institute of Technology, Japan, 2)The Petroleum Institute, UAE


DS1G4-9Power Flow Control of Modular Multilevel Converter Based on Double-Star Bridge Cells Applying to Grid ConnectionShin-ichi Hamasaki, Kazuki Okamura, and Mineo TsujiNagasaki University, Japan

DS1G4-10Experimental Investigation of Effectiveness of Series Active Filters for Compensation of Uncertain Harmonic SourcesBao Cong Hiu, Syuichi Makita, and Yukihiko SatoChiba University, Japan

DS1G4-11Simulation and Analysis of Back-to-Back PWM Converter for Flywheel Energy Storage SystemSong Xu and Haifeng WangChinese Academy of Sciences, China

DS1G4-12Research on Grid-Connected Operation of Novel Variable Speed Constant Frequency (VSCF) Shaft Generator System on Modern ShipShan Li, Pingxi Yang, Lifei Liu, Lin Chen, Liuxin Bi, Gang Cui, and Chao ZhangShanghai Marine Equipment Research Institute, China

DS1G4-13Characteristics of a High Frequency Quasi-Resonant Inverter for Induction Heating Using Power MOSFETMasaki Miyamae1), Takahiro Ito1), Kouki Matsuse1), and Masayoshi Tsukahara2)

1)Meiji University, Japan, 2)Nippon Thermonics Co., Ltd., Japan

Session DS1G5

Field Analysis and Computation

Date: Monday, October 22Time: 13:30-14:45Venue: Exhibition hallChair: Takafumi Koseki The University of Tokyo, Japan

DS1G5-1Simulation Research of Evaporative Cooling Technology in Generator Circuit-BreakersChengliu Ai, Jianhong Guo, and Haifeng WangChinese Academy of Sciences, China

DS1G5-2Topology Optimization of Rotor Structure in a PM Synchronous Motor for Two Current Driving Methods by Genetic Algorithm Considering the ClusterKyoichi Nakayama, Takeo Ishikawa, and Nobuyuki KuritaGunma University, Japan

DS1G5-3Thermoelastic Friction Clutch and Its Operation CharacteristicsVáclav Kotlan1), Pavel Kůs2), and Ivo Doležel1)

1)University of West Bohemia, Czech Republic, 2)Academy of Sciences of the Czech Republic, Czech Republic

DS1G5-4Implementation of Hysteresis Model in Transient Analysis of Nonlinear Reluctance NetworksS. A. Mousavi and G. EngdahlRoyal Institute of Technology, Sweden

DS1G5-5Study of Copper Losses in the Stator Windings and PM Eddy-Current Losses for PM Synchronous Machines Taking into Account Influence of PWM HarmonicsA. Soualmi1,2), F. Dubas2), D. Depernet3), A. Randria1), and C. Espanet2)

1)Alstom transport Ornans, France, 2)University of Franche-Comte, France, 3)University of Technology Belfort-Montbeliard, France

DS1G5-6Design and Challenges of Current Sensing and Harmonic Extraction for Active Power Filtering for an Industrial Drive in Oil and Gas IndustryFarah Younis, Shamma Al Zaabi, Mona Nader, Wisal Yousif, and Abdul R. BeigThe Petroleum Institute, UAE

DS1G5-7Design and Analysis of Cuboid Film Resonator for Wireless Power Transmission System Based on Resonant CouplingZhuo Yan1), Chao Zhang2), Qingxin Yang3), Yang Li3), Dahua Xi1), and Zhihua Wang1)

1)China Electrotechnical Society, China, 2)Chinese Academy of Sciences, China, 3)Tianjin Polytechnic University, China

DS1G5-8Torque Ripple Reduction of Wound Rotor Synchronous Motor Using Rotor SlitsSang-Hwa Do, Byeong-Hwa Lee, Ho-Young Lee, and Jung-Pyo HongHanyang University, Korea

Session LS1A


Date: Monday, October 22Time: 15:00-16:40Venue: Room AChairs: Hisao Kubota Meiji University, Japan Jung Pyo Hong Hanyang University, Korea

LS1A-1 15:00-15:20Study of Cogging Torque in Shaft Permanent Magnet Synchronous GeneratorGang Cui, Liuxin Bi, Lin Chen, Lifei Liu, Fan Yang, Shan Li, and Chao ZhangShanghai Marine Equipment Research Institute, China

LS1A-2 15:20-15:40Cogging Torque and Vibration Analysis of a Direct-Driven PM Wind Generator with Concentrated and Distributed WindingsJahirul Islam1), Dmitry Svechkarenko1), Robert Chin1), Aron Szucs2), Juhani Mantere2), and Raimo Sakki2)

1)ABB Corporate Research Centre, Sweden, 2)ABB Oy, Finland


LS1A-3 15:40-16:00Pulsating Torque Reduction of Surface-Mounted Permanent Magnet Synchronous Motor with Unequal Slot AngleY. Yokoi and T. HiguchiNagasaki University, Japan

LS1A-4 16:00-16:20Different Novel Methods for Reduction of Low Space Harmonics for the Fractional Slot Concentrated WindingsGurakuq Dajaku1) and Dieter Gerling2)

1)FEAAM GmbH, Germany, 2)The Universiteät der Bundeswehr Müenchen, Germany

LS1A-5 16:20-16:40Control of Interior Permanent Magnet Synchronous Motor Drives with Cyclic Fluctuating LoadYuchao Shi, Kai Sun, Lipei Huang, Yongdong Li, and Xi XiaoTsinghua University, China

Session LS1B

Special Machines (1)

Date: Monday, October 22Time: 15:00-16:40Venue: Room BChairs: Masahide Ooshima Tokyo University of Science, Japan Zhuoran Zhang Nanjing University of Aeronautics and

Astronautics, China

LS1B-1 15:00-15:20Rotor Design of a Novel Self-Start Type Permanent Magnet Synchronous MotorT. Egawa1), T. Higuchi1), Y. Yokoi1), T. Abe1), Y. Miyamoto2), and M. Ohto2)

1)Nagasaki University, Japan, 2)Yaskawa Electric Corporation, Japan

LS1B-2 15:20-15:40A New Parallel Hybrid Excitation Brushless DC MachineWeiwei Geng, Zhuoran Zhang, and Li YuNanjing University of Aeronautics and Astronautics, China

LS1B-3 15:40-16:00Simple Robust Design of Two-Degree-of-Freedom PID Controller for Tracking Drives of Linear Servo MotorsS. Yamamoto, H. Hirahara, A. Tanaka, and T. AraPolytechnic University, Japan

LS1B-4 16:00-16:20Design and Evaluation of Short Armature Core Double-Sided Transverse Flux Type PMLSMJung-Seob Shin1), Takafumi Koseki1), and Houng-Joong Kim2)

1)The University of Tokyo, Japan, 2)KOVERY Co. Ltd, Korea

LS1B-5 16:20-16:40Evaluation of an Electromechanical Clamping System for Its Integration in a Piezoelectric Linear Motor for the Generation of High Linear ForcesN. Ferrier, M. Markovic, and Y. PerriardÉcole Polytechnique Fédérale de Lausanne (EPFL), Switzerland

Session LS1C

Distributed Generators

Date: Monday, October 22Time: 15:00-16:20Venue: Room CChairs: Shin'ya Obara Kitami Institute of Technology, Japan S. M. Muyeen The Petroleum Institute, UAE

LS1C-1 15:00-15:20Islanding Prevention Method for Photovoltaic System by Harmonic Injection Synchronized to Exciting Current Harmonics of Pole TransformerYoshiaki Yoshida1), Hirokazu Suzuki2), Koji Fujiwara1), and Yoshiyuki Ishihara1)

1)Doshisha University, Japan, 2)The University of Tokyo, Japan

LS1C-2 15:20-15:40Integration and Energy Management of Largescale Lithium-Ion Battery Energy Storage StationXiangjun Li1), Dong Hui1), Ming Xu2), Liye Wang1), Guangchao Guo1), and Liang Zhang1)

1)China Electric Power Research Institute of SGCC China, 2)Zhangjiakou Wind and Solar Power Energy Demonstration Station Co. Ltd, China

LS1C-3 15:40-16:00Maximum Power Point Tracking under Stand-Alone Operation Using Energy Storage DeviceChan-In Kim, Do-Hyun Kim, Sol Moon, Haw-Seck Lee, and Joung-Hu ParkSoongsil University, Korea

LS1C-4 16:00-16:20Direct Duty-Cycle Control for Maximum Power Point Tracking of Multimodule ConverterSol Moon, Do-Hyun Kim, Chan-In Kim, Joung-Won Seo, and Joung-Hu ParkSoongsil University, Korea

Session LS1D


Date: Monday, October 22Time: 15:00-16:40Venue: Room DChairs: Keiju Matsui Chubu University, Japan Qiongxuan Ge Chinese Academy of Sciences, China

LS1D-1 15:00-15:20A New ZVS Phase Shift-Controlled Class D Full-Bridge High-Frequency Resonant Inverter for Induction HeatingChikanori Takami1), Tomokazu Mishima1), and Mutsuo Nakaoka2,3)

1)Kobe University, Japan, 2)Kyungnam University, Korea, 3)University of Malaysia, Malaysia


LS1D-2 15:20-15:40Comparison for Buck Converter with PI, Sliding Mode, Dynamic Sliding Mode ControlYigeng Huangfu1), Bo Wang2), Ruiqing Ma1), and Yuren Li1)

1)Northwestern Polytechnical University, China, 2)Harbin Institute of Technology, China

LS1D-3 15:40-16:00Proposal of SMR Converter Using Indirect-Matrix ConverterJun Araki1), Kento Inada2), and Hirohito Funato1)

1)Utsunomiya University, Japan, 2)Sharp Corporation, Japan

LS1D-4 16:00-16:20Analysis of Conducted Electromagnetic Interference Generated by PWM Inverter Fed- AC Motor DrivesC. JettanasenKing Mongkut’s Institute of Technology Ladkrabang, Thailand

