1. travel
2. tourist destinations
3. japan

TABLE OF CONTENTS
Table of Contents
Foreword ......................................................... 2
Conference Sponsor, Committee &
Partners .......................................................... 4
Conference Schedule ................................... 12
General Information ...................................... 20
Conference Location ...................................... 20
Ground Transportation ................................... 21
Conference Registration ................................ 24
Information for Presenters and
Session Chairs ............................................... 25
Optional Tours................................................ 26
Plenary Session ............................................ 28
Tutorial .......................................................... 40
Tuesday, November 4th................................ 50
Wednesday, November 5th .......................... 51
Thursday, November 6th .............................. 53
Friday, November 7th ................................... 56
Saturday, November 8th ............................... 84
Dialogue session ......................................... 110
Important Rules, Notices & Conference
Policies ........................................................ 126
Exhibitor Description ................................... 130
Student Travel Fund List ............................. 150
Schedule-at-a-glance ..................... Appendix-1
Conference Hotel Floor Plan ......... Appendix-2
IEEE PEAC’ 2014
11
Dear Colleague:
On the behalf of organizing committees of 2014 IEEE
International Power Electronics and Application Conference and Exposition (IEEE PEAC’ 2014), I would like
to welcome all colleagues around world to participate in
the conference which will be held from 5th to 8th November 2014 in City Shanghai, China.
I am sure that IEEE PEAC’ 2014 Shanghai will be a
successful event on power electronics field. We are
glad that IEEE PEAC’ 2014 has got a good response
from both academia and industry. The conference has
received more than 455 submissions from 14 countries
and after peer review process 315 high quality papers
are accepted. On the first day, we will have eight high
quality tutorials with topics ranging from Wide Band
Gap devices, advanced power conversion and control,
wireless charging, reliability of power electronic device
and systems etc by leading experts. On the 2nd day
we will have highlighted plenary speeches from the
world top experts, who will share with us their deepest
insight look to the trend of power electronics. The 3rd
and 4th days are for the technical sessions covering
broad area such as power electronics, renewable energy and smart grid, control etc. Industrial Forum and
exhibition are another feature of IEEE PEAC’ 2014.
Beside academics, we have reception and gala dinner
with Chinese traditional performance. Please join us!
busiest container port, but also a popular tourist destination renowned for its historical landmarks such as
The Bund, City God Temple and Yu Garden as well as
major museums including the Shanghai Museum and
the China Art Museum.
I hope you will not only have a wonderful experience of
academic exchange, but also meet old friends, make
new contacts, and enjoy the Chinese culture during
IEEE PEAC’ 2014.
Fred C. Lee
Dehong Xu
General Chairs of IEEE PEAC’ 2014
During your stay in Shanghai, besides joining the activities of the conference please plan your time to visit
the city and enjoy the culture and local food. The venue
is located in Pudong district of city Shanghai, which is
home to the Lujiazui Finance and Trade Zone and a
skyline that includes the Oriental Pearl Tower and the
Jin Mao Tower, symbolic of Shanghai and China's economic development. Shanghai is not only a global financial center, and a transport hub with the world's
2
IEEE PEAC’ 2014
IEEE PEAC’ 2014
3
FOREWORD
FOREWORD
Foreword
Yung C. Liang
Singapore National Univ., Singapore
International Steering Committee Chairs
Jinjun Liu
Xi’an Jiaotong Univ., China
Conference Sponsors
Hirofumi Akagi
Tokyo Institute of Technolgy, Japan
Sponsored by:
China Power Supply Society (CPSS)
IEEE Power Electronics Society (PELS)
Technical Sponsored by:
Frede Blaabjerg
Aalborg Univ., Denmark
Seung-Ki Sul
Seoul National Univ., Korea
IEEE Nanjing Section
Dianguo Xu
Harbin Institute of Technology, China
Industry Applications Society of the Institute
National Steering Committee Chairs
of Electrical Engineers of Japan (IEEJ-IAS)
Korea Institute of Power Electronics (KIPE)
China Association for Science and Technology (CAST)
National Science Foundation of China (NSFC)
Bo Zhang
South China Univ. of Technology, China
Jinfa Zhang
Delta Electronics (Shanghai) Design Center, China
Yongdong Li
Tsinghua Univ., China
Conference Committee
Xiangning He
Zhejiang Univ., China
General Chair
Fred C. Lee
Virginia Tech., USA
SPONSOR, COMMITTEE &
PARTNERS
SPONSOR, COMMITTEE &
PARTNERS
Conference Sponsor,
Committee & Partners
Dehong Xu
Zhejiang Univ., China
Xiaoming Zha
Wuhan Univ., China
Tutorial and Keynote Committee Chairs
Technical Program Committee Chairs
Hao Ma
Zhejiang Univ. , China
Xinbo Ruan
Nanjing Univ. of Aeronautics and Astronautics, China
Sewan Choi
Seoul National Univ. of Science and Technology, Korea
Toshihisa Shimizu
Tokyo Metropolitan Univ., Japan
Yunwei Li
Univ. of Alberta, Canada
Jaeho Choi
Chungbuk National Univ., Korea
Publications Committee Chair
Tsorng-Juu Liang
National Cheng-Kung Univ., Taiwan, China
Luowei Zhou
Chongqing Univ., China
C.K. Michael Tse
Hong Kong Polytechnic Univ. , Hong Kong, China
Exposition Committee Chairs
4
IEEE PEAC’ 2014
Dianguo Xu
Harbin Institute of Technology, China
IEEE PEAC’ 2014
5
Financial Committee Chair
Zhanshi Li
China Power Supply Society, China
Industry Seminar Committee Chair
Renxian Cao
Sungrow Power Supply Co., Ltd., China
Technical Program Committee Members
Raja Ayyanar
Arizona State Univ., USA
Juergen Biela
ETH Zurich, Switzerland
Zhong Chen
Nanjing Univ. of Aeronautics
and Astronautics, China
Yongzhen Chen
Liaoning Univ. of Technology,
China
Xiong Du
Chongqing Univ., China
Lili Guo
Harbin Engineering Univ.,
China
Herbert H.C. Iu
The Univ. of Western
Australia, Australia
Hui Li
FAMU-FSU, USA
Yunwei (Ryan) Li
Univ. of Alberta, Canada
Kang-Zhi Liu
Chiba Univ., Japan
Fanglin Luo
Nanyang Technological
Univesity, Singapore
Denizar Cruz Martins
Federal Univ. of Santa Catarina, Brazil
Li Ran
Univ. of Warwick, UK
6
Zhihong Bai
Zhejiang Univ., China
Alian Chen
Shandong Univ., China
Daolian Chen
Fuzhou Univ., China
Daniel Costinett
Univ. of Tennessee, USA
Yanxia Gao
Shanghai Univ., China
Yehui Han
Univ. of Wiscon-Madison,
USA
Jinsong Kang
Tongji Univ., China
Qiang Li
Virginia Tech., USA
Bor-Ren Lin
National Yunlin Univ. of
Science and Technology,
Taiwan, China
Xiaodong Liu
Anhui Univ. of Technology,
China
Udaya K. Madawala
The Univ. of Auckland, New
Zealand
Istvan Nagy
Budapest Univ. of Technology
and Economics, Hungary
Tetsuo Uzuka
Railway Technical Research
Institute, Japan
IEEE PEAC’ 2014
Rong-Jong Wai
Yuan Ze Univ., Taiwan, China
Nianchun Wang
Southeast Univ., China
Shuo Wang
Univ. of Texas at San Antoni,
USA
Siu-Chung Wong
Hongkong polytechnic Univ.,
Hongkong, China
Yugang Yang
Liaoning Technical Univ.,
China
Mohamed Machmoum
Univ. de Nantes, France
Jean-Frederic Charpentier
French Navil Acedemy,
France
Zhengzhi Liu
Institute of Plasma Phsyics,Chinese Academy of Science, China
Yan Xin
Nanjing Univ. of Aeronautics
and Astronautics, China
P. Bauer
Delft Univ. of Tech., Netherlands
Zhe Chen
Aalborg Univ., Denmark
Nicola Femia
Univ. di Salemo, Italy
Shoji Fukuda
Hokkaido Univ., Japan
Eiji Hiraki
Yamaguchi Univ., Japan
Praveen K. Jain
Queen's Univ., Canada
Eel-Hwan Kim
Cheju National Univ., Korea
Hirofumi Matsuo
Nagasaki Univ., Japan
Robert Oconnell
Univ. of Missouri-Columbia,
USA
David Perreault
Massachusetts Inst. of Tech.,
USA
IEEE PEAC’ 2014
Fei “Fred” Wang
Univ. of Tennessee, USA
Jin Wang
Ohio State Univ., USA
Pat Wheeler
Univ. of Nottingham, UK
SPONSOR, COMMITTEE &
PARTNERS
SPONSOR, COMMITTEE &
PARTNERS
Chenghui Chen
Xiamen Kehua Hengsheng Co., Ltd., China
David (Dewei) Xu
Ryerson Univ., Canada
Mohamed Benbouzid
Universite de Bretagne Occidentale, France
Luc Loron
Univ. de Nantes, France
Naxin Cui
Shandong Univ., China
Peng Fu
Institute of Plasma Phsyics,Chinese Academy of Science, China
Ke Jin
Nanjing Univ. of Aeronautics
and Astronautics, China
A. Berthon
Institut de Genie Energetique,
France
Byungcho Choi
Kyungpook National Univ.,
Korea
A. J. Forsyth
The Univ. of Birmingham, UK
C. Grantham
Univ. of New South Wales,
Australia
Yoichi Hori
Univ. of Tokyo, Japan
T. Kawabata
Ritsumeikan Univ., Japan
Mikihiko Matsui
Tokyo Inst. of Polytechnics,
Japan
T. A. Meynard
LEEI ENSEEIHT, France
José Renes Pinheiro
Universidade Federal de
Santa Maria, Brazil
Francesco Profumo
Politecnico di Torino, Italy
7
Longya Xu
Ohio State Univ., USA
Dierk Schroeder
Technische Universitat
Munchen, Germany
E. Pagano
Universita Degli Studi Di
Napoli Federico II., Italy
Patrick Luk
Cranfield Univ., UK
Yoon-Ho Kim
Chung-Ang Univ., Korea
T.G. Habetler
Georgia Inst. of Tech., USA
Ashoka Bhat
Univ. of Victoria, Canada
Ivo Barbi
Univ. Fed De Santa Catarina,
Brazil
Hamid A. Toliyat
Texas A&M Univ., USA
Yin Yu Tzou
National Chiao Tung Univ.,
Taiwan, China
Yoji Takeda
Osaka Prefecture Univ.,
Japan
M. F. Rahman
Univ. of New South Wales,
Australia
Akira Nabae
Nagaoka Univ. of Tech.,
Japan
W. Koczara
Technical Univ. of Warsaw,
Poland
Joachim Holtz
Univ. of Wuppertal, Germany
M. Ehsani
Texas A&M Univ., USA
V. Benda
Czech Technical Univ., Czech
A. Alexandrovitz
Technion-Israel Institute of
Technology, Israel
International Steering Committee Members
Vassilios G. Agelidis
The Univ. of Sydney, Australia
Liuchen Chang
Univ. of New Brunswick, Canada
Bo-Hyung Cho
Seoul National Univ., Korea
Rik W. De Doncker
RWTH Aachen Univ., Germany
Tatsuhiko Fujihira
Fuji Electric Co., Ltd., Japan
Shu Yuen Hui
Hong Kong Univ., HongKong,
China
Soon-Chan Hong
Dankook Univ., Korea
Adrian Ioinovici
Sun Yat-sen Univ., China
Rajashekara Kaushik
Univ. of Texus at Dallas, USA
8
Dushan Boroyevich
Virginia Tech, USA
Boshi Chen
Shanghai Univ., China
Dong F. Tang
NGAS, USA
Deepak Divan
Georgia Tech, USA
Grahame Holmes
Monash Univ., Australia
Gerard Hurley
National Univ. of Ireland,
Ireland
Dong-Seok Hyun
Hanyang Univ., Korea
Thomas Jahns
Univ. of Wisconsin-Madison,
USA
Ralph M. Kennel
Technische Universitaet
Muenchen, Germany
IEEE PEAC’ 2014
Heung-Geun Kim
Kyungpook National Univ.,
Korea
Philip T. Krein
Univ. of Illinois, USA
Yanfei Liu
Queens Univ., Canada
Alan Mantooth
Univ. of Arkansas, USA
Meiqin Mao
Hefei Univ. of Technology,
China
Eisuke Masada
Railway Technical Research
Institute , Japan
Yasuyuki Nishida
Chiba Institute of Technology,
Japan
Dean Patterson
Univ Of Lincoln Nebraska,
USA
Norbert Pluschke
Semikron, Germany
Zhaoming Qian
Zhejiang Univ., China
J. W. Kolar
ETH Zurich, Switzerland
Fujio Kurokawa
Nagasaki Univ., Japan
Leo Lorenz
Infineon Technologies , China
Gourab Majumdar
Mitsubishi Electric
Corporation, Japan
Sudip Mazumder
Univ. of Illinois at Chicago,
USA
Kouki Matsuse
Meiji Univ., Japan
Ching-Tsai Pan
National Tsing Hua Univ., ,
Taiwan, China
Fang Zheng Peng
Michigan State Univ., USA
Poh Chiang Loh
Aalborg Univ., Denmark
Xinbo Ruan
Nanjing Univ. of Aeronautics
and Astronautics, China
Masahito Shoyama
John Shen
Kyushu Univ., Japan
Ilinoise Institute of Technolgy,
USA
Keyue Ma Smedly
Jian Sun
Univ. of California, Irvine, USA Rensselaer Polytechnic
Institute, USA
Paolo Tenti
Tore M. Undeland
Univ. of Padova, Italy
Norwegian Univ. of Sci. &
Tech., Norway
Bin Wu
Tsai-Fu Wu
Ryerson Univ., Canada
National Tsing Hua Univ. ,
Taiwan, China
Zhaoan Wang
Zhengming Zhao
Xi'an Jiaotong Univ., China
Tsinghua Univ., China
Qingchang Zhong
Zhiqiang Zhu
Sheffield Univ., UK
Sheffield Univ., UK
National Steering Committee Members
Wei Chen
Fuzhou Univ., China
Shaojun Xie
Nanjing Univ. of Aeronautics
and Astronautics, China
IEEE PEAC’ 2014
Xing Zhang
Hefei Univ. of Technology,
China
Yong Kang
Huazhong Univ. of Science &
Technology, China
9
SPONSOR, COMMITTEE &
PARTNERS
SPONSOR, COMMITTEE &
PARTNERS
H. Takano
Hitachi Medical Corporation,
Japan
Andrzej Trzynadlowski
Univ. of Nevada, USA
Dapeng Zheng
Emerson Network Power,
China
Zhihong Wu
Tongji Univ., China
Xiaodong Liu
Anhui Univ. of Technology,
China
10
Zhengyu Lv
Zhejiang Univ., China
Qionglin Zheng
Beijing Jiaotong Univ., China
Conference Partners
Platinum Parters:
Ping Wang
Tianjin Univ., China
Miao Zhang
Guangdong Univ. of
Technology, China
Dairun Zhang
Sichuan Univ., China
Jianguo Jiang
Shanghai Jiaotong Univ.
