Development of Two-Degrees-of-Freedom Linear-Rotary Motor Based on the Principle of Electromagnetic Induction
Fu Xinghe;Lin Mingyao;Engineering Research Center for Motion Control of MOE Southeast University;

..............page:1-13

Loss Analysis of a New Low-Speed Direct-Drive Permanent-Magnet Vernier Machine
Zhu Sa;Cheng Ming;Li Xianglin;Li Shun;Southeast University;

..............page:14-20

Cogging Torque Reduction in Axial Field Flux-Switching Permanent Magnet Machines
Hao Li;Lin Mingyao;Xu Da;Zhang Wei;Li Nian;Southeast University;

..............page:21-26

Precise Small-Signal Modeling and Controller Design of Energy Feedback for Flywheel Energy Storage System
Feng Yi;Lin Heyun;Fang Shuhua;Lu Xiaoquan;Engineering Research Center for Motion Control of MOE Southeast University;

..............page:27-33

Analysis of Nonlinear Magnetic Network Models for Flux-Switching Permanent Magnet Machines
Zhang Gan;Hua Wei;Cheng Ming;Wang Baoan;Southeast University;

..............page:34-42

Performance Analysis of a Tubular Linear Magnetic Gear
Feng Ningjun;Yu Haitao;Hu Minqiang;Chen Jielin;Southeast University;

..............page:43-49

Harmonics Performance Improvement and Fault Tolerant Control for Multiple-Channel Paralleled Inverter Fed PMSM Drives
Wang Zheng;Chen Jian;Cheng Ming;Southeast University;

..............page:50-57

Static Characteristics of Novel Hybrid Axial Field Flux-Switching PM Machines
Xu Da;Lin Mingyao;Fu Xinghe;Hao Li;Zhang Wei;Zhao Jilong;Southeast University;Jiangsu Provincial Key Laboratory of Smart Grid Technology & Equipment;

..............page:58-63

Sensorless Control for Electrical Variable Transmission Based on Sliding Mode Model Reference Adaptive System
Zhu Ying;Cheng Ming;Hua Wei;Zhang Bangfu;Wang Wei;Southeast University;

..............page:64-72

Efficiency Optimization Design of Axial Flux Permanent Magnet Machines Using Magnetic Equivalent Circuit
Huang Yunkai;Zhou Tao;Southeast University;

..............page:73-79

Design and Analysis of a Fully-Superconducting Primary-Excitation Linear Generator for Direct-Driven Wave Energy Generation
Huang Lei;Hu Minqiang;Yu Haitao;Shi Zhixiang;Zhong Weibo;Engineering Research Center for Motion Control of MOE Southeast University;The Department of Physics Southeast University;

..............page:80-86

Thermal Analysis of Constant Frequency Double Rotor Permanent Magnet Generator Based on Equivalent Thermal Network Method
Zhang Jianzhong;Jiang Yongjiang;Southeast University;

..............page:87-97

Fault-Tolerant Control for Open-Winding Permanent Magnet Compact In-Wheel Motor Drive System
Fan Ying;Zhang Xiangyang;Wei Mengsa;Zhu Weixia;Cheng Ming;Southeast University;Jiangsu Key Laboratory of Smart Grid Technology and Equipment;

..............page:98-105

Soft Switching Sliding Mode Observer for PMSM Sensorless Control
Lu Xiaoquan;Lin Heyun;Feng Yi;Han Junlin;Engineering Research Center for Motion Control of MOE Southeast University;

..............page:106-113

Magnetic Circuit Modeling and Characteristics of a New Type of Saturable-Core Controllable Reactor with Flux Leakage Effect
Lin Keman;Li Nian;Lin Mingyao;Wan Qiulan;Southeast University;

..............page:114-121

Low Speed Control of Ultrasonic Motor Using Change-Speed Integral Strategy and Multi-Variables
Pan Peng;Xu Zhike;Wang Qianqian;Huang Zurong;Wang Ruixia;Southeast University;

..............page:122-127

Transient Response Characteristic of High Torque and Large Displacement Micro-/Nano Piezoelectric Actuator
Jin Hong;Hu Minqiang;Xu Zhike;Pan Feifei;Southeast University;Yangzhou University;

..............page:128-133

A Short Cylindrical Ultrasonic Motor With Square Base
Wang Ruixia;Jin Long;Pan Peng;Dong Xiaoxiao;Southeast University;Nanjing University of Science and Technology;

..............page:134-139

Single Current Regulator Flux-Weakening Control of PMSM Based on Current Cross-Coupling Effect
Fang Xiaochun;Hu Taiyuan;Lin Fei;Yang Zhongping;Beijing Jiaotong University;