LS1D-5 16:20-16:40A Strategic Load Allocation for Hybrid Power Source Consisting of EDLC and BatteryShoken Sunagawa and Naomitsu UrasakiUniversity of the Ryukyus, Japan

Session DS2G1

Electric Vehicles and Hybrid Electric Vehicles

Date: Monday, October 22Time: 15:15-16:30Venue: Exhibition hallChairs: Nobukazu Hoshi Tokyo University of Science, Japan Yang Huan Zhejiang University, China

DS2G1-1A Study of Vehicle Fuel Consumption Simulation Using VHDL-AMS Multi-Domain SimulationShikoh Takakura, Takashi Abe, and Tsuyoshi HiguchiNagasaki University, Japan

DS2G1-2Design of Lion-Battery Storage Management System with Energy FeedbackKun Xia, Xinyue Xu, Nuo Ji, and Yin YuanUniversity of Shanghai for Science and Technology, China

DS2G1-3Experimental Verification of Electric Vehicle Using EDLCH. Ikeda1), H. Ajishi1), and T. Hanamoto2)

1)Nishi-Nippon Institute of Technology, Japan, 2)Kyushu Institute of Technology, Japan

DS2G1-4Energy-Saving Operating Strategy of a Catenary Free Light Rail TransitKota Ishino, Kei Sakamoto, and Masafumi MiyatakeSophia University, Japan

DS2G1-5Design of Bike Inverter Using Adaptive State Observer of DC-LinkKyoo Jae Shin1), Hyun Rok Cha2), Young Ju Seo3), and Jae Young Lim4)

1)Suncheon First College, Korea, 2)Korea Institute of Industrial Technology, Korea, 3)SRC Ltd. Co., Korea, 4)Seojin Technology Ltd. Co., Korea

DS2G1-6Development of Novel PM Motors for Sport Type Electric MotorcyclesDaigo Tokunaga and Katsumi KesamaruKyushu University, Japan

DS2G1-7Development of Torque Coordinating Control of Permanent-Magnet Motors Driving Electric Vehicle Based on Identification of Yaw-Rate ControllerGuihua Sun, Guohai Liu, Duo Zhang, and Jinghua JiJiangsu University, China

DS2G1-8Design of Slipring-less Winding Excited Synchronous Motor for Hybrid Electric VehicleYoshiaki Kano and Tsuyoshi ManoToyota National College of Technology, Japan

DS2G1-9Comparison of Torque-to-Copper Loss Ratio in Switched Reluctance and Induction Motors for EV ApplicationsTakashi Kenjo and Yuichi TakanoNidec Corporation, Japan

DS2G1-10A Novel Brushless Dual-Mechanical-Port Electrical Machine for Hybrid Electric Vehicle ApplicationKai Ji1,2), Shenghua Huang1), Jun Zhu2), Yue Gao2), and Chuan Zeng1)

1)Huazhong University of Science and Technology, China, 2)Wuhan Institute of Marine Electric Propulsion of China Shipbuilding Industry Corporation, China

Session DS2G2

Induction Machines and Drives (2)

Date: Monday, October 22Time: 15:15-16:30Venue: Exhibition hallChair: Yoshihiro Kawase Gifu University, Japan

DS2G2-1Current Compensation Method for Sensorless Controlled Induction Motors Operated in Low Switching FrequencyToshie Kikuchi, Yasuyuki Noto, Hironori Mine, and Yasushi MatsumotoFuji Electric Co., Ltd, Japan


DS2G2-2Basic Study of Radial Distributions of Electromagnetic Vibration and Noise in Three-Phase Squirrel-Cage Induction Motor under Load ConditionsIsao Hirotsuka1), Kazuo Tsuboi1), and Yousuke Takahashi2)

1)Chubu University, Japan, 2)Toshiba Industrial Products Mfg., Japan

DS2G2-3Reduction of Synchronous Torques in Induction Machines Using Asymmetrical Rotor SlotsA. Stening and C. SadaranganiRoyal Institute of Technology, Sweden

DS2G2-4Measurements of Stray Losses in Induction Machines with Die-Cast Aluminium RotorsA. Stening, B. Larsson, and C. SadaranganiRoyal Institute of Technology, Sweden

DS2G2-5A Novel Doubly Fed Induction Generator System with Fault Ride through CapabilityYang Jiang1), Xiaoyan Huang2), Youtong Fang2), Chris Gerada3), and Andrew Goodman3)

1)Zhejiang Institute of Mechanical & Electrical Engineering, China, 2)Zhejiang University, China, 3)University of Nottingham, UK

DS2G2-6Model Predictive Direct Power Control of Doubly-Fed Wind Power Generation SystemShitao Sun, Dan Sun, and Lunjie DengZhejiang University, China

DS2G2-7An Analytical Method for Determining Circuit Parameter of a Solid Rotor Induction MotorSiyuan Guo1), Libing Zhou1), and Tong Yang2)

1)Huazhong University of Science and Technology, China, 2)Beijing Aerospace Control Device Institute, China

DS2G2-8Improving Short-Term Voltage Stability Problems by Variable-Speed Air-ConditionersXuemei He, Rongxiang Zhao, Chong Zhu, and Huan YangZhejiang University, China

DS2G2-9Analysis and Failure Diagnosis of Squirrel-Cage Induction Motor with Broken RotorT. Ishikawa, R. Ishigame, M. Matsunami, and N. KuritaGunma University, Japan

Session DS2G3

Micro-Grid and Energy System

Date: Monday, October 22Time: 15:15-16:30Venue: Exhibition hallChairs: Noriyuki Kimura Osaka Institute of Technology, Japan Chang En Chih I-Shou University, Taiwan

DS2G3-1Study on the Energy Storage Characteristics of CO2 Gas-HydrateMasahito Kawai1) and Shin'ya Obara2)

1)Hakodate National College of Technology, Japan, 2)Kitami Institute of Technology, Japan

DS2G3-2Independent Control of Rectifiers Connected to SMES in AC Loop Microgrid SystemShohei Kanda, Yuuki Hayashi, and Masafumi MiyatakeSophia University, Japan

DS2G3-3A Digital Control of Power Leveling Unit with Super Capacitor for Distributed GeneratorShin-ichi Hamasaki, Sho Yoshioka, and Mineo TsujiNagasaki University, Japan

DS2G3-4Stability Enhancement of a Hybrid Micro-Grid System in Grid Fault ConditionMir Nahidul Ambia, Ahmed Al-Durra, Cedric Caruana, and S. M. MuyeenThe Petroleum Institute, UAE

DS2G3-5Multi-Objective Optimal Compensation of a Multi-Functional Grid-Connected Inverter for Power Quality EnhancementChong Cheng, Zheng Zeng, Huan Yang, and Rongxiang ZhaoZhejiang University, China

DS2G3-6A Study on Continuous Operation of Distributed Generator with DVR in Case of Instantaneous Voltage DropH. Toita1), T. Ninomiya2), K. Yukita2), Y. Goto2), and K. Ichiyanagi2)

1)Hitachi Engineering & Services Co., Ltd., Japan, 2)Aichi Institute of Technology, Japan

DS2G3-7Development of a Gas-Hydrate Power Generation SystemRyohei Shimizu, Shinya Obara, Manabu Okuda, and Ryota YamamotoKitami Institute of Technology, Japan

DS2G3-8Operation Planning of a Compound Energy System Using Orthogonal Table-GA Hybrid Analyzing MethodSeizi Watanabe1),Shin’yaObara2), and Masaharu Munetomo3)

1)Kushiro National College of Technology, Japan, 2)Kitami Institute of Technology, Japan, 3)Hokkaido University, Japan


DS2G3-9Fundamental Examination on the Dissociation and Expansion Characteristics of CO2 Hydrate Using the Gas-Hydrate GeneratorManabuOkuda,Shin’yaObara,andRyoheiShimizuKitami Institute of Technology, Japan

Session DS2G4

Analysis of Power Apparatus

Date: Monday, October 22Time: 15:15-16:30Venue: Exhibition hallChair: Rion Takahashi Kitami Institute of Technology, Japan

DS2G4-1Study on a Novel Flat Winding Transformer with Sandwich Construction Magnet Core in CPS System for High Speed TransportationYing Zhang, Yumei Du, Ruihua Zhang, and Liming ShiChinese Academy of Sciences, China

DS2G4-2Discriminating among Inrush Current, External Fault and Internal Fault in Power Transformer Using Low Frequency Components Comparison of DWTChaiyan Jettanasen, Chaichan Pothisarn, Jittiphong Klomjit, and Atthapol NgaopitakkulKing Mongkut’s Institute of Technology Ladkrabang, Thailand

DS2G4-3Finite Element Modeling of Power Transformer for Short-Circuit Electromagnetic Force AnalysisHyun-Mo Ahn1), Byuk-Jin Lee1), Cherl-Jin Kim2), Heung-Kyo Shin3), and Sung-Chin Hahn1)

1)Dong-A University, Korea, 2)Halla University, Korea, 3)Gyeongsang National University, Korea

DS2G4-4Behaviour of Interturn Fault in Power Transformer Winding Using High Frequency Components of Discrete Wavelet TransformJittiphong Klomjit and Atthapol NgaopitakkulKing Mongkut’s Institute of Technology Ladkrabang, Thailand

DS2G4-5Accuracy Comparison of Phase-and Time-Domain Methods for PD Location in Power CableRedy Mardiana and Ahmad Fajar FirdausThe Petroleum Institute, UAE

DS2G4-6The Application of Evaporative Cooling Technology in Generator Circuit BreakerJian Hong Guo1), Hai Feng Wang1), Ai Chengliu1), Fu De Ping1), Gu Guo Biao1), and Cheng Li2)

1)Chinese Academy of Sciences, China, 2)Xian XD Swithgear Electric CO. LTD, China

DS2G4-7Loss Analysis of Large Reactor for Power Conditioning System Considering Harmonic ComponentsJung-Hwan Kim1), Hae-Joong Kim1), Jeong-Soo Kim2), and Jung-Pyo Hong1)