Fuji Electric
Yimin Lu
Guangxi Univ., China
Jianping Xu
Southwest Jiaotong Univ.,
China
Xu Cai
Shanghai Jiaotong Univ.
Shenzhen Inovance Technology Co., Ltd.
Xi Xiao
Tsinghua Univ., China
Yue Sun
Chongqing Univ., China
IEEE PEAC’ 2014
SPONSOR, COMMITTEE &
PARTNERS
SPONSOR, COMMITTEE &
PARTNERS
Yanru Zhong
Xi'an Univ. of Technology,
China
Cong Wang
China Univ. of Mining Technology
Chenghui Zhang
Shandong Univ., China
Weiping Zhang
Beijing Univ. of Technology,
China
Chunjiang Zhang
Yanshan Univ., China
Tianhao Tang
Shanghai Maritime Univ.,
China
Yi Ruan
Shanghai Univ., China
An Luo
Hunan Univ., China
MITSUBISHI ELECTRIC
Delta Electronics, Inc.
Gold Parters:
Sungrow Power Supply Co., Ltd.
XiaMen KeHua HengSheng Co., Ltd.
Silver Parters:
ZheJiang KEDA Magnetoelectricity Co., Ltd.
Magnetics International
Yangzhou Kaipu Electronics Co., Ltd.
IEEE PEAC’ 2014
11
KEY: T - Tutorial
TS - Technical Session
IS - Industry Session
SS - Special Session
Tuesday, November 4th
Registration
9:00-17:00
WINTER GARDEN
Registration
8:00-18:00
WINTER GARDEN
T1
Development of Power Converters
9:00-12:00
MEETING ROOM 2
T2
Power Semiconductors and Power Converters
-Current Trends, Future, Issues and Solutions-
9:00-12:00
MEETING ROOM 3
T3
The Effects of Magnetic Components on EMI
Behaviors of SMPS
9:00-12:00
MEETING ROOM 4
T4
Grid Integration of Electric Vehicles: Wired
and Wireless Solutions
9:00-12:00
MEETING ROOM 5
Lunch
12:00-13:30
DINING AREA
The Role of Circuits and Systems Theory in
Power Electronics: Methods, Applications and
Case Studies
14:00-17:00
MEETING ROOM 2
T6
Wide Bandgap based Power Electronics
14:00-17:00
MEETING ROOM 3
T7
Design for Reliability of Power Electronic Systems
14:00-17:00
MEETING ROOM 4
T8
Advanced control of power converters
14:00-17:00
MEETING ROOM 5
Welcome Reception & Exhibition
18:00-20:00
WINTER GARDEN
Registration
8:00-17:00
WINTER GARDEN
Exhibition
8:30-18:00
WINTER GARDEN
Wednesday, November 5th
T5
Thursday, November 6th
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CONFERENCE SCHEDULE
CONFERENCE SCHEDULE
Conference Schedule
TS - Technical Session
IS - Industry Session
SS - Special Session
Opening Ceremony
8:30-9:00
GRAND BALLROOM
Plenary Session -1
9:00-10:20
GRAND BALLROOM
Coffee Break
10:20-10:40
WINTER GARDEN
Plenary Session - 2
10:40-12:00
GRAND BALLROOM
Lunch
12:00-13:30
DINING AREA
Plenary Session - 3
13:30-14:50
GRAND BALLROOM
Coffee Break
14:50-15:10
WINTER GARDEN
Plenary Session - 4
15:10-16:30
GRAND BALLROOM
Dialogue Sessions
16:30-18:00
POSTER AREA
Dinner
18:00-19:30
DINING AREA
Speaker Breakfast
6:45-7:45
DINING AREA A
Registration
7:00-16:00
WINTER GARDEN
Exhibition
8:00-16:00
WINTER GARDEN
TS7-1
Step-up DC/DC Converter
8:00-10:00
MEETING ROOM 2
TS7-2
Wind Power Converter-1
8:00-9:40
MEETING ROOM 3
TS7-3
Multilevel Converter-1
8:00-10:00
MEETING ROOM 4
IS7-1
Industry Session
8:30-10:00
MEETING ROOM 5
TS7-4
Micro-grid System-1
8:00-9:40
MEETING ROOM 6
Coffee Break
10:00-10:20
TS7-5
Resonant DC/DC Converter
10:20-11:40
MEETING ROOM 2
TS7-6
Wind Power Converter-2
10:20-11:40
MEETING ROOM 3
Friday, November 7th
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15
CONFERENCE SCHEDULE
CONFERENCE SCHEDULE
KEY: T - Tutorial
TS - Technical Session
IS - Industry Session
SS - Special Session
TS7-7
Multilevel Converter-2
10:20-12:00
MEETING ROOM 4
IS7-2
Industry Session
10:20-11:20
MEETING ROOM 5
TS7-8
Micro-grid System-2
10:20-11:40
MEETING ROOM 6
Lunch
12:00-13:30
DINING AREA
TS7-9
DC/DC Converter
13:30-15:30
MEETING ROOM 2
TS7-10
PV System-1
13:30-15:30
MEETING ROOM 3
TS7-11
SiC and Si Devices
13:30-15:30
MEETING ROOM 4
SS7-1
Special Session on Electric Generator Design, Power Electronics and Control Systems
for Marine Renewable Energy-1
13:30-15:10
MEETING ROOM 5
TS7-12
Micro-grid System-3
13:30-15:30
MEETING ROOM 6
Coffee Break
15:30-15:50
TS7-13
Inverter and Power Supply
15:50-17:50
MEETING ROOM 2
TS7-14
PV System-2
15:50-17:30
MEETING ROOM 3
TS7-15
GaN Devices
15:50-17:10
MEETING ROOM 4
SS7-2
Special Session on Electric Generator Design, Power Electronics and Control Systems
for Marine Renewable Energy-2
15:50-17:10
MEETING ROOM 5
TS7-16
Grid-Tied Inverter-1
15:50-17:50
MEETING ROOM 6
Banquet
18:00-20:00
GRAND BALLROOM
Speaker Breakfast
6:45-7:45
DINING AREA A
Registration
7:00-12:00
WINTER GARDEN
Motor Drive and Control-1
8:00-10:00
MEETING ROOM 2
Saturday, November 8th
TS8-17
16
IEEE PEAC’ 2014
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CONFERENCE SCHEDULE
CONFERENCE SCHEDULE
KEY: T - Tutorial
TS - Technical Session
IS - Industry Session
SS - Special Session
TS8-18
PV System-3
8:00-9:40
MEETING ROOM 3
TS8-19
Magnetics
8:00-10:00
MEETING ROOM 4
TS8-20
Wireless Power Transfer System-1
8:00-9:40
MEETING ROOM 5
TS8-21
Grid-Tied Inverter-2
8:00-9:40
MEETING ROOM 6
Coffee Break
10:00-10:20
TS8-22
Motor Drive and Control-2
10:20-12:20
MEETING ROOM 2
TS8-23
Power Factor Correction Converter
10:20-11:40
MEETING ROOM 3
TS8-24
Electric Vehicles and Railway Systems
10:20-12:20
MEETING ROOM 4
TS8-25
Wireless Power Transfer System-2
10:20-11:40
MEETING ROOM 5
TS8-26
Distribution Systems
10:20-12:20
MEETING ROOM 6
Lunch
12:20-13:30
DINING AREA
TS8-27
Topology and Control of Inverter
13:30-15:30
MEETING ROOM 2
TS8-28
Rectifier
13:30-15:30
MEETING ROOM 3
TS8-29
LED Lighting
13:30-14:50
MEETING ROOM 4
TS8-30
Special Power Supply-1
13:30-15:10
MEETING ROOM 5
TS8-31
Soft-switching DC/DC Converter
13:30-15:30
MEETING ROOM 6
Coffee Break
15:30-15:50
TS8-32
Advanced Control Method
15:50-17:50
MEETING ROOM 2
TS8-33
Bidirectional Converter
15:50-17:10
MEETING ROOM 3
TS8-34
Dual Active Bridge Converter
15:50-17:50
MEETING ROOM 4
TS8-35
Special Power Supply-2
15:50-17:30
MEETING ROOM 5
Dinner
18:00-19:30
DINING AREA
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CONFERENCE SCHEDULE
CONFERENCE SCHEDULE
KEY: T - Tutorial
Conference Location
Ground Transportation
Holiday Inn Shanghai Pudong Kangqiao
AREA AIRPORTS
No. 1088, Xiuyan Road, Pudong New Area, Shanghai,
201315, China
Tel: +86-21-38291888
Fax: +86-21-38291899
◆ Shanghai Pudong International Airport (PVG)
Holiday Inn Shanghai Pudong Kangqiao strategically
located at the center of Pudong New District with a
landscaped garden. It is by far the most beautiful Holiday Inn in China and the flagship for the brand. With
the convenient access to the expressways, the hotel is
only 25 minutes away from both of the Shanghai international Airports and Shanghai Railway Stations.
Additional Accommodation Hotel:
Jinjiang Inn Hotel (Shanghai Zhoupu)
No. 1030, Kangshen Road, Pudong New Area, Shanghai, China (1.6 km away from conference hotel)
Tel: +86-21-20962266
Fax: +86-21-20967799
Website: www.jinjianginns.com
GENERAL INFORMATION
GENERAL INFORMATION
General Information
◆ Shanghai Hongqiao International Airport(SHA)
Free Shuttle Bus Service
We will offer the FREE shuttle bus from the airport to
conference hotel during 4th-5th November and from
conference hotel to the airport during 8th-9th November. The time table is as below:
◆ 4th-5th November, 2014
Departure Time: 9:00-21:00, Buses leave every hour
on the hour time.
From Shanghai Pudong International Airport (PVG)
and Shanghai Hongqiao International Airport (SHA) to
Holiday Inn Shanghai Pudong Kangqiao
Pick-up Points:
◇ Shanghai Pudong International Airport (PVG)
Terminal 1 (T1): Arrivals Exit
Terminal 2 (T2): Arrivals Exit
◇ Shanghai Hongqiao International Airport(SHA)
Terminal 1 (T1): Exit Gate No.3
Terminal 2 (T2):
For Domestic Arrivals: Exit Gate No. 4 (with
checked baggage); South Rainbow Bridge Exit,
North Rainbow Bridge Exit (without checked baggage)
For International / Hongkong, Macau, Taiwan Arrivals: Exit Gate No. 10
◇ Shanghai Hongqiao High-Speed Railway Station
(Take the shuttle bus at Shanghai Hongqiao International Airport)
North Arrivals No.15 and South Arrivals No.15
20
IEEE PEAC’ 2014
IEEE PEAC’ 2014
21
Departure time:
8th November 18:30
9th November 7:00 9:00 11:00 13:00 15:00
From Holiday Inn Shanghai Pudong Kangqiao
to Shanghai Pudong International Airport (PVG)
and Shanghai Hongqiao International Airport (SHA)
Public Transport Guide (To Holiday Inn Shanghai
Pudong Kangqiao)
From Shanghai Hongqiao Railway Station/Airport
31km from Conference Location
1. Take Metro Line 10(Hongqiao Rail Station to New
JiangWan Town) to Jiaotong University Station;
2. Transfer to Metro Line 11 (North JiaDing to Luoshan
Rd. ) reach Pusan Rd. Station ( Exit Gate No.2);
3. Walk 79 meters to Pusan Rd./Yuqiao Rd. Bus Station( refer to Traffic Map1);
4. Transfer to Bus 572（West Huaihai Rd./Kaixuan Rd.
to Xiuyan Rd./North Zhouyuan Rd., do not take interzone Bus 572) reach Xiuyan Rd./North Zhouyuan Rd.