..............page:140-147

Iron Loss and Air Friction Loss for High Speed Permanent Magnet Claw Pole Machines
Liu Guangwei;Zhao Xingang;Zhang Fengge;Zhao Xin;Wenping Cao;Shenyang University of Technology;Queen’s University Belfast;

..............page:148-154

Improved Model for Predicting Iron Loss Characteristics of Electric-Spindle Motors Based on SPWM Inverter Supply
Lü Lang;Xiong Wanli;National Engineering Research Center for High Efficiency Grinding Hunan University;

..............page:155-161

Residual Voltage, Voltage Difference and Optimal Switching Strategy During the Power Switching of Induction Motors
Cui Xueshen;Zhang Zili;Li Heming;Jia Ying;Zhang Xiaodong;North China Electric Power University;

..............page:162-171

Design and Analysis of All-Digital Full-Hardware Phase-Locked Loop
Liu Yajing;Fan Yu;Beijing Jiaotong University;

..............page:172-179

Harmony Chaotic Search Optimal Design of Single Winding Bearingless Switched Reluctance Flywheel Motors
Yuan Ye;Sun Yukun;Huang Yonghong;Zhou Yunhong;Jiangsu University;Nanjing Institute of Technology;

..............page:180-188

Hertz Bearing Current Density Calculation of Variable Frequency Driven Motors by Frequency Domain Parasitic Capacitance Method
Wang Yu;Bai Baodong;Liu Weifeng;Chen Dezhi;Theory and Common Technologies of Modern Electrical Equipment Key Lab Shenyang University of Technology;

..............page:189-195

Time Domain Dielectric Characteristics for Quantitative Assessment of Moisture Content in Transformer Oil-Paper Insulation
Liu Jiefeng;Liao Ruijin;Lü Yandong;Yang Lijun;Gao Jun;Zhang Yiyi;State Key Laboratory of Power Transmission Equipment & System Security and New Technology Chongqing University;Alstom Grid Technology Center Co.;Ltd;Guangxi University;

..............page:196-203

Impacts of Coupled Temperature-Frequency Effects on Partial Discharge Characteristics of High Frequency Solid State Transformer Insulation
Han Shuai;Li Qingmin;Liu Weijie;Lu Xu;Wang Gaoyong;Wei Xiaoguang;Shandong University;State Key Lab of Alternate Electrical Power System with Renewable Energy Sources;North China Electric Power University;Beijing Key Lab of HV and EMC North China Electric Power University;Beijing Key Lab of HV and EMC North China Electric Power University Beijing 102206 China;Smart Grid Research Institute of State-Grid Company;

..............page:204-210

Time-Frequency Features Extraction and Clustering Analysis of Partial Discharge UHF Pulses
Wang Ke;Liao Ruijin;Wang Jiyu;Yang Lijun;Li Jian;China Electric Power Research Institute;State Key Laboratory of Power Transmission Equipment & System Security and New Technology Chongqing University;

..............page:211-219

Design for U-Shaped Zinc Ring to Restrain Electrolytic Corrosion of V-String Ceramic Insulators’ Caps for DC System
Luo Ling;Zhang Fuzeng;Li Ruihai;Wang Liming;Guan Zhicheng;Li Licheng;Tsinghua University;Electric Power Research Institute China Southern Power Grid;

..............page:220-228

Optimization Strategy Research on Combined-Kernel Support Vector Machine for Partial Discharge Pattern Recognition
Wang Yu;Yuan Jinsha;Shang Haikun;Jin Song;North China Electric Power University;Northeast Dianli University;

..............page:229-236

Design and Experiment of a Testing Device for Fe-Ga Magnetic Properties
Weng Ling;Luo Ning;Zhang Luyu;Wang Yuehu;Wang Bowen;Key Laboratory of Electro-Magnetic Field and Electrical Apparatus Reliability of Hebei Province Hebei University of Technology;

..............page:237-241

LED Road Lighting Optics Illumination and Analysis
Xing Haiying;Gao Teicheng;Engineering Research Center of High Power Solid State Lighting Application System Tianjin Polytechnic University;

..............page:242-247

Fault Diagnosis in Solar Photovoltaic Grid-Connected Power System Based on Fault Tree and BAM Neural Network
Li Lianbing;Zhang Xiuyun;Wang Zhihua;Wang Zhiqiang;Hebei University of Technology;Tianjin University of Technology and Education;

..............page:248-254

A New Measurement Method of the Power Frequency Impedance Parameters of Double-Circuit Transmission Lines on Same Tower
Zhao Yanjun;Chen Xiaoke;Yin Jianhua;Zhao Jinquan;Li Helong;Jiang Lianggang;Electric Power Research Institute of Guangdong Power Grid Corp;Xi’an Jiaotong University;

..............page:255-260

dian gong ji shu xue bao tou gao xu zhi

..............page:261