1)Hanyang University, Korea, 2)S-Powertech, Korea

DS2G4-8Design of Outer Rotor Type Induction Motor Having High Power Density for In-Wheel SystemHyun Rok Cha1), Tae Won Jeong1), Dae Yeong Im1), Kyoo Jae Shin2), and Young Ju Seo3)

1)Korea Institute of Industrial Technology, Korea, 2)Suncheon First College, Korea, 3)SRC Ltd. Co., Korea

DS2G4-9The Study of Evaporative Cooling Technology in the Rectification DevicesZhenguo Li, Feihui Liu, and Bin XiongChinese Academy of Sciences, China

DS2G4-10Semi-Analytical Modeling of the End-Winding Self-Inductance in Large AC MachinesH. Grop1), J. Soulard1), A. Krings1), and H. Persson2)

1)Royal Institute of Technology, Sweden, 2)ABB Machines, Sweden

DS2G4-11Efficiency Dependence on Wire Type for Wireless Power Transfer of Magnetic Resonant CouplingT. Mizuno, T. Ueda, S. Yachi, R. Ohtomo, and Y. GotoShinshu University, Japan

Session DS2G5

Renewable Energy (1)

Date: Monday, October 22Time: 15:15-16:30Venue: Exhibition hallChair: Masaki Yagami Hokkaido Institute of Technology, Japan

DS2G5-1Mitigation of Load Frequency Fluctuation Using a Centralized Pitch Angle Control of Wind TurbinesJunqiao Liu1), Marwan Rosyadi1), Rion Takahashi1), Junji Tamura1), Tomoyuki Fukushima2), Atsushi Sakahara2), Koji Shinya2), and Kazuki Yoshioka2)

1)Kitami Institute of Technology, Japan, 2)Hokkaido Electric Power Co, Japan

DS2G5-2A Derivation of Simulation Model of Offshore Wind Farm with Losses and Annual Capacity Factor ConsideredNaoya Inaba1), Rion Takahashi1), Junji Tamura1), Mamoru Kimura2), Akiyoshi Komura2), and Kenji Takeda2)

1)Kitami Institute of Technology, Japan, 2)Hitachi, Ltd., Japan


DS2G5-3Control Scheme of a Superconducting Synchronous Generator Applied to a Grid-Connected Wind Power Generation SystemG. H. Kim1), K. M. Kim1), H. J. Sung1), S. J. Jung1), S. Kim1), M. Park1), I. K. Yu1), and S. Lee2)

1)Changwon National University, Korea, 2)Uiduk University, Korea

DS2G5-4Stabilization of Fixed Speed Wind Generator by Using Variable Speed PM Wind Generator in Multi-Machine Power SystemMarwan Rosyadi1), S. M. Muyeen2), Rion Takahashi1), and Junji Tamura1)


DS2G5-5Dynamic Simulation of PMSG Small Wind Turbine Generation System with HCS-MPPT ControlShota Yamakura and Katsumi KesamaruKyushu University, Japan

DS2G5-6Current Peak Reduction of Voltage Source Converter Exciting Induction Generator for Wind Power GenerationYoshinori Sakoda, Noriyuki Kimura, Toshimitsu Morizane, and Hideki OmoriOsaka Institute of Technology, Japan

DS2G5-7MPPT Control Technique for a PMSG Wind Generation System by the Estimation of the Wind SpeedHye-Su Shin1), Chengde Xu1), Joon-Min Lee1), Jae-Du La2), and Young-Seok Kim1)

1)Inha University, Korea, 2)Inha Technical College, Korea

DS2G5-8Wind Generator Stability Enhancement by Using an Adaptive Artificial Neural Network-Controlled Superconducting Magnetic Energy StorageHany M. Hasanien1), S. Q. Ali1), and S. M. Muyeen2)

1)King Saud University, Saudi Arabia, 2)The Petroleum Institute, UAE

DS2G5-9Withdrawn

DS2G5-10Efficient Output Power Control Scheme for Stand-Alone Wind Generator in Weak Wind ConditionDaichi Watanabe1), Rion Takahashi1), Junji Tamura1), Tomomichi Ito2), Mamoru Kimura2), and Akiyoshi Komura2)

1)Kitami Institute of Technology, Japan, 2)Hitachi, Ltd., Japan

Session LS2A

Electric Vehicles and Hybrid Electric Vehicles

Date: Monday, October 22Time: 17:00-18:40Venue: Room AChairs: Takashi Abe Nagasaki University, Japan Guohai Liu Jiangsu University, China

LS2A-1 17:00-17:20A Novel Approach for the Unit Commitment with Vehicle-to-GridLei Jin, Huan Yang, Fangbin Cheng, Yuying Zhou, and Rongxiang ZhaoZhejiang University, China

LS2A-2 17:20-17:40Input Impedance Matched AC-DC Converter in Wireless Power Transfer for EV ChargerKeisuke Kusaka and Jun-ichi ItohNagaoka University of Technology, Japan

LS2A-3 17:40-18:00A study on the Design Method of the Light Weight Coils for a High Power Contactless Power Transfer SystemsT. Maruyama1), K. Yamamoto1), S. Kitazawa1), K. Kondo1), and T. Kashiwagi2)

1)Chiba University, Japan, 2)Railway Technical Research Institute, Japan

LS2A-4 18:00-18:20Vector Control of Two Phase Inverter for Driving Three Phase MotorJun Matsuoka and Masayuki MorimotoTokai University, Japan

LS2A-5 18:20-18:40Design of NdFeB Bond Magnets for In-Wheel Permanent Magnet Vernier MachineKazuhiro Sato, Ryota Hosoya, and Shoji ShimomuraShibaura Institute of Technology, Japan

Session LS2B

Special Machines (2)

Date: Monday, October 22Time: 17:00-18:40Venue: Room BChairs: Kenji Nakamura Tohoku University, Japan Aimeng Wang North China Electric Power University, China

LS2B-1 17:00-17:20Vector Magnetic Characteristic Analysis of Segment Type Synchronous Reluctance Motor Utilizing Grain-Oriented Electrical Steel SheetRyuichi Koga, Takashi Todaka, and Masato EnokizonoOita University, Japan


LS2B-2 17:20-17:40A Study on a Bearingless Drive of a Surface Permanent Magnet Synchronous MotorMasashi Sawada1), Yuji Shindo1), Tomoaki Tamiya1), Yoshihiro Kawase2), Tadashi Yamaguchi2), Hirokatsu Katagiri2), Yuki Ono2), and Takashi Kodera2)

1)Kawasaki Heavy Industries, Ltd., Japan, 2)Gifu University, Japan

LS2B-3 17:40-18:00Suspending Force Control of a Novel 12/14 Hybrid Stator Pole Type Bearingless SRMZhenyao Xu, Dong-Hee Lee, and Jin-Woo AhnKyungsung University, Korea

LS2B-4 18:00-18:20Magnetic Levitation Tests of a Time-Divided Torque and Suspension Force Control Type Bearingless MotorM. Ooshima, K. Miyashita, and M. NakagawaTokyo University of Science, Japan

LS2B-5 18:20-18:40Development of Axial Gap Microhydro-Electric Generators Utilizing Magnetic Material Attached Flux Concentrated Permanent MagnetsKatsuyuki Shiota, Takashi Todaka, and Masato EnokizonoOita University, Japan

Session LS2C


Date: Monday, October 22Time: 17:00-18:40Venue: Room CChairs: Satoshi Ogasawara Hokkaido University, Japan Zhuoran Zhang Nanjing University of Aeronautics and

Astronautics,�China

LS2C-1 17:00-17:20Sinusoidal Back-EMF of Vernier Permanent Magnet MachinesDawei Li and Ronghai QuHuazhong University of Science and Technology, China

LS2C-2 17:20-17:40Artificial Immune System Based Design of Current Controlled Voltage Source Converter for PM Wind GeneratorMarwan Rosyadi1), S. M. Muyeen2), Rion Takahashi1), and Junji Tamura1)


LS2C-3 17:40-18:00Design and Analysis of a Low Voltage Regulation PM Brushless DC GeneratorWenjun Yu and Zhuoran ZhangNanjing University of Aeronautics and Astronautics, China

LS2C-4 18:00-18:20Coordinated Control for Active and Reactive Power of PMSG-Based Wind Turbine to Enhance the LVRT CapabilityShuhui Dong, Yi Wang, and Heming LiNorth China Electric Power University, China

LS2C-5 18:20-18:40Efficiency Calculation and Improvement of a Large-Diameter Ironless Permanent Magnet GeneratorZhaoqiang Zhang1), Marta Molinas1), Alexey Matveev2), Robert Nilssen1), and Arne Nysveen1)

1)Norwegian University of Science and Technology, Norway, 2)SmartMotor AS, Norway

Session LS2D


Date: Monday, October 22Time: 17:00-18:20Venue: Room DChairs: Takeo Ishikawa Gunma University, Japan Yves Perriard École Polytechnique Fédérale de Lausanne

(EPFL), Switzerland

LS2D-1 17:00-17:20Study on the High Accuracy Vector Control System of Direct Drive Permanent-Magnet Synchronous MachineShaoshen Xue, Haiping Xu, Cheng Fang, Weikun Niu, and Shan XueChinese Academy of Sciences, China

LS2D-2 17:20-17:40Research on Brushless DC Motor Based on New Type Electromagnetic Position SensorJinglin Liu, Lianghui Dong, and Gang WangNorthwestern Polytechnical University, China

LS2D-3 17:40-18:00Noble Control Strategy for Single Phase Input Indirect Matrix Converter Used for Sensorless PMSM Drive of Air-ConditionerNoriyuki Kimura1), Toshimitsu Morizane1), Takashi Fukuei2), Masanori Ogawa2), and Hideo Matsushiro2)

1)Osaka Institute of Technology, Japan, 2)Panasonic Corporation, Japan

LS2D-4 18:00-18:20An Improved Torque Feed-Forward Control with Observer-Based Inertia Identification in PMSM DrivesShouhua Zhao1), Lin Cui1), Guiying Liu2), and Yangsheng Chen1)