Station;
5. Walk 260 meters to reach Holiday Inn Shanghai Pudong Kangqiao( refer to Traffic Map2).
From Shanghai South Railway Station
23km from Conference Location
From Shanghai Railway Station
24km from Conference Location
1. Take Metro Line 1( Fujin Rd. – Xinzhuang) to People's Square Station;
2. Transfer to Metro Line 8(Shiguang Rd. to Shendu
Highway) reach Oriental Sports Center Station;
3. Transfer to Metro Line11(North JiaDing to Luoshan
Rd) reach Pusan Rd. Station( Exit Gate No.2);
4. Walk 79 meters to Pusan Rd./Yuqiao Rd. Bus Station( refer to Traffic Map1);
5. Transfer to Bus 572（West Huaihai Rd./Kaixuan Rd.
to Xiuyan Rd./North Zhouyuan Rd., do not take interzone Bus 572) reach Xiuyan Rd./North Zhouyuan Rd.
Station;
6. Walk 260 meters to reach Holiday Inn Shanghai Pudong Kangqiao( refer to Traffic Map2).
From Shanghai Pudong International Airport
23km from Conference Location
1. Take Airport Busline No.8 to South Zhu Highway/
Zhouzhu Highway (Zhuqiao Station) Station;
2. Walk 10 meters to the bus station across the street,
transfer to Longbin Special Line( Last Bus:18:00) or
Longhui Special Line(Last Bus:19:15), reach Xiuyan
Rd./North Zhouyuan Rd. Station;
3. Walk 390 meters to reach Holiday Inn Shanghai Pudong Kangqiao( refer to Traffic Map3).
1. Take Metro Line 1(Xinzhuang – Fujin Rd.) to Xujiahui
Station;
2. Transfer to Metro Line 11 (North JiaDing to Luoshan
Rd. ) reach Pusan Rd. Station ( Exit Gate No.2);
3. Walk 79 meters to Pusan Rd./Yuqiao Rd. Bus Station( refer to Traffic Map1);
4. Transfer to Bus 572（West Huaihai Rd./Kaixuan Rd.
to Xiuyan Rd./North Zhouyuan Rd., do not take interzone Bus 572) reach Xiuyan Rd./North Zhouyuan Rd.
Station;
5. Walk 260 meters to reach Holiday Inn Shanghai Pudong Kangqiao( refer to Traffic Map2).
22
IEEE PEAC’ 2014
IEEE PEAC’ 2014
23
GENERAL INFORMATION
GENERAL INFORMATION
◆ 8th-9th November, 2014
Oral Technical Sessions and Industry Sessions:
All oral presenters should submit your presentation
file and printed biography from 10:00am-17:00pm
on Nov. 5th-6th at MEETING ROOM 1.
Authors must assure that all fonts needed are embedded in their presentation files, which are compatible
with Microsoft Office 2007.
To avoid disruption of the session, the author will not
be allowed to use their own computer and files will
need to be downloaded to the computer from a USB
key.
Conference Registration
The length of the presentation is restricted to 15 minutes, plus 5 minutes for questions, totaling 20 minutes
for each paper.
In order to participate in the IEEE PEAC’ 2014 you
must be registered. Prepaid conference registration is
required for the tutorial, plenary Session, and technical
Session and dialogue sessions.
For presenters and Session Chairs in the Oral Technical Sessions and the Industry Sessions, you must
attend a mandatory speaker breakfast on the morning
of your presentation. The breakfast will be held at
To register or pick up your conference materials please
visit the PEAC2014 Registration Reception in the Holiday Inn Shanghai Pudong Kangqiao (Winter Garden).
6:45am-7:45am in Dining Area A (please refer to
Tuesday, November 4th……….. 9:00-17:00
Wednesday, November 5th…….8:00-18:00
Thursday, November 6th…….....8:00-17:00
Friday, November 7th…………...7:00-16:00
Saturday, November 8th……......7:00-12:00
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IEEE PEAC’ 2014
conference hotel floor plan on the Appendix-2) at the
Holiday Inn Shanghai Pudong Kangqiao.
A breakfast ticket is needed, you can get the ticket
from 10:00am-17:00pm on Nov. 5th-6th at MEETING
ROOM 1 when you submit your presentation file and
printed biography.
The Session Chairs will host this breakfast at which the
presenter will be given your speaker ribbon and provided instructions. If you have not provided your printed
biography beforehand, you can provide your printed
biography to your session chair at the breakfast.
IEEE PEAC’ 2014
25
GENERAL INFORMATION
GENERAL INFORMATION
Information for Presenters and Session Chairs
For those presenters in the Dialogue Sessions, you
will be able to mount your presentation on the poster
boards in the Poster Area (please refer to conference
hotel floor plan on the Appendix-2) from 10:00am to
15:30pm on Nov. 6th, 2014, using tape we will provide.
For Dialogue Sessions–available poster surface area is
restricted to 2000mm (height) x 950 mm (width).
The author of each poster will have 2-3 minutes to
orally introduce his/her work. The session chairs will
move from one poster to the next consecutively.
Optional Tours
One day Shanghai Tour
Date: November 7th, 2014 9:00-17:00
In the morning, historical walk on the The Bund
(Waitan). It is one of the most noted architectural symbols of Shanghai. The word "Bund" derives from an
Anglo-Indian word for an embankment along a muddy
waterfront. The Bund in Shanghai was first used when
the first British company opened a office there in 1846.
The Bund, or the waterfront, is now surrounded by
about 50 various buildings of different architectural
styles including Gothic, Baroque, Romanesque, Classicism and the Renaissance. Next stop is the Shanghai
Bazaar and Yu Yuan Garden. Yuyuan is the most famous Chinese garden in Shanghai. It is located in the
heart of Shanghai's Old town (Shanghai bazaar), one
of the few existing historical tourist places in Shanghai.
Shanghai bazaar is teemed with a great number of
traditional narrow streets and lanes where vendors sell
the native souvenirs and food stuffs to the people.
bronzes, jade, ceramics, paintings, and calligraphy.
Next is the Xin Tian Di which is akin to Lan Kwai Fong
in Hong Kong and Clarke Quay in Singapore. Now it is
a good blend between the modern and the old area,
hence Shikumen Xintiandi. The past and the present
and the East and West makes Xintiandi very charming,
making it into the most ideal site for visitors to have a
good view of the history, culture, and modern lifestyle
of Shanghai.
One day Suzhou Tour
Date: November 8th, 2014
In the morning, we will visit The Humble Administrator’s
Garden which is a famous Chinese garden in Suzhou.
It is the largest garden in Suzhou and is generally considered to be the finest garden in Southern China. It
was awarded a World Heritage Site.
After lunch, you will cruise on the Grand Canal. The
Grand Canal is the earliest and longest manmade watercourse in the world. With an overall length of 1794
kilometers, the ancient Grand Canal started in Beijing
in the north and reached Hangzhou in the south. The
ancient city of Suzhou was the paradise for all merchants owing to the Beijing-Hangzhou Grand Canal;
even to this day, about half of the volume of goods is
transported by waterway through the Grand Canal. To
boat on the ancient Grand Canal is absolutely one of
the best ways to appreciate the beauty of typical ancient river towns in south region of Yangtze River.
After that, we will visit the Tiger Hill. After the tour,
transfer back to the hotel.
After lunch, visit Shanghai Museum. It is one of the
biggest museums in China, with a collection of over
120,000 pieces of Chinese art & cultural relics. The
museum is especially famous for its treasures of
26
IEEE PEAC’ 2014
IEEE PEAC’ 2014
27
GENERAL INFORMATION
GENERAL INFORMATION
Dialogue Sessions:
Plenary Session
SESSION CHAIRS:
Dianguo Xu, Harbin Institute of Technology, China
Xinbo Ruan, Nanjing University of Aeronautics
and Astronautics, China
Trend of Power Electronics Researches
and Applications
electronics packaging and integration, and modeling
and control.
Dr. Lee received the William E. Newell Power Electronics Award in 1989, the Arthur E. Fury Award for
Leadership and Innovation in Advancing Power
Electronic Systems Technology in 1998, and the
Ernst-Blickle Award for achievement in the field of
power electronics in 2005. He has served as president of the IEEE Power Electronics Society during
1993–1994. He was named to the National Academy of Engineering in 2011.
9:00-9:40
Prof. Fred C. Lee
Virginia Polytechnic University
and State University; Member of
US National Academy of Engineering, USA
Speaker’s Biography: Prof. Fred C
Lee received the B.S. degree from the National
Cheng Kung University, in 1968, and the M.S. and
Ph.D. degrees from Duke University in 1972 and
1974, respectively, all in electrical engineering.
He is currently a University Distinguished Professor
at Virginia Tech, Blacksburg, where he is also the
Director of the Center for Power Electronics Systems (CPES), a National Science Foundation Engineering Research Center established in 1998. He
holds 69 U.S. patents and has published 238 journal
articles and more than 596 refereed technical papers. During his tenure at Virginia Tech, he has supervised to completion 71 Ph.D. and 80 Master’s
students. His research interests include highfrequency power conversion, distributed power systems, renewable energy, power quality, high-density
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IEEE PEAC’ 2014
Delta’s Journey to Energy Savings
9:40-10:20
Mr. Yancey Hai
Chairman of the Delta Electronics, Inc., Taiwan, China
Abstract: Delta Group, founded by
Mr. Bruce C.H. Cheng in 1971, is the
world’s No. 1 switching power supply
provider. Our company mission is: “To provide
innovative, clean and energy-efficient solutions for a
better tomorrow,” which guides our business in
addressing key environmental issues such as energy
conservation and global climate change.
Delta’s core business is developing innovative energysaving products and solutions in the categories of
power electronics, energy management, and smart
green life. In 2013, the company's global revenue was
$7.18 billion and its CAGR (compound annual growth
rate) since it was founded in 1971 was 33.4%.
We invest 5% to 6% of our annual sales revenues in
R&D and have worldwide R&D facilities in Mainland
IEEE PEAC’ 2014
29
PLENARY SESSION
PLENARY SESSION
Thursday
November 6th, 2014
9:00-12:00 GRAND BALLROOM
Delta’s electricity intensity (electricity consumption per
unit of output value) has dropped by 40% since 2009
with the implementation of innovative energy-saving
practices and the efforts of employees at our global
sites. Delta has promised that all newly constructed
Delta buildings will only be green buildings. By
adopting energy-saving techniques and building
automation solutions, Delta’s 11 certified Green
Buildings saved over 12M KWh in 2013.
Speaker's Biography: Mr. Yancey Hai joined Delta
Electronics in 1999 and became Vice Chairman and
CEO in 2004. In June 2012, Mr. Hai was elected as
Chairman to oversee Delta’s corporate strategic direction and major decisions as well as solidify the corporate governance mechanism.
Under Mr. Hai's leadership Delta Electronics is now the
global leader in switching power supplies and a major
player in state-of-the-art green technologies and energy management solutions that fulfill Delta’s corporate
mission: “To provide innovative, clean and energyefficient solutions for a better tomorrow”. Delta Electronics quadrupled its revenues to $5.9 billion and increased its market capitalization from $2 billion in 2004
to over $13 billion in 2013 with more than 70% of its
shares held by global institutional investors.
In recognition of his significant contributions, Mr. Hai
received the “2010 China Business Leader of the Year
Award” co-hosted by CNBC Asia Pacific and the China
Business Network, and was named “Asia Innovator of
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IEEE PEAC’ 2014
the Year” at the 2010 CNBC Asia Business Leaders
Awards. In 2012 Mr. Hai was honored with IR Magazine’s “Best CEO Award” of Greater China. In 2013 has
won the Asia Talent Management Award at CNBC’s as
12th Asia Business Leaders Awards. With this award
Mr. Hai is the first business leader of a Taiwan based
company to win ABLA honors twice.
Before joining Delta, Mr. Hai was the country manager
of GE Capital Taiwan, and prior to that he served in
key positions in international financial organizations
such as JP Morgan and Citibank.
Mr. Hai received an MA in International Business Management from the University of Texas at Dallas.
Advancing Power Devices
Efficient Power Conversion
for
More-
10:40-11:20
Dr. Tatsuhiko Fujihira
Chief Technology Officer for
Electronic Devices, Fuji Electric
Co., Ltd., Japan
Abstract: Growing population and
economy of this planet require us to
build up a sustainable society system. Regarding
energy, more renewable resources, for example solar
and wind, must be introduced in place of limited fossil
fuels. In electric power conversion, more energy-saving
and more resource-saving, efficient systems must be
developed and applied all over the world. Power
devices are the key to develop more efficient power
electronic systems. In this speech, advancing power
devices of today and their application examples to
efficient power converters are presented including SiC
and new types of IGBT.