1)Zhejiang University, China, 2)Guangxi Teachers Education University, China


Session LS2E

High Voltage and Power Transformers

Date: Monday, October 22Time: 17:00-18:40Venue: Room EChair: Hiroyuki Kita Hokkaido University, Japan

LS2E-1 17:00-17:20Evaluation of Discharge Characteristics on the Triple Junction for Development of the Gas-Insulated SwitchgearJae-Hyun Song, Joon-Yeon Kim, Bok-Yeol Seok, and Young-Chan ChoiHyundai Heavy Industries CO., LTD., Korea

LS2E-2 17:20-17:40Characteristics of Charge Accumulation on Coated Electrode in SF6 GasS. Kainaga, T. Miyamoto, M. Yoshimura, and T. TsurimotoMitsubishi Electric Corporation, Japan

LS2E-3 17:40-18:00Oil Gap Dependence of Partial Discharge Starting Point in the Oil/Pressboard Composite Insulation SystemTakahiro Umemoto1), Soichiro Kainaga1), Takao Tsurimoto1), Hirotaka Muto1), Takahiko Ishikura1), Naoki Sugitani2), Norio Morita2), Masahiro Kozako2), and Masayuki Hikita2)

1)Mitsubishi Electric Corporation, Japan, 2)Kyushu Institute of Technology, Japan

LS2E-4 18:00-18:20A Medium-Frequency Transformer with Multiple Secondary Windings for Grid Connection through H-Bridge Voltage Source ConvertersMd Rabiul Islam, Youguang Guo, and Jianguo ZhuUniversity of Technology Sydney, Australia

LS2E-5 18:20-18:40FEM Modeling of Skin and Proximity Effects for Coreless TransformersPascal Meyer, Paolo Germano, and Yves PerriardÉcole Polytechnique Fédérale de Lausanne (EPFL), Switzerland

ICEMS 2012 Tuesday, October 23

Special Lecture

Date: Tuesday, October 23Time: 10:00-11:30Venue: Room AChair: Yukihiko Sato Chiba University, Japan

10:00-10:45Future Power Grid and High Tc Superconducting Power TransmissionL.Y. Xiao, L.Z. Lin, S.T. Dai, Y. Liu, and M.M. XuChinese Academy of Sciences, China

10:45-11:30Bearingless PM Motor Levitation SystemsAndreas Binder and Gabriel MunteanuDarmstadt University of Technology, Germany

Session LS3A

Vehicle and Railway Technologies

Date: Tuesday, October 23Time: 13:00-14:40Venue: Room AChairs: Masayuki Morimoto Tokai University,�Japan Yang Huan Zhejiang University, China

LS3A-1 13:00-13:20Visual and Voice Instruction for Vehicle Navigation Using UHF RF-ID SystemA. Yoshida, H. Kato, T. Kawamura, T. Kashiwa, and K. TaguchiKitami Institute of Technology, Japan

LS3A-2 13:20-13:40Investigation and Optimal Design of Output Capacitance in Chopper by High Speed Voltage Response ControlJun-ichi Itoh, Daisuke Sato, and Takayuki ShibuyaNagaoka University of Technology, Japan

LS3A-3 13:40-14:00Smart Charging Control for Electrical Vehicles Based on Two-Level Charge Management SystemZengquan Yuan, Haiping Xu, Huachun Han, and Yingjie ZhaoChinese Academy of Sciences, China

LS3A-4 14:00-14:20A Study on Energy Management System for Hybrid Powered Railway Vehicles with Fuel Cells and Electric Double Layer CapacitorsKenta Tsukahara and Keiichiro KondoChiba University, Japan

LS3A-5 14:20-14:40Energy-Saving Operation of an Electric Train at Multiple Service Section Based on Sensitivity Analysis of Energy Consumption to Running TimeTakafumi Koseki, Yuto Takahashi, and Zhe YangThe University of Tokyo, Japan

Session LS3B

Induction Machines and Controls (1)

Date: Tuesday, October 23Time: 13:00-14:40Venue: Room BChairs: Makoto Matsushita Toshiba Corporation, Japan Dieter Gerling University of Federal Defense, Germany

LS3B-1 13:00-13:20Loss Optimization Drive of Multiple Induction Motors by Coordination ControlFei Xu, Liming Shi, and Yaohua LiChinese Academy of Sciences, China

LS3B-2 13:20-13:40Loss Evaluation on Induction Machines Made with Soft Magnetic CompositeS. Inoue1), S. Shimomura1), and M. Morimoto2)

1)Shibaura Institute of Technology, Japan, 2)Tokai University, Japan

LS3B-3 13:40-14:00Motor Loss Increment of Induction Motor Driven by PWM Inverter in Comparison with Inverter Circuit LossKeisuke Fujisaki1), Masaki Sakai1,2), and Shinya Takeda1)

1)Toyota Technological Institute, Japan, 2)Daikin Industries, Ltd., Japan

LS3B-4 14:00-14:20Detection of Induction Motor Faults Using Direct Wavelet Transform TechniqueHew Wooi Ping and Khalaf Salloum GaeidUniversity of Malaya, Malaysia

LS3B-5 14:20-14:40Prediction of Additional Power and Iron Losses of Inverter Fed Asynchronous Induction Machines of Traction DrivesErich Schmidt1), Florian Müllner2), and Harald Neudorfer2)

1)Vienna University of Technology, Austria, 2)Traktionssysteme Austria, Austria

Session LS3C


Date: Tuesday, October 23Time: 13:00-14:40Venue: Room CChairs: Kazumi Kurihara Ibaraki University, Japan Jung Pyo Hong Hanyang University, Korea

LS3C-1 13:00-13:20Optimization Design and Analysis of a 30kW Interior Permanent Magnet Synchronous Motor Used in Electric VehiclesRong Fu1,2) and Manfeng Dou1)

1)Northwestern Polytechnical University, China, 2)Weinan Teachers University, China


LS3C-2 13:20-13:40Automatic Design Method Considering the Frequently Used Area of a PMSM for an HEVTomohiro Yamada and Kan AkatsuShibaura Institute of Technology, Japan

LS3C-3 13:40-14:00Local Iron Loss Identification by Thermal Measurements on an Outer-Rotor Permanent Magnet Synchronous MachineAndreas Krings, Shafigh Nategh, Oskar Wallmark, and Juliette SoulardRoyal Institute of Technology, Sweden

LS3C-4 14:00-14:20Output Maximization of Salient-Pole Synchronous Machines by Using Additional Permanent MagnetsKatsumi Yamazaki1), Shuichi Tamiya1), Kazuo Shima2), Tadashi Fukami2), and Masato Sato2)

1)Chiba Institute of Technology, Japan, 2)Kanazawa Institute of Technology, Japan

LS3C-5 14:20-14:40A Consideration of Electric and Magnetic Networks for Calculating Eddy Current Loss in SPM MotorYukihiro Yoshida, Kenji Nakamura, and Osamu IchinokuraTohoku University, Japan

Session LS3D


Date: Tuesday, October 23Time: 13:00-14:20Venue: Room DChairs: Kazuto Sakai Toyo University, Japan Xiaoyuan Wang Tianjin University, China

LS3D-1 13:00-13:20MTPA Control of PMSM System Considering Saturation and Cross-CouplingZheng Li and Hongmei LiHefei University of Technology, China

LS3D-2 13:20-13:40Investigation of Field Regulation Characteristic of a Hybrid Excitation Synchronous Machine with Axial Auxiliary Air-GapsShengjie 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 DesignH. N. Phyu and Bi ChaoData Storage Institute, Singapore

LS3D-4 14:00-14:20Comparison between PAM Control and Flux Weakening Control for PMSM DriveYasuhiro Matsumura and Naomitsu UrasakiUniversity of the Ryukyus, Japan

Session LS3E

Synchronous Machines and Controls

Date: Tuesday, October 23Time: 13:00-14:40Venue: Room EChair: Mamoru Kimura Hitachi, Ltd., Japan

LS3E-1 13:00-13:20A Novel Torque Ripple Reduction Strategy for Predictive Direct Torque Controlled PMSGZhongqi Wan and Heng NianZhejiang University, China

LS3E-2 13:20-13:40Sensorless Control of PMSG Based on Dual Two-Level Inverter Open Winding Configuration for Wind TurbinesYijie Chou and Heng NianZhejiang University, China

LS3E-3 13:40-14:00A Novel Tangential Radial Hybrid Excitation Synchronous Variable Frequency Aircraft GeneratorYinhang Ning, Chuang Liu, Renhua Jiang, Jianchun Xu, and Shushu ZhuNanjing University of Aeronautics and Astronautics, China

LS3E-4 14:00-14:20FEM Based Design of Third Harmonic Excitation System for Low Voltage Salient Pole Synchronous GeneratorsK. S. Jiji1), Jayadas N. H.2), and C. A. Babu2)

1)Rajiv Gandhi Institute of Technology, India, 2)Cochin University of Science and Technology, India

LS3E-5 14:20-14:40Study of Carbon Brush Characteristic of Turbine Generator (2nd Report) Makoto Takanezawa1), Daisuke Hiramatsu1), Masashi Kobayashi1), Mikio Kakiuchi1), Ken Nagakura1), Noboru Morita2), and Toru Otaka1)

1)Toshiba Corporation, Japan, 2)Formerly Nippon Institute of Technology, Japan

Session DS3G1


Date: Tuesday, October 23Time: 15:00-16:15Venue: Exhibition hallChairs: Tsuyoshi Higuchi Nagasaki University,�Japan Jinglin Liu Northwestern Polytechnical University, China

DS3G1-1Design of Surface Permanent Magnet-Type Vernier MotorHironori Kakihata1), Yasuhiro Kataoka1), Masakazu Takayama1), Yoshitarou Matsushima2), and Yoshihisa Anazawa1)

1)Akita Prefectural University, Japan, 2)Shizuoka University, Japan


DS3G1-2Comparison of Three Magnet Array-Type Rotors in Surface Permanent Magnet-Type Vernier MotorYasuhiro Kataoka1), Masakazu Takayama1), Yoshitarou Matsushima2), and Yoshihisa Anazawa1)

1)Akita Prefectural University, Japan, 2)Shizuoka University, Japan

DS3G1-3Characteristic Analysis of Slotted-Type Axial-Flux Permanent Magnetic CouplersSheng-An You, Sheng-He Wang, Mi-Ching Tsai, and Shang-Hsun MaoNational Cheng Kung University, Taiwan

DS3G1-4Design of High-Power Density and Low-Volume Motor Based on Evaporation-Cooling TechnologyYuanfeng Huang, Haifeng Wang and Guobiao GuChinese Academy of Sciences, China

DS3G1-5A New Hybrid-Excited Flux-Switching Machine with Excitation Coils in Stator SlotsBenjamin Gaussens1,2), Emmanuel Hoang1), Michel Lécrivain1), Philippe Manfe2), and Mohamed Gabsi1)

1)UniverSud, France, 2)Leroy Somer, France

DS3G1-6Study of Disk Type Corelss Permanent Magnet Synchronous Generator Applied in Ocean Current Energy SystemXiaoyuan Wang, Jiahong Yan, and Gengji WangTianjin University, China

DS3G1-7Electronic Motors Capable of Pole-Changing and Variable Machine ConstantsTakanori Niizuma and Kazuto SakaiToyo University, Japan

DS3G1-8Spiral Flux Motor with Torus CoilsHiroki Yokose and Kazuto SakaiToyo University, Japan

DS3G1-9Parallel Hybrid Excitation Synchronous Machine Optimization for Railway ApplicationB. Nedjar1), L. Vido2), F. Gillon3), P.-H. Nguyen1), K. Ngoc-Vu1), and M. Gabsi1)

1)UniverSud, France, 2)Université de Cergy-Pontoise, France, 3)École Centrale de Lille, France

DS3G1-10Analysis and Comparison of Classical and Flex-PCB Slotless Windings in BLDC MotorsBruno Dehez1), Miroslav Markovic1), and Yves Perriard2)

1)Université catholique de Louvain, Belgium, 2)École Polytechnique Fédérale de Lausanne (EPFL), Switzerland

Session DS3G2


Date: Tuesday, October 23Time: 15:00-16:15Venue: Exhibition hallChairs: Noriyuki Kimura Osaka Institute of Technology, Japan Bruno Dehez Université catholique de Louvain, Belgium

DS3G2-1Study and Detection of Demagnetization in Line Start Permanent Magnet Synchronous Machines Using Artificial Neural NetworkXiaomin Lu, K. Lakshmi Varaha Iyer, Kaushik Mukherjee, and Narayan C. KarUniversity of Windsor, Canada

DS3G2-2Performance of 2. 4-MW Permanent Magnet Generator in Converter DriveMasahiro Hori, Mamoru Kimura, Akiyoshi Komura, Daisuke Kori, Seikichi Masuda, and Takayuki KoizumiHitachi, Ltd., Japan

DS3G2-3High-Efficiency Interior Permanent-Magnet Synchronous Generators with Minimal Voltage Regulation for Nano and Pico Hydro GenerationK. Kurihara1), T. Kubota1), K. Saito1), N. Kikuchi2), and H. Iwamoto2)

1)Ibaraki University, Japan, 2)IBASEI Ltd., Japan

DS3G2-4Research on Vibration Characteristics of Rotor of High Speed Permanent Magnet Synchronous MachineCheng Fang, Haiping Xu, Shaoshen Xue, and Shan XueChinese Academy of Sciences, China

DS3G2-5Shaft Voltage Comparison between Grounded and Ungrounded Brushless DC Motors with Insulated Rotor Driven by PWM InverterTatsuo Maetani1), Shigeo Morimoto2), Kichiro Yamamoto3), Yoshinori Isomura1), Akihiko Watanabe1), and Keisaku Nakano1)

1)Panasonic Corporation, Japan, 2)Osaka Prefecture University, Japan, 3)Kagoshima University, Japan

DS3G2-6Study of Flywheel Energy Storage System for Power Leveling of Wave Power Generation SystemT. Yoshida, M. Sanada, S. Morimoto, and Y. InoueOsaka Prefecture University, Japan

DS3G2-7Characteristic of PMASynRM with Ferrite Magnets for EV/HEV ApplicationsMasahiro Obata, Shigeo Morimoto, Masayuki Sanada, and Yukinori InoueOsaka Prefecture University, Japan


DS3G2-8Real Time Implementation of the BESS to Smoothen the Output Power Fluctuation of the Variable Speed Wind Turbine GeneratorAdnan Sattar1), Ahmed Al Durra1), Cedric Caruana1), S. M. Muyeen1), and Junji Tamura2)

1)The Petroleum Institute, UAE, 2)Kitami Institute of Technology, Japan

Session DS3G3

Special Machines and Designing

Date: Tuesday, October 23Time: 15:00-16:15Venue: Exhibition hallChairs: Takashi Kosaka Nagoya Institute of Technology, Japan Nashed Maged Naguib F. Electronics Research Institute, Egypt

DS3G3-1Fundamental Analysis for a Ferrite Permanent Magnet Axial Gap Motor with Coreless Rotor StructureKazuya Chiba, Shinji Chino, Masatsugu Takemoto, and Satoshi OgasawaraHokkaido University, Japan

DS3G3-2Demagnetization Characteristic Analysis of Inset-Type-Flux-Reversal MachinesHeung-Kyo Shin1), Tae Heoung Kim1), and Cherl-Jin Kim2)

1)Gyeongsang National University, Korea, 2)Halla University, Korea

DS3G3-3Optimization of PPMT Machine Using Higher-Order Finite Element MethodMach František1), Pánek David1), Doležel Ivo1), Karban Pavel1), and Kůs Pavel2)

1)University of West Bohemia, Czech Republic, 2)Academy of Sciences of the Czech Republic, Czech Republic

DS3G3-4Magnetic Field and Performance Analysis of Novel Double-Side Tubular Permanent Magnet MachinesLiang Guo1) and Hao Ding2)

1)Zhejiang Sci-Tech University, China, 2)Zhejiang Institute of Quality Inspection Science, China

DS3G3-5Improvement on the Core Loss of High Speed Slotless PMBLDC Motor and Its MeasurementGuo-Jhih Yan, Rong-Bin Lin, and Ming-Hung JianMicro/Meso Mechanical Manufacturing, Taiwan

DS3G3-6A Basic Study for an Elevator Emergency Stop Device Utilizing M. R. FluidYuuki Nagano1), Toshiko Nakagawa1), and Kazuo Suzuki2)

1)Tokyo City University, Japan, 2)Hitachi Building Systems Co., Ltd., Japan

DS3G3-7Analysis Method of Long-Time Behavior of Circuit Breaker with Oil DashpotS. Suzuki1), Y. Kawase1), T. Yamaguchi1), S. Toyama1), W. Koyanagi1), K. Hirata2), and T. Ota3)

1)Gifu University, Japan, 2)Osaka University, Japan, 3)Panasonic Corporation, Japan

DS3G3-8Design of a Drinking Water Filtration System with Intelligent and Security ManagementKun Xia, Xin-shen Liao, Xin-yue Xu, and Yue GeUniversity of Shanghai for Science and Technology, China

DS3G3-9Non-Contact Hand Motion Classification Technique for Application to Human Machine InterfacesK. KuritaKinki University, Japan

DS3G3-10Rotor Design Optimization for a Reaction Sphere ActuatorL. Rossini1), S. Mingard2), A. Boletis2), E. Forzani2), E. Onillon1), and Y. Perriard3)

1)Swiss Center for Electronics and Microtechnology, Switzerland, 2)maxon motor ag, Switzerland, 3)École Polytechnique Fédérale de Lausanne (EPFL), Switzerland

DS3G3-11A Design Method of Voice Coil Type High Speed Actuator for Valve OperationBaek Ju Sung and Do Sik KimKorea Institute of Machinery & Materials, Korea

DS3G3-12Design Optimization of Permanent Magnetic Actuator for Vacuum Circuit Breaker by Response Surface MethodYoung-Jo Kim1), Jong-Deok Lee2), Byuk-Jin Lee2), Heung-Kyo Shin3), and Sung-Chin Hahn2)

1)Yuhan University, Korea, 2)Dong-A University, Korea, 3)Gyeongsang National University, Korea

DS3G3-13Static and Dynamic Characteristics of Pulsed Actuator with Plunger Consisting of Iron Core and Permanent MagnetIvo Doležel1), David Pánek2), and Bohuš Ulrych2)

1)Czech Technical University, Czech Republic, 2)University of West Bohemia, Czech Republic


Session DS3G4


Date: Tuesday, October 23Time: 15:00-16:15Venue: Exhibition hallChair: Hiromi Inaba The University of Shiga Prefecture, Japan

DS3G4-1Harmonic Current Elimination for Single-Phase Rectifiers Based on PR Controller with Notch FilterJin Huang1), Yang Lu1), Bo Zhang1), Na Wang2), and Wensheng Song2)

1)China Academy of Railway Sciences, China, 2)Southwest Jiaotong University, China

DS3G4-2A Novel Voltage Source Converter for Low Voltage DC System Based on High Input AC Voltage ApplicationsChunwei Song1), Rongxiang Zhao1), Minglei Zhu1), Wangqing Lin2), and Fangbin Cheng1)

1)Zhejiang University, China, 2)Zhejiang Provincial Natural Gas Development Co., Ltd., China

DS3G4-3The Pursuit of Optimum Chopper Circuits for Power Factor CorrectionsYuhta Ando, Keiju Matsui, Masaru Hasegawa, and Fukashi UedaChubu University, Japan

DS3G4-4A Novel Control Strategy of Rectifier for NPC Back-to-Back Converter in HIL SystemYang Li, Liming Shi, and Yaohua LiChinese Academy of Sciences, China

DS3G4-5Research of Temperature Rise on IGBT Module and DC Busbar for a Single-Phase PWM RectifierYifeng Zhu1,2), Qiongxuan Ge1), and Lu Zhao1)