Speaker's Biography: Dr. Tatsuhiko Fujihira is the
CTO for Electronic Devices, Fuji Electric Co., Ltd., Ja-
IEEE PEAC’ 2014
31
PLENARY SESSION
PLENARY SESSION
China, Taiwan, Singapore, Japan, the U.S., and
Europe. With advanced power electronics technology,
Delta offers industry-leading power products in many
segments, such as information technology and
telecommunication. In recent years, Delta has changed
from being a key component supplier to becoming a
provider of green solutions. From 2010 to 2013, Delta’s
energy-saving products and solutions saved 11.9
billion kWh of electricity and 6.4 million tons of CO2e
(carbon dioxide equivalent) for our customers.
Powering the Future: Developments in
Miniaturized, Isolated Power Converters
operating at Very High Frequency
11:20-12:00
Prof. David J. Perreault
Massachusetts Institute of Technology, USA
Abstract: Advances in the miniaturization, integration and performance
of power electronics are becoming
essential to reducing energy consumption and increasing functionality in myriad applications. This talk describes emerging techniques that seek to address
these challenges, with a focus on isolated dc-dc converters operating at Very High Frequencies (VHF, 30300 MHz). Power circuit and drive topologies, integrated power devices and controls, and substrateintegrated transformers suitable for efficient operation
in the VHF regime are described, along with construction techniques to fabricate high-power-density isolated
converters. These techniques are demonstrated in a
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IEEE PEAC’ 2014
prototype 6 W isolated dc-dc converter that achieves
75% efficiency at 75 MHz operation at a power density
of > 200 W/in3.
Speaker’s Biography: Prof. David J. Perreault received the B.S. degree from Boston University, in
1989, and the S.M. and Ph.D. degrees from the Massachusetts Institute of Technology (MIT), in 1991 and
1997, respectively.
In 1997, he joined the MIT Laboratory for Electromagnetic and Electronic Systems as a Postdoctoral Associate, and became a Research Scientist in 1999. In
2001, he joined the Department of Electrical Engineering and Computer Science, MIT, where he is currently
an full Professor. His interests include design, manufacturing, and control techniques for power electronics,
and in their use in a wide range of applications.
13:30-16:30 GRAND BALLROOM
SESSION CHAIRS:
Bo Zhang, South China University of Technology,
China
Jinfa Zhang, Delta Electronics Shanghai Co.,
Ltd., China
Solid State Transformer
13:30-14:10
Prof. Johann W. Kolar
Swiss Federal Institute of Technology (ETH) Zurich, Switzerland
Speaker’s Biography: Prof. Johann
W. Kolar received the M.Sc. and
Ph.D. degrees from the University of
Technology Vienna, Vienna, Austria.
Since February 1, 2001, he has been a Professor and
the Head of the Power Electronic Systems Laboratory,
IEEE PEAC’ 2014
33
PLENARY SESSION
PLENARY SESSION
pan. He received BE and ME degrees from the University of Tokyo, Japan, and DE degree from the University of Yamanashi, Japan, in 1982, 1984, and 1998,
respectively. Dr. Fujihira has more than 25 years of
experience in the development of power semiconductor
devices and process technologies. His activities have
been focused on high-voltage and/or high-current
power semiconductor devices, for example IGBT,
power MOSFET, and high-voltage and/or -power ICs.
Dr. Fujihira has authored more than 30 papers, including the world-first technical paper of superjunction devices, in which he named the device as
“Superjunction”, holds more than 100 patens, and is
the receiver of three scientific awards. He is responsible for the research and the development of power
semiconductor devices from 2004.
Dr. Kolar is an IEEE Fellow. He has been appointed an
IEEE Distinguished Lecturer by the IEEE Power Electronics Society in 2011. From 1997 through 2000, he
has been serving as an Associate Editor of the IEEE
Transactions on Industrial Electronics, and since 2001,
as an Associate Editor of the IEEE Transactions on
Power Electronics. He received seven IEEE Transactions Prize Paper Awards and seven IEEE Conference
Prize Paper Awards.
Latest Power Chip and Module Technologies
14:10-14:50
Dr. Gourab Majumdar
Mitsubishi Electric Corporation,
Japan
Abstract: The global climate change
issue has become a concern of everyone’s daily life forcing demand for
energy saving and ecological compatibility in power
consumption to grow extremely high. This trend is driving developments of newer and advanced power device technologies for more-efficient power conversion
in all areas power electronics application including renewable energy sources. Thus, power devices are
considered to be extremely important for contributing
effectively in the global effort to curb climate change.
This presentation is prepared to explain various state-
34
IEEE PEAC’ 2014
of-the-art power devices/modules focusing on the latest
generation of silicon IGBT and SiC power chip technologies. It will also provide highlights of expected future trends in such fields.
Speaker's Biography: Gourab Majumdar (b. 1955)
received Bachelor of Technology degree in electrical
engineering from Indian Institute of Technology (IIT),
Delhi, India in 1977 and Doctor of Engineering degree
in engineering from Kyshuu Institute of Technology
(KIT), Fukuoka, Japan in 2005. He came to Japan in
September, 1978 on a special On-the-Job-Training
program in the field of high electric power systems
sponsored by Mitsubishi Electrc Corporation. He joined
Mitsubishi Electric Corporation, Japan in 1980 and has
worked in the company’s advanced power semiconductor development, design and applications units
since 1983. In April, 2012, he was appointed as Fellow
of Mitsubishi Electric, Semiconductor & Device Group
and is currently carrying out his responsibilities in this
executive cadre. He has published many technical papers and co-authored several technical books on advanced power devices such as IGBTs (Insulated Gate
Bipolar Transistors) and IPMs (Intelligent Power Modules) and holds several patents in the related fields. He
is a receipient of the prestigious National Invention
Award in Japan in 2005 for invention of the IPM’s fundamental concept and has also received several other
awards, including the top-ranked “Dai-5 Monodzukuri
Nihon Taishou (The fifth Japan Craftmanship Grandprix)” award from the honorary Minister of Economy,
Trade and Industry in 2013, for contribution in development and commercialization of various generations of
the IPM product family. He also serves as a key organizing committee member of various international conferences related to power semiconductor technology
such as PCIM and ISPSD.
IEEE PEAC’ 2014
35
PLENARY SESSION
PLENARY SESSION
Swiss Federal Institute of Technology (ETH) Zurich,
Zurich, Switzerland. He has proposed numerous novel
pulse-width modulation converter topologies, and
modulation and control concepts, e.g., the Vienna rectifier, the Swiss rectifier, and the three-phase ac–ac
sparse matrix converter. He has published over 550
scientific papers in international journals and conference proceedings, and has filed more than 110 patents.
15:10-15:50
PLENARY SESSION
Prof. Malcolm D McCulloch
Head of Energy Power Group,
Oxford University
Abstract: With over 1.3 billion people without access to electricity,
there is a requirement to reconsider
the architecture of an effective electrical energy system
that can be deployed to rural communities. It will be
decentralised and contain a mix of renewables and
energy storage, which are capital intensive. Over 3
million low power solar home systems have been deployed, but they have a typical power rating of 10W.
Future energy systems will have to be efficient with the
deployment of capital, and scale with the users requirements.
This presentation will show one possible solution,
where the systems starts with low-medium power (200500W) DC - esque system, which can then be readily
upscaled to a higher power 2 kW AC grid based system, without having to change the wiring in the home.
Initial results will be presented.
Speaker's Biography: In 1993 Malcolm moved to Oxford University and to start up the Electrical Power
Group (EPG).
Climate change, resource depletion and social inequity
are the big challenges facing our civilisation. The
group’s focus is to developing, and commercialise,
sustainable energy technologies in the three sectors of
domestic energy use, transport and renewable generation.
The domestic sector is one of the largest energy sectors in the UK. EPG developed a smart meter that can
identify where the energy is being used in the house,
an essential requirement to enable behaviour change.
36
IEEE PEAC’ 2014
This technology is now being commercialised by the
company that McCulloch is a founder: Navetas Energy
Management. Research is on going on developing
techniques to determine the stress of the network from
the point of common connection, as is the development
of smart, cost effective, thermal energy storage.
For the more electric transport sector, advanced lightweight electric motors have been developed, including
a high torque density motor which is the core of the
spin-out company YASA Motors. His is also the director of the Institute for Carbon and Energy Reduction in
Transport, based at the Oxford Martin School, which is
researching the techno-economic diffusion on new
mobility modes.
In renewable generation, novel lightweight low speed
direct coupled generators are being developed along
with a transverse axis tidal turbine, forming the IP of
the spin-out company Kepler Energy.
Prof McCulloch believes that developing the technology is only the start. There needs to be a public awareness of the seriousness of the problems. Therefore he
has been instrumental, together with a small team of
people, in conceiving and developing Tipping Point, an
annual event to bring some of the top artists and climate scientists together. Through the creative use of
the open space format, this forum has proved to be
extremely successful that has found international acceptance. This has led to Prof McCulloch being an
advisor to Ian McKewan for his book Solar.
He has also been involved presenting the research to a
wide range of audiences, from schools to the World
Economic Forum in Tianjin China in 2010 and Hindustan Leadership summit in New Delhi, 2013.
Dr McCulloch has over 75 publications and 15 patent
and patent applications.
IEEE PEAC’ 2014
37
PLENARY SESSION
A new wiring system for domestic use for
off-grid use
15:50-16:30
PLENARY SESSION
Prof. Bin Wu
Ryerson University; Fellow of the
Engineering Institute of Canada
and the Canadian Academy of
Engineering, Canada
lence Award in 2001, NSERC Synergy Award for Innovation in 2002, and Professional Engineers Ontario
(PEO) Engineering Excellence Medal in 2014. He is a
fellow of Institute of Electrical and Electronics Engineers (IEEE), Engineering Institute of Canada (EIC)
and Canadian Academy of Engineering (CAE).
PLENARY SESSION
Medium Voltage Drives: State of the Art
and Emerging Technologies
Abstract: With the advancement of
power electronics technology, medium voltage (MV,
2.3KV-13.8KV) drives have found extensive applications in industry. This talk presents the latest developments and emerging technologies of the MV drives. A
number of state-of-the-art converter topologies for the
MV drive will be introduced, including multilevel nested
neutral point clamped (NNPC) converters, modular
multilevel converters (MMC) and multi-module matrix
converters (MMMC). To eliminate the MV transformer,
which is costly, heavy and bulky, viable solutions in
developing transformerless MV drives will be discussed. The talk concludes with a comprehensive technical summary of major commercial MV drives in the
world.
Speaker's Biography: Bin Wu graduated from
Donghua University, Shanghai, China in 1978, and
received his M.A.Sc. and Ph.D. degrees in electrical
and computer engineering from the University of Toronto, Canada in 1989 and 1993, respectively.
He joined Ryerson University in 1993, where he is currently a Professor and Senior NSERC/Rockwell Industrial Research Chair. Dr. Wu has published more than
300 technical papers, authored/coauthored two WileyIEEE Press books, and holds more than 25 issued/
pending US/European patents in the area of power
conversion, medium voltage drives, and renewable
energy systems.
Dr. Wu received the Gold Medal of the Governor General of Canada in 1993, Premier’s Research Excel-
38
IEEE PEAC’ 2014
IEEE PEAC’ 2014
39
Wednesday
November 5th, 2014
9:00-12:00
TUTORIAL
T1: Development of Power Converters
Prof. Tsai-Fu Wu, National Tsing Hua University,
Taiwan, China
MEETING ROOM 2
Power converters are the locomotive of the powerelectronics train. Power converters are the entrance
gate to the power-electronics field. They lead and
guide the power-electronics applications. Power converters are the trunks of power-electronics trees. Without them, all of the analysis, design and control
branches cannot exist. This tutorial course presents a
systematic approach to develop power converters. In
the introduction, the existing PWM, single-stage, zsource, soft-switching and resonant converters are
reviewed. Starting from section II: Origin of Converters,
we will identify the first lossless PWM converter and
reveal possible development principles. In section III,
the typical input-output voltage transfer curves are discussed. Based on the original converter, two converter
development schemes, Graft and Layer, are introduced
in sections IV & V to develop multi-function converters
systematically and to realize the transfer curves. The
well known PWM converters and single-stageconverters will be adopted as illustration examples.
Similar to the “decoding the genome”, we will present
how to decode the PWM converters in section VI. Conventionally, many attempts have been proposed to
develop these converters based mostly on canonical
cell concepts and by introducing extra LC filters to the
cells. In this presentation, the well known voltage-fed,
current-fed and quasi z-source converters will be decoded and derived from the original converter step by
step.
40
IEEE PEAC’ 2014
The aforementioned approaches can only develop nonisolated converters. By introducing dc transformers into
the non-isolated ones, their isolated counterparts can
be derived. To integrate more converters to increase
power level or reduce current ripple, multi-phase converters are usually adopted. In literature, non-PWM
power converters have been developed for low power
applications. These will be presented in section VII.
Before the conclusions, analogy of PWM converters to
DNA (deoxyribonucleic acid) is addressed.