1)Chinese Academy of Sciences, China, 2)He'nan Polytechnic University, China

DS3G4-6A Passivity-Based Controller for a Unity-Power-Factor RectifierZhi Zhang1,2), Longyun Kang1), and Haibo Xu2)

1)South China University of Technology, China, 2)Guangdong EAST Power Limited Company, China

DS3G4-7Sinusoidal Input DCM Boost Rectifier with Lossless Snubber TopologyH. Matsumoto, Y. Neba, K. Ishizaka, and R. ItohFukuoka University, Japan

DS3G4-8Output Characteristics of ARCP Matrix Converter at Wide Output Command RangeKoji Hamamoto, Takashi Abe, and Tsuyoshi HiguchiNagasaki University, Japan

DS3G4-9Power Smoothing System Using Electric Double Layer CapacitorHidetoshi Hayashi, Naoki Yamamura, and Muneaki IshidaMie University, Japan

DS3G4-10Compensating Characteristics of Voltage Sag Compensator Utilizing Single-Phase Matrix ConverterKichiro Yamamoto, Keisuke Ikeda, and Kenichi IimoriKagoshima University, Japan

DS3G4-11A Dimmable LED Driver with an Ambient Light Sensor Based on a Constant Off-Time Control TechniqueYuan-Ta Hsieh1), Jian-Fu Wu1), Chiao-Li Fang1), Hann-Huei Tsai1), Ying-Zong Juang1), and Bin-Da Liu2)

1)National Chip Implementation Center, Taiwan, 2)National Cheng Kung University, Taiwan

Session DS3G5

Linear and Maglev Machines

Date: Tuesday, October 23Time: 15:00-16:15Venue: Exhibition hallChairs: Toshimitsu Morizane Osaka Institute of Technology, Japan Wan-Tsun Tseng National Yunlin University of Science and

Technology, Taiwan

DS3G5-1Detent Force Analysis in Permanent Magnet Linear Synchronous Motor Considering Longitudinal End EffectsA. Liyi Li, B. Mingna Ma, and C. Qingquan ChenHarbin Institute of Technology, China

DS3G5-2Development of the Change Circuit of the Inverter of Intermittent Stator PM-LSMHe Piao, Shinya Kohno, Kenji Suzuki, and Hideo DohmekiTokyo City University, Japan

DS3G5-3Analysis and Optimization of Air-Core Permanent Magnet Linear Synchronous Motors with Overlapping Concentrated Windings for Ultra-Precision ApplicationsLiyi Li, Yongbin Tang, Mingna Ma, and Donghua PanHarbin Institute of Technology, China

DS3G5-4Thrust of Permanent Magnet Linear Synchronous Motor with Ferromagnetic Block on Pole FaceManami Goto, Shunji Tahara, and Kokichi OgawaOita University, Japan


DS3G5-5Comparative Investigation of Single-Sided and Double-Sided Permanent Magnet Linear MotorQinfen Lu1), Chuanying Cheng1), Xinmin Zhang1), Liren Huang1), Zilong Yang1), Dayong Ma2), Yunyue Ye1), and Youtong Fang1)

1)Zhejiang University, China, 2)Shengzhou Institute of Chinese Herbal Medicine, China

DS3G5-6Secondary Research on the Influence to Characteristics of Long Primary Double Sided Linear MotorNan Wang, Yumei Du, Ruihua Zhang, and Liming shiChinese Academy of Sciences, China

DS3G5-7The Dynamic Characteristics of LIM Using Disc-Shaped Secondary Side Converted into Linear MotionYasuhiro Kotani, Toshimitsu Morizane, Kosuke Tsujikawa, Noriyuki Kimura, and Hideki OmoriOsaka Institute of Technology, Japan

DS3G5-8Design and Analysis of an Electromagnetic Actuator for a Magnetic SwitchHyeon-Jeong Bak1), Jong-Suk Ro1), Jun Jin2), Kyung-Pyo Yi1), Hyun-Kyo Jung1), and Tae-Kyung Chung2)

1)Seoul National University, Korea, 2)Chung-Ang University, Korea

DS3G5-9Static Characteristics of a Double-Sided Linear Switched Reluctance Motor with High-Temperature Superconducting Excitation WindingT. Hirayama, K. Uwada, and S. KawabataKagoshima University, Japan

DS3G5-10Thrust and Thrust Ripple of Linear Reluctance Motor Compared with PMLSMShohei Oshima, Shunji Tahara, and Kokichi OgawaOita University, Japan

DS3G5-11A Turnout without Movable Parts for Magnetically Levitated Vehicles with Hybrid MagnetsT. Kakinoki, H. Yamaguchi, N. Yoshinaga, E. Mukai, and H. NishiSojo University, Japan

DS3G5-12Experiments and Simulations of Transportation by LIM for Magnetically Levitated Steel PlatesRyota Morisawa and Toshiko NakagawaTokyo City University, Japan

DS3G5-13Analysis of Linear Induction Motor Applied in Low-Speed Maglev TrainQinfen Lu1), Yanxin Li1), Xun Shen1), Yunyue Ye1), Youtong Fang1), and Yunfeng He2)

1)Zhejiang University, China, 2)CSR Zhuzhou Electric CO., LTD., China

Session LS4A


Date: Tuesday, October 23Time: 16:30-17:50Venue: Room AChairs: Keiichiro Kondo Chiba University, Japan Xiaoyuan Wang Tianjin University, China

LS4A-1 16:30-16:50A Study of High Torque Surface-Mounted Permanent Magnet Synchronous Motor by Maximum Utilization of the Magnet FluxM. Miyamasu and K. AkatsuShibaura Institute of Technology, Japan

LS4A-2 16:50-17:10Research on the Design of Multi-Redundancy BLDC Motorzhaoyang Fu and Jinglin LiuNorthwestern Polytechnical University, China

LS4A-3 17:10-17:30Fundamental Characteristics of a Novel Self-Starting Type Permanent Magnet Synchronous MotorT. Higuchi, Y. Yokoi, T. Abe, and T. EgawaNagasaki University, Japan

LS4A-4 17:30-17:50Experimental Tests of Surface Permanent Magnet Magnetic GearMichinari Fukuoka, Kenji Nakamura, and Osamu IchinokuraTohoku University, Japan

Session LS4B

Induction Machines and Controls (2)

Date: Tuesday, October 23Time: 16:30-17:50Venue: Room BChairs: Keisuke Fujisaki Toyota Technological Institute, Japan Hew Wooi Ping University of Malaya, Malaysia

LS4B-1 16:30-16:50A New Simplified Sensorless Speed Control of Induction Motor Using D-axis VoltageM. Tsuji, G. M. C. Mangindaan, Y. Kunizaki, R. Hashimoto, and S. HamasakiNagasaki University, Japan

LS4B-2 16:50-17:10Non-Intrusive Method for Induction Motor Field Efficiency Estimation Using On-Site Measurement and Modified Equivalent CircuitP. Phumiphak1) and C. Chat-uthai2)

1)Mahanakorn University of Technology, Thailand, 2)King Mongkut’s Institute of Technology Ladkrabang, Thailand


LS4B-3 17:10-17:30Special Winding to Reduce Space Flux Harmonics Caused by Fractional-SlotK. Tsujikawa, T. Tokumasu, M. Kakiuchi, D. Hiramatsu, M. Fujita, T. Ueda, K. Ikeda, M. Ichimonji, and T. OtakaToshiba Corporation, Japan

LS4B-4 17:30-17:50Study on the Implementation of the Phase-Domain Model for Rotating Electrical MachinesL. Quéval and H. OhsakiThe University of Tokyo, Japan

Session LS4C

Ultrasonic Motors

Date: Tuesday, October 23Time: 16:30-17:50Venue: Room CChair: Manabu Aoyagi Muroran Institute of Technology, Japan

LS4C-1 16:30-16:50Examination of an Outer-Rotor-Type Multidegree-of- Freedom Spherical Ultrasonic MotorBo Lu and Manabu AoyagiMuroran Institute of Technology, Japan

LS4C-2 16:50-17:10Contact Model of a Ring-Type Traveling Wave Ultrasonic MotorChunrong Jiang1), Daniel S. Stutts2), Minqiang Hu1), and Long Jin1)

1)Southeast University, China, 2)Missouri University of Science and Technology, USA

LS4C-3 17:10-17:30Development of Linear Ultrasonic Motor Using Beam and Multilayer Piezoelectric ActuatorR. 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 ModelJong-Suk Ro, Kyung-Pyo Yi, and Hyun-Kyo JungSeoul National University, Korea

Session LS4D

Power Apparatus

Date: Tuesday, October 23Time: 16:30-17:50Venue: Room DChairs: Kenichiro Yamashita Salesian Polytechnic, Japan Frederik De Belie Ghent University, Belgium

LS4D-1 16:30-16:50Multi-Receiver and Repeater Wireless Power Transfer via Magnetic Resonance Coupling – Impedance Matching and Power Division Utilizing Impedance InverterK. E. Koh, T. C. Beh, T. Imura, and Y. HoriThe University of Tokyo, Japan

LS4D-2 16:50-17:10Effects of System Parameters on the Steady-State Characteristics of a DC Transmission System Including Wind Turbine Generating SystemsKen-ichiro Yamashita1) and Shoji Nishikata2)

1)Salesian Polytechnic, Japan, 2)Tokyo Denki University, Japan

LS4D-3 17:10-17:30Low-Speed Salient-Pole BLDC-Machine Control by Using a Single SensorFrederik De Belie, Jeroen De Backer, Araz Darba, and Jan MelkebeekGhent University, Belgium

LS4D-4 17:30-17:50Real and Virtual Labs for Enhancing a SM CourseH. Djeghloud, A. Bentounsi, and M. LarakebUniversité Mentouri Constantine, Algeria

Session DS4G1


Date: Tuesday, October 23Time: 16:45-18:00Venue: Exhibition hallChair: Kan Akatsu Shibaura Institute of Technology, Japan

DS4G1-1Research on an Energy Feedback Power Dynamometer Based on Improved Vector ControlNan Zhang and Wei ZhangZhejiang University, China

DS4G1-2Direct Torque and Adaptive Flux Control of Novel Transverse-Flux Permanent Magnet Motor with Brushless DC DriveXiaotao Tu1), Yinyin Dai1,2), and Chenglin Gu1)

1)Huazhong University of Science and Technology, China, 2)Huaqiao University, China


DS4G1-3A Proposed Control Strategy of PMSM for Deep Field-Weakening and Square-Wave ModeYongxing Wang, Xuhui Wen, and Feng ZhaoChinese Academy of Sciences, China

DS4G1-4Output Power Maximization of IPMSM Using Overmodulation Region of Direct Torque Control SystemY. Maeda, Y. Inoue, S. Morimoto, and M. SanadaOsaka Prefecture University, Japan

DS4G1-5Ultra-High-Speed PMSM Sensorless Drive Using Direct Torque ControlJunki Yoshimoto, Yukinori Inoue, Shigeo Morimoto, and Masayuki SanadaOsaka Prefecture University, Japan

DS4G1-6Flux-Weakening Control of PMSM Based on Single Current Regulator and Variable Q-Axis VoltageTaiyuan Hu, Fei Lin, Kezhen Lin, Xiaocun Fang, and Zhongping YangSchool of Electrical Engineering Beijing Jiao tong University, China

DS4G1-7A Novel Flux-Weakening Strategy Study to Improve Performance of IPMSM DrivesWang Aimeng, Jia Xingwang, and Wang YiNorth China Electric Power University, China

DS4G1-8Direct Torque Control Combined with MTPA Concept for Open Winding IPMSMJinyun Yu, Dan Sun, Bin Lin, and Shitao SunZhejiang University, China

Session DS4G2

Switched Reluctance Machines and Drives

Date: Tuesday, October 23Time: 16:45-18:00Venue: Exhibition hallChairs: Akira Chiba Tokyo Institute of Technology, Japan Chuang Liu Nanjing University of Aeronautics and

Astronautics, China

DS4G2-1Torque Improvement of Three-Phases Full Bridge Converter Based Switched Reluctance Motor with DC Assisted WindingK. Tungpimolrut1), S. Kachapornkul1), P. Jitkreeyarn1), P. Somsiri1), N. Chayopitak1), and C. Akira2)

1)National Electronics and Computer Technology Center, Thailand, 2)Tokyo Institute of Technology, Japan

DS4G2-2Design of a 1.5 kW High Speed Switched Reluctance Motor for Electric Supercharger with Optimal Performance AssessmentNattapon Chayopitak, Ruchao Pupadubsin, Santipong Karukanan, Prasit Champa, Pakasit Somsiri, and Yutthasak ThinphowongNational Electronics and Computer Technology Center, Thailand

DS4G2-3Torque Ripple Comparison of Short-Pitched and Fully-Pitched Winding Switched Reluctance MachineJianbo Sun, Shuanghong Wang, Zhe Kuang, and Huangyuan WuHuazhong University of Science and Technology, China

DS4G2-4Calculation and Measurement of Eigenmodes for a Canned Switched Reluctance MachineChristian Laudensack, Thomas Dentler, Qiang Yu, and Dieter GerlingThe Universität der Bundeswehr München, Germany

DS4G2-5Stator Structure for Noise Reduction of Switched Reluctance MotorAkihiro Sakuma1), Masahiro Kadowaki1), Hidetsugu Ukigai1), Ichiro Miki1), Toshiyuki Okamoto2), and Toshiaki Segawa2)

1)Meiji University, Japan, 2)JATCO Ltd, Japan, Japan

DS4G2-6Rotor Position Estimation Method in High Speed Region for 3-Phase SRM Used in EVNaoya Wada, Naohide Momma, and Ichiro MikiMeiji University, Japan

DS4G2-7Radial Suspension Control of Magnetic Bearing Switched Reluctance Motor Based on the ITAE OptimizationJitao Zhang1), Xilian Wang1), and Feng Guo2)

1)Beijing Jiaotong University, China, 2)The Ohio State University, USA

DS4G2-8Comparison of Winding Arrangements of Three Phase Switched Reluctance Motor under Unipolar OperationRuchao Pupadubsin, Nattapon Chayopitak, Santipong Karukanan, Prasit Champa, Pakasit Somsiri, and Kanokvate TungpimolrutNational Electronics and Computer Technology Center, Thailand

DS4G2-9Low Cost High Speed Switched Reluctance Motor Drive for Supercharger ApplicationsSeubsuang Kachapornkul, Pakasit Somsiri, Ruchao Pupadubsin, Niyom Nulek, and Nattapon ChayopitakNational Electronics and Computer Technology Center, Thailand

DS4G2-10Design of a Switched Reluctance Generator Competitive with the IPM Generator in Hybrid Electrical VehiclesKatsuhiko Urase, Kyohei Kiyota, Hiroya Sugimoto, and Akira ChibaTokyo Institute of Technology, Japan


DS4G2-11Design of 2-Phase 4/2 SRM for Torque Ripple ReductionPham Trung Hieu, Dong-Hee Lee, and Jin-Woo AhnKyungsung University, Korea

Session DS4G3

Synchronous Machines and Others

Date: Tuesday, October 23Time: 16:45-18:00Venue: Exhibition hallChair: Shu Yamamoto Polytechnic University, Japan

DS4G3-1New Reliable Sensorless Startup Strategy of Brushless DC Motor for Large Inertia SystemMing Lu1,2), Lifu Yu2), and Yaohua Li1)

1)Chinese Academy of Sciences, China, 2)Beijing Institute of Control Engineering, China

DS4G3-2Polyphase System of the Unidirectional Electrified Transverse Magnetic Flux BLDC Motor and the Operating CharacteristicYasuhiro Komatsu, Hirotaka Itou, Syed Abdul Kadir Zawawi, and Nur Alia Athirah Binti Hj MohtadzarRitsumeikan University, Japan

DS4G3-3Winding Turn-to-Turn Faults Detection of Five-Phase Fault-Tolerant Permanent-Magnet Machine Based on Parametric ModelWei Tang, Guohai Liu, and Jinghua JiJiangsu University, China

DS4G3-4Study on Generation of Harmonic Voltage Using Synchronous Machine with d-axis and q-axis Harmonic Field WindingsE. Mukai1), T. Kakinoki1), H. Yamaguchi1), Y. Kimura1), and S. Fukai2)

1)Sojo University, Japan, 2)Saga University, Japan

DS4G3-5Improvement for EMF Wave Form Used Fractional Slot Winding of Permanent Magnet Type Synchronous MachineYasuhiro Miyamoto1), Daisuke Morishita2), Tsuyoshi Higuchi3), and Takashi Abe3)

1)Yaskawa Electric Co. Ltd., Japan, 2)Yaskawa Motor Co. Ltd., Japan, 3)Nagasaki University, Japan

DS4G3-6Analytical Study of Linear Transformer - Linear Motor Apparatus for Non-Contact Power Supplied TransportationN. Fujii and T. EtoKyushu University, Japan

DS4G3-7Eddy Current Loss Analysis of Stator Core Through Bolt of HydrogeneratorM. Fujita, T. Ueda, T. Tokumasu, H. Ishizuka, M. Okubo, and K. MukaiToshiba Corporation, Japan

DS4G3-8A New Method Based on PIR Controller to Reject Torque and Current Ripple under Fluctuating DC Voltage for High-Speed Train Traction DrivesWei Shi, Fei Lin, and Zhongping YangBeijing Jiaotong University, China

DS4G3-9A PWM Modulation Method for Five-Leg InverterYang Mei1), Lipeng Wang1), Lina Wang2), and Jia Liu2)

1)North China University of Technology, China, 2)Beihang University, China

Session DS4G4


Date: Tuesday, October 23Time: 16:45-18:00Venue: Exhibition hallChair: Naomitsu Urasaki University of the Ryukyus, Japan

DS4G4-1Proposal of Resonant Converter Employing Zero Current Switch with Saturable InductorKeisuke Kuwabara, Keiju Matsui, Takanori Asaba, and Masaru HasegawaChubu University, Japan

DS4G4-2An Electric Power Conversion System Composed of Two Parallel-Connected Converters Providing Different Output CurrentsHiromi Inaba, Keiji Kishine, and Yasufumi IguraThe University of Shiga Prefecture, Japan

DS4G4-3Selective Harmonic Eliminated and Synchronous Optimal Pulse Width Modulation for a Single-Phase PWM Rectifier in Traction ApplicationsZhao Lu, Li Yaohua, Ge Qiongxuan, and Ren JinqiChinese Academy of Sciences, China

DS4G4-4Soft Switching DC-DC Boost Converter with Coupling Inductor for Continuous Current Mode OperationKenta Isozumi, Noriyuki Kimura, Toshimitsu Morizane, and Hideki OmoriOsaka Institute of Technology, Japan

DS4G4-5Design of Dual Output LLC Resonant Converter for a High-Power LED LampHan-sol Chang1), Byung-Hun Lee1), Hyung-Nam Park2), Jae-Du La3), and Young-Seok Kim1)

1)Inha University, Korea, 2)ICD Co. LTD., Korea, 3)Inha Technical College, Korea


DS4G4-6Design of High Power Factor Single-Stage Flyback Converter Eliminating Electrolytic Capacitors and Reducing 120[Hz] Ripple on the Output Node in the LED LightingsYong-Sung Jeon1), Dal-Lae Jin1), Joon-Min Lee1), Jae-Du La2), and Young-Seok Kim1)

1)Inha University, Korea, 2)Inha Technical College, Korea

DS4G4-7A Novel Solution Using Two-Port Network Models for Transient Analysis of Full-Bridge DC-DC Converter in Solid State TransformerMinglei Zhu1), Rongxiang Zhao1), Hao Zhang2), and Yuying Zhou1)

1)Zhejiang University, China, 2)Shanghai Entry-Exit Inspection and Quarantine Bureau, China

DS4G4-8Digitally Controlled LLC Resonant Converter Using Modified FIR FilterKoji Murata and Fujio KurokawaNagasaki University, Japan