T2: Power Semiconductors and Power Converters - Current Trends, Future, Issues and
Solutions Dr. Petar. J. Grbović, HUAWEI Technologies
Dusseldorf GmbH, Germany
Dr. Thierry. A. Meynard, LAPLACE / ENSEEIHT / INPT, France
MEETING ROOM 3
Power electronics and static power converters play
significant role in industrial applications,power generation and transmission, home appliance, transportation,
etc., etc. Today, our life will becompletely different without power electronics.
Power electronics, particularly power semiconductors
are progressing on daily bases. Each new generation
of power semiconductor introduces new challenges
and issues. Some of them make almost impossible to
fully utilize full advantages of new power semiconductor devices. Two of the challenges are high di/dt and
dv/dt, which in combination with parasitic inductance
and capacitance of the power semiconductor and converter create issues of over-voltage, radiated and conducted EMI emission, stress of the load isolation, etc.,
etc. The above mentioned issues (di/dt and dv/dt) will
make impossible to fully utilize all the benefits of future
IEEE PEAC’ 2014
41
TUTORIAL
Tutorials
TUTORIAL
The tutorial is mainly aimed at Master/PhD students,
power electronics engineers and professionals who
want to improve their knowledge and understanding of
current and future issues and solutions in application of
new power semiconductor devices.
T3: The Effects of Magnetic Components on
EMI Behaviors of SMPS
Prof. Wei Chen, Fuzhou University, China
MEETING ROOM 4
Magnetics are the key components in power conversion systems. Besides their electrical issues, such as
magnetizing and leakage inductances and the loss
issues, such as core loss and winding losses, they also
have great effects on the SMPS EMI issues. The tutorial will clearly illustrate the mechanism of SMPS EMI
behaviors of magnetics from the point of view of electromagnetic fields and reveal the factors affecting the
EMI issues. The conductive behaviors and near-field
magnetic coupling are also illustrated. And moreover,
some schemes will be shown to reduce the EMI noises
by the design of magnetics.
The tutorial begins with the EMI introduction and the
noise paths in SMPS, and then shows how the magnetic components affect the EMI. Some examples,
such as PFC and Flyback circuits are shown to illustrate how to design the magnetic components considering the EMI. Finally, the evaluation and test schemes
are presented to estimate the EMI behaviors of magnetics.
The tutorial will help engineers to create new ideas to
solve the SMPS EMI problems by magnetic component
designs.
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IEEE PEAC’ 2014
T4: Grid Integration of Electric Vehicles:
Wired and Wireless Solutions
Prof. Udaya K. Madawala, The University of
Auckland, New Zealand
Dr. Duleepa Thrimawithana, The University of
Auckland, New Zealand
MEETING ROOM 5
Renewable Energy (RE) sources, energy storage systems and Electric Vehicles (EVs) can be considered as
partial solutions to global energy crisis as well as for
sustainable living. The interface that facilitates either
uni- or bi-directional power flow between the grid and
EVs/REs is an indispensable component of all these
solutions. An efficient, compact and reliable power interface is, therefore, vital for grid integration of both
EVs and REs. Consequently, grid integration has become one of the main focuses of current research in
both industrial and academic community.
This tutorial presents trends, together with the latest
advances, in grid integration of EVs. Both wired and
wireless solutions, employed for grid integration of
EVs, are discussed along with battery management
systems. Inductive Power Transfer (IPT) technology,
widely used for wireless grid integration of EVs, is discussed in detail, covering theory, modeling and control
in relation to both uni- and bi-directional power flows.
Different concepts and control strategies that have
been proposed and implemented as wired solutions
are also presented, using models and analyses as appropriate.
14:00-17:00
T5: The Role of Circuits and Systems Theory
in Power Electronics: Methods, Applications
and Case Studies
Prof. C. K. Michael Tse, Hong Kong Polytechnic
University, Hong Kong, China
IEEE PEAC’ 2014
43
TUTORIAL
Wide Band Gap devices such as SiC and GaN. New
devices packaging is a must. But, where is the limit of a
new package? Is it possible to solve the issue with a
new package or something more is necessary to be
done? This will be intensively discussed in the tutorial.
illustrated.
Much of the power electronics discipline has been built
upon the application of circuits and systems theory
which spans across various aspects of fundamental
circuit, control and system theory. However, in the
process of developing solutions for new applications,
the proper use of circuits and systems theory has not
always been borne in mind, leading to unnecessary
repetition and reinvention of concepts that would otherwise be reached directly if the approach taken had
thoroughly considered the existing knowledge in circuits and systems.
T6: Wide Bandgap based Power Electronics
Prof. Jin Wang, Department of Electrical and
Computer Engineering, The Ohio State University, USA
MEETING ROOM 3
In this tutorial, the role of circuits and systems will be
revisited and examples will be shown to illustrate how
proper application of existing circuits and systems theory would conveniently lead to important observations
and conclusions that would save re-investigation or
expedite understanding of the problems. Specific applications of current interest to be tentatively covered in
this short tutorial include LED driving, power factor
correction, parallel-connected converters, inductive
power transfer, etc. In each application, the basic circuit theory relevant to analysis and design of the system in question will be expounded and its proper use
will be shown to be crucial in gaining significant improvement in understanding the key properties and
systematic generation of design solutions. It will be
shown that even the basic principles of circuit duality
and Kirchhoff’s laws are not always appropriately exploited in power electronics, let alone proper application of these principles that would lead to systematic
design approaches for LED driving and interconnection
of power converters. Furthermore, use of power flow
graphs and consideration of effect of parameter
changes in conventional resonant circuits would be
discussed, and their applications leading to systematic
understanding of the design problems and classification of solution approaches for power factor correction
circuits and inductive power transfer circuits will be
44
IEEE PEAC’ 2014
The demands being place upon power electronics continues to grow as industry looks to cut costs and improve efficiency of their associated hardware. New
markets have emerged, such as high temperature
power conversion, where Si based power devices are
not able to operate. For this reason, researchers have
been evaluating new materials to meet the immediate
needs of industry and help satisfy future requirements.
The tutorial provides a summary of wide bandgap
based power electronics. It caters to professionals at
the intermediate level. Audience members should be
aware of wide bandgap devices, their advantages, but
be interested in more specifics, such as their operation
and application. Excluding an introduction and conclusion, this tutorial is broken up into five specific topics:
(1) power device materials and architectures, (2) device evaluation (3) device and system level modelling
(4) device applications, and (5) switched-capacitor topologies based on WBG materials.
T7: Design for Reliability of Power Electronic
Systems
Prof. Frede Blaabjerg, Aalborg University, Denmark
Ass. Prof. Huai Wang, Aalborg University, Denmark
Ass. Prof. Ke Ma, Aalborg University, Denmark
MEETING ROOM 5
In recent years, the automotive and aerospace industries have brought stringent reliability constraints on
power electronic systems because of safety concerns.
IEEE PEAC’ 2014
45
TUTORIAL
TUTORIAL
MEETING ROOM 2
T8: Advanced control of power converters
Dr. Yongchang Zhang, North China University of
Technology, China
MEETING ROOM 4
This tutorial discusses the state of the art of advanced
control methods for three-phase voltage source converters, with focus on the finite control set model predictive control (FCSMPC). According to the voltage
vector numbers applied during one control period, all
existing solutions are classified into three categories:
single-vector-based control, double-vectors-based control and three-vectors-based control. An improved
46
IEEE PEAC’ 2014
FCSMPC with low complexity and high efficiency is
proposed, which only requires one prediction to obtain
the best voltage vector. Furthermore, two-vectorsbased and three-vectors-based MPC are proposed to
achieve comparable or even better steady state performance than conventional SVM based approach with
lower switching frequency. The proposed lowcomplexity multiple-vectors-based MPC provides an
effective alternative to conventional SVM-based control
methods.
The conventional control method of three-phase power
converters is vector control (voltage oriented control)
using inner current loop and pulse width modulation
techniques. Excellent steady state performance and
quick dynamic response can be achieved; however,
generally it requires fine tuning work and is not easy to
consider various nonlinear constraints.
Recently model predictive control (MPC) is emerging
as a powerful control scheme for three-phase converters. The most popular MPC is finite control set MPC
(FCSMPC), which attracts wide attention owing to its
concept simplicity and flexibility to consider various
constraints. Conventional FCSMPC has to evaluate a
predefined cost function relating to control variable
error for each converter voltage vector, which is computational intensive. Furthermore, only one voltage
vector is applied during one control period, leading to
relatively high ripples and current harmonics.
This tutorial discusses the state of the art of FCSMPC
for three-phase voltage source converters. An improved FCSMPC with low complexity and high efficiency is proposed, which only requires one prediction
to obtain the best voltage vector. Furthermore, twovectors-based and three-vectors-based MPC are proposed to achieve comparable or even better steady
state performance than conventional SVM-based approach with lower switching frequency. The proposed
low-complexity multiple-vectors-based MPC provides
an effective alternative to conventional SVM-based
IEEE PEAC’ 2014
47
TUTORIAL
TUTORIAL
The industrial and energy sectors are also following the
same trend, and more and more efforts are being devoted to improving the reliability of power electronic
systems to achieve cost-effective and sustainable solutions. Today customers of many power electronic products expect up to 20 years of warranty and there is a
strong need for more controllable reliability performance and all with focus at the financials. The emphasis
of this tutorial is to give a framework on the design for
reliability of power electronic systems, and the recent
research activities and paradigm shits in this research
area. It will cover the reliability requirements in different
industry sectors, reliability and lifetime of IGBT modules and capacitors used in power electronic converters, and the specific evaluation, design, and improvement methods for reliability of power electronic systems. Study cases on mission profile based design of
photovoltaic inverters and wind power converters, and
active thermal control and condition monitoring of
power converters are also discussed. The approaches
presented in the tutorial are also the common interest
for the companies involved in the Center of Reliable
Power Electronics (CORPE) at Aalborg University
(http://www.corpe.et.aau.dk/). The tutorial will also present the views of the instructors on the future research
opportunities in the area of reliability of power electronics.
Note:
control methods.
NOTE
TUTORIAL
This tutorial is interested to the professionals and engineers involved in the research and development of
power converters control, motor drives, and senior undergraduate and graduate students.
48
IEEE PEAC’ 2014
IEEE PEAC’ 2014
49
Tuesday
November 4th, 2014
Wednesday
November 5th, 2014
9:00-17:00
Registration
Winter Garden
8:00-18:00
Registration
Winter Garden
9:00-12:00
Tutorial T1-T4
(For more information please go to page 40)
T2
T3
T4
50
IEEE PEAC’ 2014
9:00-12:00
Development of Power Converters
Tsai-Fu Wu
National Tsing Hua University, Taiwan, China
MEETING ROOM2
9:00-12:00
Power Semiconductors and Power Converters - Current Trends, Future, Issues and Solutions Petar. J. Grbović, HUAWEI Technologies Dusseldorf GmbH, Germany
Thierry. A. Meynard, LAPLACE / ENSEEIHT /
INPT, France
MEETING ROOM3
9:00-12:00
The Effects of Magnetic Components on EMI
Behaviors of SMPS
Wei Chen, Fuzhou University, China
MEETING ROOM4
9:00-12:00
Grid Integration of Electric Vehicles: Wired
and Wireless Solutions
Udaya K. Madawala, Duleepa Thrimawithana
Department of Electrical & Computer Engineering, The University of Auckland, New Zealand
MEETING ROOM5
IEEE PEAC’ 2014
51
WEDNESDAY
TUESDAY
T1
Thursday
November 6th, 2014
14:00-17:00
Tutorial T5-T8
(For more information please go to page 43)
WEDNESDAY
T6
T7
T8
14:00-17:00
Wide Bandgap based Power Electronics
Jin Wang, The Ohio State University, USA
MEETING ROOM3
14:00-17:00
Design for Reliability of Power Electronic
Systems
Frede Blaabjerg, Huai Wang, Ke Ma, Aalborg
University, Denmark
MEETING ROOM4
14:00-17:00
Advanced control of power converters
Yongchang Zhang, North China University of
Technology, China
MEETING ROOM5
18:00-20:00
Welcome Reception & Exhibition
Winter Garden
8:00-17:00
Registration
WINTER GARDEN
8:30-18:00
Exhibition
WINTER GARDEN
8:30-9:00
Opening Ceremony
GRAND BALLROOM
9:00-12:00
Plenary Session-1, 2
GRAND BALLROOM
SESSION CHAIRS:
Dianguo Xu, Harbin Institute of Technology, China
Xinbo Ruan, Nanjing University of Aeronautics
and Astronautics, China
(For more information please go to page 28)
9:00-9:40
Trend of Power Electronics Researches and
Applications
Prof. Fred C Lee, Virginia Polytechnical University and State University, USA
9:40-10:20
Delta’s Journey to Energy Savings
Mr. Yancey Hai, Chairman of the Delta Electronics, Inc., Taiwan, China
10:20-10:40
Coffee Break
52
IEEE PEAC’ 2014
IEEE PEAC’ 2014
53
THURSDAY
T5
14:00-17:00
The Role of Circuits and Systems Theory in
Power Electronics: Methods, Applications
and Case Studies
C. K. Michael Tse, Hong Kong Polytechnic University, Hong Kong, China
MEETING ROOM2
THURSDAY
11:20-12:00
Powering the Future: Developments in Miniaturized, Isolated Power Converters operating
at Very High Frequency
Prof. David J. Perreault, Massachusetts Institute
of Technology, USA
13:30-16:30
Plenary Session-3, 4
GRAND BALLROOM
SESSION CHAIRS:
Bo Zhang, South China University of Technology,
China
Jinfa Zhang, Delta Electronics Shanghai Co.,
Ltd., China
15:10-15:50
A new wiring system for domestic use for off
-grid use
Prof. Malcolm D. McCulloch, Head of Energy
Power Group(EPG), Oxford University, U.K.
15:50-16:30
Medium Voltage Drives: State of the Art and
Emerging Technologies
Prof. Bin Wu, Ryerson University, Canada
16:30-18:00
Dialogue Sessions
(For more information please go to page 110)
POSTER AREA
THURSDAY
10:40-11:20
Advancing Power Devices for More-Efficient
Power Conversion
Dr. Tatsuhiko Fujihira, Chief Technology Officer
for Electronic Devices, Fuji Electric Co., Ltd.,
Japan
(For more information please go to page 33)
13:30-14:10
Solid State Transformer
Prof. Johann W. Kolar, Swiss Federal Institute
of Technology (ETH) Zurich, Switzerland
14:10-14:50
Latest Power Chip and Module Technologies
Dr. Gourab Majumdar, Executive Fellow, Mitsubishi Electric Corporation, Japan
14:50-15:10
Coffee Break
54
IEEE PEAC’ 2014
IEEE PEAC’ 2014
55
Shu Zhong1; 1Southwest Jiaotong University, China; 2Wisesoft Co., Ltd., China
TS7.1.3
6:45-7:45
Speaker Breakfast
Dinning Area A
TS7.1.4
7:00-16:00
Registration
WINTER GARDEN
FRIDAY
8:00-16:00
Exhibition
WINTER GARDEN
TS7.1.5
8:00-10:00
TS7-1: Step-up DC/DC Converter
MEETING ROOM 2
SESSION CHAIRS:
Tsorng-Juu Liang, National Cheng Kung University, Taiwan, China
C. K. Michael Tse, Hong Kong Polytechnic University, Hong Kong, China
TS7.1.1
TS7.1.2
56
TS7.1.6
8:40-9:00
Novel Z-Source High Step-Up Boost Converter
Xiaoxia Liang, Jinbin Zhao, Keqing Qu, Jianfeng Dai; Shanghai University of Electric
Power, China
9:00-9:20
A Novel High Gain DC-DC Converter with
Coupled Inductor Voltage Multiplier
Hongfei Ma1,2, Bo Zhang1, Dongyuan Qiu1,
Junfeng Han1; 1South China University of
Technology, China; 2Lanzhou University of
Technology, China
9:20-9:40
A Novel High Step-Up Three-Port Converter
Po-Hsin Tseng, Jiann-Fuh Chen, TsorngJuu Liang, Hui-Wen Liang; National Cheng
Kung University, Taiwan, China
9:40-10:00
High Step-up DC-DC Converter with
Switched Capacitors and Interleaved Inductors
Likun Xue, Ping Wang, Yifeng Wang, Wei Li;
Tianjin University, China
8:00-8:20
A Novel Two Winding Coupled-Inductor
Step-up Voltage Gain Boost-Flyback Converter
Duo Xu1, Yaping Cai2, Zhangyong Chen2,
Shu Zhong2; 1Wisesoft Co., Ltd., China;
2
Southwest Jiaotong University, China;
8:20-8:40
Analysis and Design of a High Efficiency
High Step-up Gain DC-DC Converter
Yaping Cai1, Duo Xu2, Zhangyong Chen1,
IEEE PEAC’ 2014
IEEE PEAC’ 2014
57
FRIDAY
Friday
November 7th, 2014
FRIDAY
TS7.2.1
TS7.2.2
TS7.2.3
TS7.2.4
58
8:00-8:20
Power Cycling Capabilities Assessment
of IGBT Modules in Wind Power Converter Considering the Wind Turbulence
Effects
Hui LI1, Shengquan LIU1, Yang LI1, Yaogang
Hu1, Xing QIN1,2, Li RAN1; 1Chongqing University, China; 2State Grid Dazhou Supply
Company, China
8:20-8:40
Lifetime Estimation of MMC for Offshore
Wind Power HVDC Application
Hui Liu, Ke Ma, Poh Chiang Loh, Frede
Blaabjerg; Aalborg University, Denmark
8:40-9:00
Control of IGBT Junction Temperature in
Small-Scale Wind Power Converter
Junke Wu, Luowei Zhou, Pengju Sun, Xiong
Du; Chongqing University, China
9:00-9:20
Numerical IGBT Junction Temperature
Calculation Method for Lifetime Estimation of Power Semiconductors in the
Wind Power Converters
Gaoxian Li1, Xiong Du1, Pengju Sun1,
Luowei Zhou1, Heng-Ming Tai2; 1Chongqing
University, China; 2University of Tulsa, USA
IEEE PEAC’ 2014
TS7.2.5
9:20-9:40
A Novel Control Strategy for AC Fault
Ride Through in MTDC System with Offshore Wind Farms
Wenting Li1, Gang Shi1, Xu Cai1, Yaowei
Xuan2, Enke Yu2; 1Shanghai Jiao Tong University, China; 2State Grid Zhoushan Power
Supply Company, China
8:00-10:00
TS7-3: Multilevel Converter-1
MEETING ROOM 4
SESSION CHAIRS:
Jun-ichi Itoh, Nagaoka University of Technology,
Japan
Guangzhu Wang, Shandong University, China
TS7.3.1
TS7.3.2
8:00-8:20
A Neutral-point Potential Balancing
Method for Z-source Neutral-PointClamped (NPC) Inverters by Adding
the Shoot-through Offset
Xiuyan Shi, Alian Chen, Chenghui Zhang;
Shandong University, China
8:20-8:40
A Novel Output LC Filter Design Method
of High Power Three-Level NPC Converter
Ning LI1, Na ZHI1, Hui ZHANG1, Yue
WANG2, Zhao’an WANG2; 1Xi’an University
of technology, China; 2Xi’an Jiaotong University, China
IEEE PEAC’ 2014
59
FRIDAY
8:00-9:40
TS7-2: Wind Power Converter-1
MEETING ROOM 3
SESSION CHAIRS:
Dong-Choon Lee, Yeungnam University, Rep. of
Korea
Ke Ma, Aalborg University, Denmark
TS7.3.4
FRIDAY
TS7.3.5
TS7.3.6
60
8:40-9:00
A survey of cascaded multi-level PWM
rectifier with VIENNA modules for HVDC
system
Xuebin JIANG, Jinghao YANG, Jingang
HAN, Tianhao TANG; Shanghai Maritime
University, China
9:00-9:20
Study of a New Buck-Boost Multilevel
Inverter
Liqiao Wang, Gang Ma, Si Zhao, Yafei Diao;
Yanshan University, China
9:20-9:40
Comprehensive Loss Evaluation of Neutral-Point-Clamped (NPC) and T-Type
Three-Level Inverters based on a Circuit
Level Decoupling Modulation
Zhe Zhang, Alexander Anthon, Michael A. E.
Andersen; Technical University of Denmark,
Denmark
9:40-10:00
Extended Dual Modulation Curves Voltage Balancing Strategy for Cascaded Hbridge Rectifier
Jun Wang, Cong Wang, Hong Cheng,
Guanglin Sha; China University of Mining
and Technology, China
IEEE PEAC’ 2014
8:30-10:00
IS7-1: Industry Session
MEETING ROOM 5
SESSION CHAIRS:
Jinfa Zhang, Delta Electronics Shanghai Co.,
Ltd., China
Minchao Huang, Mickey Solution on Power Electronics, China
IS7.1.1
IS7.1.2
IS7.1.3
8:30-9:00
1700V Si-IGBT and SiC-SBD Hybrid Module for AC690V Inverter system
Danyi Xiang1, Song Chen1, Haining Wang1,
O. Ikawa2, S. Miyashita2, T. Nishimura2, S.
Igarashi2, T. Fujihira2; 1Fuji Electric (China)
Co., Ltd., China; 2Fuji Electric Co., Ltd., Japan
9:00-9:30
Electric Vehicle Charging Solutions
Mingyu Jiang, Delta Electronics, Inc., China
9:30-10:00
Summery on Key Technology and Topology of PV Gried Inverter
Tony Hu, Sungrow Power Supply Co., Ltd.,
China
IEEE PEAC’ 2014
61
FRIDAY
TS7.3.3
TS7.4.1
8:00-8:20
A Framework for Stability Analysis of
Micro-grid Consisting of Multiple Gridconnected-converters
Shulong Tan, Geng Yang, Hua Geng;
Tsinghua University, China
TS7.4.5
10:20-11:40
TS7-5: Resonant DC/DC Converter
MEETING ROOM 2
SESSION CHAIRS:
Mutsuo Nakaoka, Kyungnam Univ., Malaysia
Xiong Du, Chongqing University, China
TS7.5.1
FRIDAY
TS7.4.2
8:20-8:40
Fisher Discriminant Function Based New
Passive Islanding Detection Approach
Ning Liu, Jianhui Su, Huadian Xu, Yong Shi,
Meiqin Mao, Jinwei Li; Hefei University of
Technology, China
TS7.5.2
TS7.4.3
TS7.4.4
62
8:40-9:00
Double Fundamental Frequency PLL With
Second Order Generalized Integrator Under Unbalanced Grid Voltages
Zhaoyang Yan, Hongyan He, Jianxia Li,
Ming Su, Chunjiang Zhang; Yanshan University, China
9:00-9:20
Design Consideration of LCL-Filter for
Three-Phase Voltage Source Inverter in
Distributed Power Grid
Yu Peng1, Meng Huang1, Jianjun Sun1,
Xiaoming Zha1, Chi K. Tse2; 1Wuhan University, China; 2The Hong Kong Polytechnic
University, Hongkong, China
IEEE PEAC’ 2014
9:20-9:40
Resonance Features of Multi-paralleled
Grid-connected Inverters and its Damping Method
Zhiyong Chen, An Luo, Yandong Chen,
Mingshen Li; Hunan University, China
TS7.5.3
10:20-10:40
A Novel Current-feed Soft-switching Twoswitch Forward Resonant DC-DC Transformer (DCX)
Wei Qin, Bo Zhu, Xu Zhang, Xinke Wu;
Zhejiang University, China
10:40-11:00
LLC Resonant Converter Controller with
Novel Light Load Control
Chun-Hsu Yang, Tsorng-Juu Liang, Kai-Hui
Chen, Ji-Shiuan Li, Ji-Shiang Lee; National
Cheng Kung University, Taiwan, China
11:00-11:20
Current Balance Method for the Twophase Interleaved LLC-RDCX with Parallel PWM Output Regulation
Hui Chen, Xinke Wu, Fangzheng Peng,
Zhaoming Qian, Changsheng Hu; Zhejiang
University, China
IEEE PEAC’ 2014
63
FRIDAY
8:00-9:40
TS7-4: Micro-grid System-1
MEETING ROOM 6
SESSION CHAIRS:
Jaeho Choi, Chungbuk National University, Rep.
of Korea
Xiaoming Zha, School of Electrical Engineering
Wuhan University, China
11:20-11:40
High Efficiency LLC Converters with
Compensated Synchronous Rectifier
Chao-Chun Wang1, Cheng-Yan Yang1,
Huang-Jen Chiu1, Hong-Bo Ma2; 1National
Taiwan University of Science and Technology, Taiwan, China; 2Southwest Jiaotong
University, China
TS7.6.3
TS7.6.4
10:20-11:40
TS7-6: Wind Power Converter-2
MEETING ROOM 3
SESSION CHAIRS:
Huai Wang, Aalborg University, Denmark
Geng Yang, Tsinghua University, China
FRIDAY
TS7.6.1
TS7.6.2
64
10:20-10:40
Thermal Smooth Control based on Orthogonal Circulating Current for MultiMW Parallel Wind Power Converter
Jianwen Zhang1, Yan Li3, Haisong Wang1,
Xu Cai1, Seiki Igarashi2, Zhibing Wang3;
1
Shanghai Jiao Tong University, China; 2Fuji
Electric Co., Ltd., Japan; 3China Electric
Power Research Institute, China
10:40-11:00
Thermal control method based on reactive
circulating
current
for
anticondensation of wind power converter
under wind speed variations
Jianwen Zhang1, Haisong Wang1, Xu Cai1,
Seiki Igarashi2, Yan Li3, Zhibing Wang3;
1
Shanghai Jiao Tong University, China; 2Fuji
Electric Co., Ltd., Japan; 3China Electric
Power Research Institute, China
IEEE PEAC’ 2014
11:00-11:20
Study on Power Dynamic Transfer Characteristics of Wind Power Generation
System
Shude Yang, Xiangqian Tong, Hao Zhang;
Xi’an University of Technology, China
11:20-11:40
A Wide Voltage Input and High-Efficiency
Hybrid-mode Wind Power Converter with
the Mode Transition Optimized
Huipin Lin, Jin Hu, Fengwu Zhou, Zhengyu
Lu; Zhejiang University, China
10:20-12:00
TS7-7: Multilevel Converter-2
MEETING ROOM 4
SESSION CHAIRS:
XiangNing He, Zhejiang University, China
Zhengyu Lv, Zhejiang University, China
TS7.7.1
TS7.7.2
FRIDAY
TS7.5.4
10:20-10:40
Integrated Control Method of Modular
Multilevel Converter
Zhenjiang Lv1, Mansoor Khan Muhammad1,
Mingli Shen2; 1Shanghai Jiaotong University,
China; 2Shanghai Electric Power Electronics
Co., Ltd., China
10:40-11:00
A Novel Comprehensive Control Scheme
of Low Frequency of the Modular Multilevel Converter
Feng Li, Guangzhu Wang; Shandong University, China
IEEE PEAC’ 2014
65
TS7.7.4
FRIDAY
TS7.7.5
11:00-11:20
Universal Voltage Clamping Circuit for Ttype Neutral-Point-Clamped (TNPC) Converters
Weiyi Feng, Lizhi Xu, Weiqiang Zhang,
Hongyang Wu; Delta Electronics (Shanghai)
Co., Ltd., China
11:20-11:40
Integrated Control Strategies of Modular
Multilevel Converters Using Arm Current
Control in Back-to-Back Systems
Guangzhu Wang, Feng Li; Shandong University, China
11:40-12:00
A Novel STATCOM with Limited Active
Power Support Based on Hybrid Cascaded Multilevel Converter
Qiang Chen, Ning Gao, Rui Li, Xu Cai;
Shanghai Jiao Tong University, China
10:20-11:20
IS7-2: Industry Session
MEETING ROOM 5
SESSION CHAIRS:
Jinfa Zhang, Delta Electronics Shanghai Co.,
Ltd., China
Minchao Huang, Mickey Solution on Power Electronics, China
IS7.2.1
66
10:20-10:50
Power solutions for data center
Yong Chen, Xiamen Kehua Hengsheng Co.,
Ltd.