DS4G4-9The Study of Evaporative Cooling Technology in Electric and Electronic EquipmentZhenguo Li, Lin Ruan, Feihui Liu, and Bin XiongChinese Academy of Sciences, China

DS4G4-10Digital Controlled Fast Average Current Mode DC-DC Converter Using VCO and FIR FilterF. Kurokawa and K. KajiwaraNagasaki University, Japan

DS4G4-11A Novel Digital Variable Integral Gain Control for DC-DC ConverterFujio Kurokawa and Shun HiguchiNagasaki University, Japan

DS4G4-12Active Clamping Circuit with Status Feedback for HV-IGBTTing Lu, Zhengming Zhao, Shiqi Ji, Hualong Yu, and Liqiang YuanTsinghua University, China

DS4G4-13Parameter Design of Three-Level Converter Based on Series Connected HV-IGBTsTing Lu, Zhengming Zhao, Hualong Yu, Shiqi Ji, Liqiang Yuan, and Fanbo HeTsinghua University, China

DS4G4-14Evaluation of THD and Switching Loss for a New Single-Phase 7-Level InverterHideki Ayano and Yoshihiro MatsuiTokyo National College of Technology, Japan

Session DS4G5

Renewable Energy (2)

Date: Tuesday, October 23Time: 16:45-18:00Venue: Exhibition hallChairs: Takanori Isobe Tokyo Institute of Technology, Japan Mi-Hye Jang Yonsei University, Korea

DS4G5-1Design of MPPT Controller for Small Scale Wind Power System with PMSGG. Chun, P. Ganeshkumar, A. Ahmed, and J. ParkSoongsil University, Korea

DS4G5-2Transient Stability Analysis of HVAC or HVDC Transmission System Based Offshore Wind FarmNaoya Inaba1), Rion Takahashi1), Junji Tamura1), Mamoru Kimura2), Akiyoshi Komura2), and Kenji Takeda2)

1)Kitami Institute of Technology, Japan, 2)Hitachi, Ltd., Japan.

DS4G5-3A Simple and Reliable Rectifier for PMSG Wind Turbines by Using Series Reactive Compensator Named MERSTakanori Isobe, Takayuki Kawaguchi, Tsukasa Sakazaki, and Ryuichi ShimadaTokyo Institute of Technology, Japan

DS4G5-4Power Losses in Two- and Three-Level Three Phase Photovoltaic Inverters Equipped with IGBTsZhiping Chen, Liqiang Yuan, Zhengming Zhao, and Xiaoying SunTsinghua University, China

DS4G5-5Development of Photovoltaic Cell Emulator Using the Small Scale Wind TurbineMasashi Samizo, Naoki Yamamura, and Muneaki IshidaMie University, Japan

DS4G5-6Transient Stability Assessment of Synchronous Generator in Power System with High-Penetration PhotovoltaicsM. Yagami1), T. Hasegawa1), and J. Tamura2)

1)Hokkaido Institute of Technology, Japan, 2)Kitami Institute of Technology, Japan

DS4G5-7Development of a Plant Configuration Photoreceptor Optimized for the Objective of Maximizing Light-Received QuantityEiichi Tanaka1),Shin’yaObara1), Shingo Nakai1), Daisuke Konno1), and Masaharu Munetomo2)

1)Kitami Institute of Technology, Japan, 2)Hokkaido University, Japan


DS4G5-8Battery Controller Design of Stand-Alone Photovoltaic System Using IncCond MethodBeop-Jun Jeon1), Ki-Hyun Kim1), Kwon Lee1), Ji-Hye Im2), Geum-Bae Cho1), and Youn-Ok Choi1)

1)Chosun University, Korea, 2)Kumho HT, Inc, Korea

DS4G5-9Study of a Light-Received System with Configuration of a Plant ShootShingo Nakai1), Shinya Obara1), Eiichi Tanaka1), Daisuke Konno1), and Masaharu Munetomo2)

1)Kitami Institute of Technology, Japan, 2)Hokkaido University, Japan

DS4G5-10Single-Phase Grid-Connected Photovoltaic System with Active Power Filter FunctionalityA. Chaitanakulwat1), V. Kinnares1), and N. Thungsuk2)

1)King Mongkut’s Institute of Technology Ladkrabang, Thailand, 2)Dhonburi Rajabhat University, Thailand

ICEMS 2012 Wednesday, October 24

Session LS5A


Date: Wednesday, October 24Time: 10:00-11:40Venue: Room AChairs: Masatsugu Takemoto Hokkaido University, Japan Zhuoran Zhang Nanjing University of Aeronautics and

Astronautics, China

LS5A-1 10:00-10:20Experiment and Analysis of d- and q-Axes Inductances of Interior Permanent Magnet Synchronous Motor Used in Electric VehiclesManfeng Dou1) and Rong Fu1,2)

1)Northwestern Polytechnical University, China, 2)Weinan Teachers University, China

LS5A-2 10:20-10:40Study the Effects of Slotted Rotor on q-axis Direction on Permanent Magnet Synchronous MotorXiaoyuan Wang, Pingxin Wang, Jiahong Yan, and Gengji WangTianjin University, China

LS5A-3 10:40-11:00Parameter Study for the Miniaturization of a Rotary Blood Pump Drive SystemAndré Pohlmann and Kay HameyerRWTH Aachen University, Germany

LS5A-4 11:00-11:20The Parameters Selection Methodology for Permanent Magnet Synchronous Machine under Uncontrolled Generator Operation ModeYao Yi, Fan Tao, and Wang YongxingChinese Academy of Sciences, China

LS5A-5 11:20-11:40Practical Design Considerations for Large PM MachinesRonghai Qu and Xiaolong ZhangHuazhong University of Science and Technology, China

Session LS5B

Switched Reluctance Machines and Drives

Date: Wednesday, October 24Time: 10:00-11:40Venue: Room BChair: Tsuyoshi Higuchi Nagasaki University, Japan

LS5B-1 10:00-10:20Controller Design of a Canned Switched Reluctance MachineQ. Yu, C. Laudensack and D. GerlingThe Universität der Bundeswehr München, Germany

LS5B-2 10:20-10:40Energy Efficient Control Technique for Switched Reluctance Motor DrivesMaged N. F. NashedElectronics Research Institute, Egypt

LS5B-3 10:40-11:00A Characteristic Experiment of 4-Phase Segment Type Switched Reluctance MotorDaiki Yamaguchi, Tsuyoshi Higuchi, Takashi Abe, and Yuichi YokoiNagasaki University, Japan

LS5B-4 11:00-11:20Performance of Segment Type Switched Reluctance Motor Using Grain-OrientedOsamu Kaneki1), Tsuyoshi Higuchi1), Yuichi Yokoi1), Takashi Abe1), Yasuhiro Miyamoto2), and Motomichi Ohto2)

1)Nagasaki University, Japan, 2)Yaskawa Electric Corporation, Japan

LS5B-5 11:20-11:40Simple Unipolar Excitations for SR Motors Considering Fundamental Component of Self-Inductance DistributionN. Nakao and K. AkatsuShibaura Institute of Technology, Japan

Session LS5C

Wind Turbine Generators

Date: Wednesday, October 24Time: 10:00-11:40Venue: Room CChairs: Fujio Tatsuta Tokyo Denki University, Japan Zhengming Zhao Tsinghua University, China

LS5C-1 10:00-10:20Novel Control Design of Variable Speed PM Wind Generator Considering Grid Code RequirementMarwan Rosyadi1), S. M. Muyeen2), Rion Takahashi1), and Junji Tamura1)


LS5C-2 10:20-10:40Improvement of Dynamic Performances of Tip Speed Ratios of Series Connected Wind Turbine GeneratorsFujio Tatsuta and Shoji NishikataTokyo Denki University, Japan

LS5C-3 10:40-11:00Studies on Field Current Control Method for Constant Tip Speed Ratios of Series Connected Wind Turbine Generators in a Wind FarmA. Takemura, F. Tatsuta, H. Yokoyama, and S. NishikataTokyo Denki University, Japan

LS5C-4 11:00-11:20Use of Independent Pitch Controllers to Reduce Load Fluctuations Caused by Blade IcingZuoxia Xing, Jia Cui, Yanjun Jing, and Hongli SunShenyang University of Technology, China

ICEMS 2012 Wednesday, October 24

LS5C-5 11:20-11:40A Novel Idle Cutting-in Control Strategy Based on PLL for DFIG Wind TurbineQingwei Yuan, Zhiyong Zeng, Chong Zhu, Huan Yang, and Rongxiang ZhaoZhejiang University, China

Session LS5D


Date: Wednesday, October 24Time: 10:00-11:40Venue: Room DChair: Naoki Yamamura Mie University, Japan

LS5D-1 10:00-10:20Input LC Filter Design of Bi-Directional AC/DC ConverterYuya Fujishima, Wataru Kitagawa, and Takaharu TakeshitaNagoya Institute of Technology, Japan

LS5D-2 10:20-10:40Harmonic and Reactive Currents Sharing by Multi-Functional Grid-Connected Inverters in a Micro-GridZheng Zeng, Huan Yang, Chong Cheng, Zhiyong Zeng, and Rongxiang ZhaoZhejiang University, China

LS5D-3 10:40-11:00Design of a Complex-Valued Sliding Surface Controller with Applications to Constant-Voltage Constant-Frequency InvertersEn-Chih Chang, Chien-Hsuan Chang, and Hung-Liang ChengI-Shou University, Taiwan

LS5D-4 11:00-11:20A Digital Implementation of Novel Single Phase AC-AC Converter with Power Factor ControlSuwat Kitcharoenwat, Mongkol Konghirun, and Anawach SangswangKing Mongkut’s University of Technology Thonburi, Thailand

LS5D-5 11:20-11:40A Controlled Current AC-AC Converter for Circuit Breaker TestingSuwat Kitcharoenwat, Mongkol Konghirun, and Anawach SangswangKing Mongkut’s University of Technology Thonburi, Thailand

2012 15th International Conference on Electrical …toc.proceedings.com/16826webtoc.pdfICEMS 2012...

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