IEEE PEAC’ 2014
IS7.2.2
10:50-11:20
Discussion of some power electronics
problems in company
Zhaoyong Zhou, Shenzhen Inovance Technology Co., Ltd., China
10:20-11:40
TS7-8: Micro-grid System-2
MEETING ROOM 6
SESSION CHAIRS:
Tsai-Fu Wu, National Tsinghua University, Taiwan, China
Yong Kang, Huazhong University of Science and
Technology, China
TS7.8.1
TS7.8.2
TS7.8.3
10:20-10:40
Research on Droop Control of Inverter
Interface in Autonomous Microgrid
Zhizhong Kan1, Zhongnan Guo1, Xiaomai
Meng2, Chunjiang Zhang1; 1Yanshan University, China; 2Beijing Satellite Manufacturing
Factory, China
10:40-11:00
Virtual Impedance Design of Virtual Synchronous Generation in Microgrid
Chao Hu1, Fang Liu1, Haizhen Xu1, Rongliang Shi1, Lei Tao2; 1Hefei University of Technology, China; 2Sungrow Power Supply Co.,
Ltd., China
11:00-11:20
A Dynamic Voltage Transient Suppression Control Strategy for Microgrid Inverter
Rongliang Shi1, Xing Zhang1, Fang Liu1,
Haizhen Xu1, Lei Tao2; 1Hefei University of
Technology, China; 2Sungrow Power Supply
Co., Ltd., China
IEEE PEAC’ 2014
67
FRIDAY
TS7.7.3
11:20-11:40
Research on the Synchronization Control
Strategy for Microgrid Inverter
Rongliang Shi1, Xing Zhang1, Haizhen Xu1,
Chao Hu1, Wei Cao2; 1Hefei University of
Technology, China; 2Sungrow Power Supply
Co., Ltd., China
13:30-15:30
TS7-9: DC/DC Converter
MEETING ROOM 2
SESSION CHAIRS:
Chin Chang, Semtech Corp, USA
Xinbo Ruan, Nanjing University of Aeronautics
and Astronautics, China
TS7.9.4
TS7.9.5
TS7.9.6
FRIDAY
TS7.9.1
TS7.9.2
TS7.9.3
68
13:30-13:50
Input Impedance Modeling of Digital Controlled Bi-directional DC/DC Converter
with Inductor Current Feedback
Xing Li, Hua Lin, Hua Wang; HuaZhong University of Science and Technology, China
13:50-14:10
Decoding the PWM Converters
Tsai-Fu Wu1, Yu-Kai Chen2; 1National Tsing
Hua University, Taiwan, China; 2National
Formosa University, Taiwan, China
14:10-14:30
Voltage-Mode Controlled Switching Converter With Dual-edge Constant Off-time
Modulation
Xing Chen, Yiming Chen, Guohua Zhou,
Ping Yang; Southwest Jiaotong University,
China
IEEE PEAC’ 2014
14:30-14:50
A Global Modeling Method of Buck Converter in Discontinuous Conduction
Mode
Junfeng Han, Bo Zhang, Dongyuan Qiu,
Hongfei Ma; South China University of Technology, China
14:50-15:10
Modeling and Stability Analysis of Digital
Current-Mode Controlled Boost Converter in z-Domain
Yanfeng Chen, Wen He, Bo Zhang,
Qingqian Zhang; South China University of
Technology, China
15:10-15:30
An Accurate Small-Signal Model with
Peak Current Mode Control Applied for
the Active Clamp Forward Converter
Used in the Constant Conduction Mode
Richard Yang, Tony Hung, Payne Wang;
Texas Instruments, China
13:30-15:30
TS7-10: PV System-1
MEETING ROOM 3
SESSION CHAIRS:
Jung-Ik Ha, Seoul National University, Rep. of
Korea
Bo Zhang, South China University of Technology,
China
13:30-13:50
TS7.10.1 A Novel Method for Low-frequency Oscillation Suppression Based on PV System
Minghua Zhu, Fang Zhuo; Xi’an Jiaotong
University, China
IEEE PEAC’ 2014
69
FRIDAY
TS7.8.4
FRIDAY
14:10-14:30
TS7.10.3 The Effect of Control Loops form of the
Interface Converter in Output Voltage
Regulation Mode on the Operating Characteristics of Photovoltaic Cells
Ling QIN, Shaojun XIE, Chen YANG, Mao
HU; Nanjing University of Aeronautics &
Astronautics, China
14:30-14:50
TS7.10.4 DMC-based Cooperative Control Strategy
for Distributed Photovoltaic Power Generation Systems
Qing Sun1, Fuwen Yang1, Zhipeng Wu2;
1
East China University of Science and Technology, China; 2Midea Refrigeration Institute
Midea Group, China
14:50-15:10
TS7.10.5 A Novel Method for Photovoltaic Inverter
Applying Vector Resonant Controller
Hao Zhai, Fang Zhuo, Hao Yi, Dong Zhang,
Zhiqing Geng, Kewei Li; Xi’an Jiaotong University, China
15:10-15:30
TS7.10.6 Isolated Bidirectional Switched-capacitor
Flyback Converter
Hyun-Woo Kim, Joung-Hu Park; Soongsil
University, Rep. of Korea
70
IEEE PEAC’ 2014
13:30-15:30
TS7-11: SiC and Si Devices
MEETING ROOM 4
SESSION CHAIRS:
Petar J. Grbović, HUAWEI Technologies Dusseldorf GmbH, Gemerny
Zhengyu Lv, Zhejiang University, China
13:30-13:50
TS7.11.1 Interleaved Flyback Micro-inverter with
SiC MOSFET
Shiming Tan, Ping Lin, Changsheng Hu,
Linglin Chen, Dehong Xu; Zhejiang University, China
13:50-14:10
TS7.11.2 A 10kV/200A SiC MOSFET Module with
Series-Parallel Hybrid Connection
Qiang Xiao, Zezheng Dong, Xinke Wu,
Kuang Sheng; Zhejiang University, China
14:10-14:30
TS7.11.3 Analysis and Comparison of Si and SiC
Power Devices on a Grid-Tie Fuel Cell
Energy Storage System
Riccardo Pittini, Alexander Anthon, Zhe
Zhang, Michael A.E. Andersen; Technical
University of Denmark, Denmark
14:30-14:50
TS7.11.4 A High Power Boost Converter for PV
Systems Operating up to 300 kHz using
SiC Devices
Alexander Anthon, Zhe Zhang, Michael A.E.
Andersen; Technical University of Denmark,
Denmark
IEEE PEAC’ 2014
71
FRIDAY
13:50-14:10
TS7.10.2 On/Off-Grid
Integrated
Photovoltaic
Power Generation System
Rui Li, Xing Liang, Xinpei Li, Xu Cai; Shanghai Jiaotong University, China
15:10-15:30
TS7.11.6 Performance Analysis of Package Parasitic Inductances for Fast Switching
MOSFET in Converter
Ken
King-Man
SIU,
Martin Kin-Ho
CHEUNG, Franz Peter Stückler; Infineon
Technologies Hong Kong Ltd., Hongkong,
China
SS7.1.2
SS7.1.3
FRIDAY
SS7.1.4
13:30-15:10
SS7-1: Special Session on Electric Generator
Design, Power Electronics and Control Systems
for Marine Renewable Energy-1
MEETING ROOM 5
SESSION CHAIRS:
Jean-Frederic CHARPENTIER, Naval Academy,
France
Tianhao Tang, Shanghai Maritime University,
China
SS7.1.1
72
13:30-13:50
Performances Analysis of a Doubly Salient Permanent Magnet Generator for Marine Tidal Current Applications
H. Chen, N. Aït-Ahmed, L. Moreau, M.
Machmoum, M.E. Zaïm; IREENA Institut de
Recherche en Energie Electrique de Nantes
Atlantique, France
IEEE PEAC’ 2014
SS7.1.5
13:50-14:10
Hybrid Current Control of Three-Phase
Grid-Connected Converter for Marine
Current Power Generation System
Jingang Han, Yu Shi, Peng Wu, Tianhao
Tang; Shanghai Maritime University, China
14:10-14:30
Optimal Control for a Self-Reacting Point
Absorber: A One-Body Equivalent Model
Approach
Se´ bastien Olaya1, Jean-Matthieu Bourgeot1,
Mohamed Benbouzid2; 1ENIB, France; 2University of Brest, France
14:30-14:50
Ocean Wave Energy Extraction: Up-toDate Technologies Review and Evaluation
Hosna Titah-Benbouzid, Mohamed Benbouzid; University of Brest, France
14:50-15:10
Modular Multi-Level Converter Designed
for DC-Based Offshore Wind Farm
Liang Zhang1, Weiwei An1, Guodong Chen2,
Dan Zhang3, Xiao-Peng Ji4; 1Nanjing Institute of Technology, China; 2Shanghai Electric Power Transmission & Distribution
Group, China; 3Lanzhou JiaoTong University, China; 4Nanjing Sifang Epower Automation Co., Ltd., China
IEEE PEAC’ 2014
73
FRIDAY
14:50-15:10
TS7.11.5 An Efficient Current-Source Power Bipolar Junction Transistor Driver
Carl N. M. Ho1, River T. H. Li2, Enea Bianda3; 1ABB Switzerland Limited, Switzerland;
2
ABB (China) Limited, China; 3ABB Corporate Research, Switzerland
FRIDAY
13:30-13:50
TS7.12.1 A Novel Frequency Restoring Strategy of
Hydro-PV Hybrid Microgrid
Feng Wei1, Sun Kai1, Yajuan Guan2, Yibo
Wang3; 1Tsinghua University, China; 2Aalborg University, Denmark; 3Chinese Academy of Sciences, China
13:50-14:10
TS7.12.2 Implementation and Control of a SmallScale HVDC Lab Prototype Considering
Grid Code Requirements
Xudan Liu, Andreas Lindemann, Steffen
Rabe, Marc Richter, Zbigniew A. Styczynski;
Otto-von-Guericke University Magdeburg,
Germany
14:10-14:30
TS7.12.3 Fault Analysis of Microgrid and Adaptive
Distance Protection based on Complex
Wavelet Transform
Lijun Jin, Miaomiao Jiang, Guangyao Yang;
Tongji University, China
14:30-14:50
TS7.12.4 A Short-circuit Current Calculation
Method for Low-Voltage DC Microgrid
Xiaoli Lai, Fei Liu, Kai Deng, Qi Gao,
Xiaoming Zha; Wuhan University, China
74
IEEE PEAC’ 2014
14:50-15:10
TS7.12.5 An Improved Power Sharing Control
Scheme of Distributed Generation Converters in Microgrid
Guangqian Ding1, Feng Gao1, Quanrui Hao1,
Song Zhang2; 1Shandong University, China;
2
State Grid of China Technology College,
China
15:10-15:30
TS7.12.6 Line Impedance Measure Method for Microgrid
Yong SHI, Jianhui SU, Jinwei LI, Xinxing
HAO; Hefei University of Technology, China
15:50-17:50
TS7-13: Inverter and Power Supply
MEETING ROOM 2
SESSION CHAIRS:
Jinfa Zhang, Delta Electronics Shanghai Co.,
Ltd., China
Jinjun Liu, Xi'an Jiaotong University, China
FRIDAY
13:30-15:30
TS7-12: Micro-grid System-3
MEETING ROOM 6
SESSION CHAIRS:
Yong Kang, Huazhong University of Science and
Technology, China
Miao Zhu, Shanghai Jiao Tong University, China
15:50-16:10
TS7.13.1 Switching Loss Reduction of AC-AC Converter using Three-level Rectifier and
Inverter for UPS.
Kazuki Yoneda, Hiroki Takahashi, Jun-ichi
Itoh; Nagaoka University of Technology,
Japan
16:10-16:30
TS7.13.2 Multi-Functional Bidirectional AC/DC Ttype 3-Level Converter for Super UPS
Ye Zhu, Binci Xu, LingLin Chen, Dezhi
Dong, Ping Lin, Dehong Xu; Zhejiang University, China
IEEE PEAC’ 2014
75
FRIDAY
16:50-17:10
TS7.13.4 The Research on Phase Lock Method of
Ultrasonic Power Supply with Variable
Step Length Control
Jie Luo, Guiping Du, Junxiang Fang; South
China University of Technology, China
17:10-17:30
TS7.13.5 New PWM Strategy for Nine-Switch Inverters with Minimum Number of Semiconductor Switching
Xiangfeng Li, Bo Zhang, Dongyuan Qiu,
Dongdong Wang; South China University of
Technology, China
17:30-17:50
TS7.13.6 A New Method of Modeling and Simulation for Push-Pull SPWM Inverter
Jiaju Wu, Hongjun Shi, Hang Hu, Shuguo
Zhang, Bin Liu; Nanchang Hangkong University, China
15:50-17:30
TS7-14: PV System-2
MEETING ROOM 3
SESSION CHAIRS:
Jong-Hu Park, University of Soongsil, Rep. of
Korea
Bo Zhang, South China University of Technology,
China
15:50-16:10
TS7.14.1 An Integrated Control Strategy of PVBattery Hybrid Systems
Baoqi Liu1, Yanhu Zhang1, Bing Hu1, Liying
Xue1, Wei Zhao2; 1Sungrow (Shanghai) Co.,
Ltd., China; 2Sungrow Power Supply Co.,
Ltd., China
16:10-16:30
TS7.14.2 An Improved Grid-Connected Photovoltaic Power Generation System with
Low Harmonic Current in Full Power
Ranges
Xiangdong Sun, Tai Fan, Shaoliang An, Qi
Zhang, Bo Zhang; Xi’an University of Technology, China
16:30-16:50
TS7.14.3 Investigation of Frequency Drift Methods
of Islanding Detection with Multiple PV
Inverters
Yan Hong, Wenchong Huang; Fudan University, China
16:50-17:10
TS7.14.4 Leakage Current Suppression for Transformerless ZVS Full-bridge PV Inverter
Yenan Chen, Jiangbei Xi, Dehong Xu; Zhejiang University, China
76
IEEE PEAC’ 2014
IEEE PEAC’ 2014
77
FRIDAY
16:30-16:50
TS7.13.3 An Active Synchronization Control Strategy Based on Voltage-controlled Inverter
Jinlong Wang, Jinbin Zhao, Keqing Qu, Fen
Li; Shanghai University of Electric Power,
China
FRIDAY
15:50-17:10
TS7-15: GaN Devices
MEETING ROOM 4
SESSION CHAIRS:
David Reusch, Efficient Power Conversion (EPC),
USA
Xinbo Ruan, Nanjing University of Aeronautics
and Astronautics, China
15:50-16:10
TS7.15.1 An Optimized Layout with Split Bus Capacitors in eGaN-Based Integrated DCDC Converter Module
Kangping Wang, Huan Ma, Xu Yang, Xiangjun Zeng, Guoqing Li; Xi’an Jiaotong University, China
16:10-16:30
TS7.15.2 MHz-class High-frequency Soft-switching
GaN-based Inverter for Wireless Power
Transmission via Electromagnetic Resonance
Keisuke Yoshizawa1, Toshihiko Tanaka1, Eiji
Hiraki2, Masayuki Okamoto3; 1Yamaguchi
University, Japan; 2Okayama University,
Japan; 3Ube National College of Technology, Japan
78
IEEE PEAC’ 2014
16:30-16:50
TS7.15.3 Highly Efficient Gallium Nitride Transitors
Designed for High Power Density and
High Output Current DC-DC Converters
David Reusch, Johan Strydom, Alex Lidow;
Efficient Power Conversion Corporation,
USA
16:50-17:10
TS7.15.4 High Frequency LLC DC-Transformer
based on GaN devices and the dead time
optimization
Ren Ren, Shuo Liu, Jinlong Wang, Fanghua
Zhang; Nanjing University of Aeronautics
and Astronautics, China
15:50-17:10
SS7-2: Special Session on Electric Generator
Design, Power Electronics and Control Systems for Marine Renewable Energy-2
MEETING ROOM 5
SESSION CHAIRS:
Luc Moreau, UNIVERSITE DE NANTES, France
Tianhao Tang, Shanghai Maritime University,
China
SS7.2.1
15:50-16:10
Maximum Torque Per Ampere Control
Strategy of a 5-phase PM Generator in
healthy and faulty modes for tidal marine
turbine application
Ousmane
FALL1,2,3,
Jean
Frédéric
CHARPENTIER2, Ngac-Ky NGUYEN3, Paul
LETELLIER1; 1Jeumont-Electric, France;
2
Ecole navale et groupe des écoles du Poulmic, France; 3Arts et Métiers Paristech,
France
IEEE PEAC’ 2014
79
FRIDAY
17:10-17:30
TS7.14.5 On Discussion of DC Side EMI Filter Design for Conducted Noise Suppression in
Photovoltaic System
Jiao Zhang, Wenjie Chen, Xiaomei Song,
Hao Huang, Xu Yang; Xi'an Jiaotong University, China
SS7.2.3
FRIDAY
SS7.2.4
16:10-16:30
Comparison of Direct-Drive PM Generators for Tidal Turbines
Sofiane Djebarri1,2, Jean Frederic Charpentier1, Franck Scuiller1, Mohamed Benbouzid2; 1French Naval Academy, France;
2
University of Brest, France
16:30-16:50
An Up-to-Date Review of Large Marine
Tidal Current Turbine Technologies
Zhibin Zhou1,2,3, Franck Scuiller1, Jean
Frédéric Charpentier1, Mohamed Benbouzid2, Tianhao Tang3; 1French Naval
Academy, France; 2University of Brest,
France; 3Shanghai Maritime University,
China
16:50-17:10
Joint Optimization of Electromagnetic
Structure and Control of a Double Stator
Permanent Magnet Generator for Tidal
Energy Applications
Jian Zhang, Luc Moreau, Junwei Guo, Mohamed Machmoum; Université de Nantes,
France
15:50-17:50
TS7-16: Grid-Tied Inverter-1
MEETING ROOM 6
SESSION CHAIRS:
River-TinHo Li, ABB (China) Limited, China
Weiping Zhang, North China University of Technology, China
15:50-16:10
TS7.16.1 Protected Control Strategies for VoltageSource-Converter (VSC) under Grid
Faults in AC/DC Hybrid Grid
Minglin Zhu, Shengbao Geng, Yungui Li,
Lijun Hang, Guojie Li; Shanghai Jiao Tong
University, China
16:10-16:30
TS7.16.2 Asymmetrical High Voltage Ride Through
Control Strategy of Grid-side Converter
for Grid-connected Renewable Energy
Equipment
Ruiqi Li, Hua Geng, Geng Yang; Tsinghua
University, China
16:30-16:50
TS7.16.3 Resonance Suppression Scheme in Single-Phase Grid Inverters with LLCL Filters
Payam Alemi, Cheol-Ju Bae, Dong-Choon
Lee; Yeungnam University, Rep. of Korea
16:50-17:10
TS7.16.4 Suppressing the side effect of the Grid
Background Harmonics on Grid Inverter
with Selective Harmonic Elimination
PWM
Shenjian Zou, Cheng Yan, Yangfan Zhang,
Wenjie Chen, Dehong Xu; Zhejiang University, China
80
IEEE PEAC’ 2014
IEEE PEAC’ 2014
81
FRIDAY
SS7.2.2
17:10-17:30
TS7.16.5 A Control Strategy of Microgrid Inverter
Based on Feeder Power-flow Optimization
Yuerong Wang, Herong Gu, Baozhen Su,
Wei Zhao; Yanshan Univercity, China
Note:
NOTE
FRIDAY
17:30-17:50
TS7.16.6 A Novel Hybrid SPLL for Polluted Grid
Environment
Gang Han, Jianwen Zhang, Xu Cai; Shanghai Jiao Tong University, China
82
IEEE PEAC’ 2014
IEEE PEAC’ 2014
83
6:45-7:45
Speaker Breakfast
Dinning Area A
SATURDAY
8:00-10:00
TS8-17: Motor Drive and Control-1
MEETING ROOM 2
SESSION CHAIRS:
Geng Yang, Tsinghua University, China
Jun Yao, Chongqing University, China
8:00-8:20
TS8.17.1 Improved Independent Vector Control of
2PMSM Fed by a Five-leg Inverter Reducing Common Leg Peak Current
Yosuke Suzuki1, Hisao Kubota1, Kouki Matsuse1, Kaushik Rajashekara2; 1Meiji University, Japan; 2The University of Texas at Dallas, USA
8:20-8:40
TS8.17.2 Analysis and Simulation of Direct Torque
Control based on Terminal Sliding mode
Controller for doubly Salient Electromagnetic Machine
Weili Dai, Hao Tian, Jun Ding; Hohai University, China
8:40-9:00
TS8.17.3 Investigating the Electromechanical Coupling in Piezoelectric Actuator Drive Motor Under Heavy Load
Tiberiu-Gabriel Zsurzsan, Michael A.E. Andersen, Zhe Zhang, Nils A. Andersen; Technical University of Denmark, Denmark
84
IEEE PEAC’ 2014
9:00-9:20
TS8.17.4 Collective Dynamics of Coupled Synchronous Reluctance Motor Drives
Dongdong Wang, Bo Zhang, Dongyuan Qiu,
Xiangfeng Li; South China University of
Technology, China
9:20-9:40
TS8.17.5 Speed Sensorless Torque Closed-Loop
Vector Control of IPMSM
Leilei Guo1, Xing Zhang1, Shuying Yang1,
Zhen Xie1, Renxian Cao2; 1Hefei University
of Technology, China; 2Hefei Sungrow
Power Supply Co., Ltd., China
9:40-10:00
TS8.17.6 Study of Speed-Sensorless Weighted
Vector Control of Parallel Connected Induction Motors Drive
Long Qi, Chenchen Wang, Xiaojie You; Beijing Jiaotong University, China
8:00-9:40
TS8-18: PV System-3
MEETING ROOM 3
SESSION CHAIRS:
Tianhao Tang, Shanghai Maritime University,
China
Jinbin Zhao, Shanghai University of Electric
Power, China
8:00-8:20
TS8.18.1 Robust Control of Two-stage Photovoltaic Inverter for Unbalanced Low Voltage Ride-Through Operation
Hao Tian1, Feng Gao1, Cong Ma1, Guoqing
He2, Guanghui Li2; 1Shandong University,
China; 2China Electric Power Research Institute, China
IEEE PEAC’ 2014
85
SATURDAY
Saturday
November 8th, 2014
SATURDAY
8:40-9:00
TS8.18.3 Research on the Composite Control for
PV Grid-connected and Energy-storage
based on Quasi-Z-source inverter
Baozhen Su, Herong Gu, Yuerong Wang,
Wei Zhao; Yanshan University, China
9:00-9:20
TS8.18.4 The Step-power Method Study for the
Maximum Power Tracking of Single-stage
Photovoltaic Grid-connected Inverter
Qi Zhang, Xiaoye Tian, Dong Tian, Zhao
Liu, Minyuan Li , Xiangdong Sun; Xi'an University of Technology, China
9:20-9:40
TS8.18.5 Research on the Control Strategy of PV
System on Suppressing Low-frequency
Oscillation in Power System
Minghua Zhu, Fang Zhuo; Xi’an Jiaotong
University, China
8:00-10:00
TS8-19: Magnetics
MEETING ROOM 4
SESSION CHAIRS:
Wei Chen, Fuzhou University, China
Yugang Yang, Liaoning Technical University,
China
8:00-8:20
TS8.19.1 A Loosely Coupled Transformer with
Mixed Winding and Electromagnetic
Shielding for Contactless Power
Transmission
Jia Hou1, Qianhong Chen1, Siu-Chung
Wong2, Xiaoyong Ren1, Xinbo Ruan1; 1Nanjing University of Aeronautics and Astronautics, China; 2Hong Kong Polytechnic University, Hong Kong, China
8:20-8:40
TS8.19.2 Analysis and Comparison of Magnetic
Structures in a Tapped Boost Converter
for LED Applications
Maria C. Mira, Arnold Knott, Michael A. E.
Andersen; Technical University of Denmark,
Denmark
8:40-9:00
TS8.19.3 The Analysis and Application of the Nearfield Characteristics in the EMI Filter
Qingbin Chen, Wei Chen, Subin Lin, Jiqing
Dong; Fuzhou University, China
9:00-9:20
TS8.19.4 The Analysis of Near-Field Magnetic
Leakage On The Domestic Induction
Cooker
Qinjun Hu, Wei Chen, Tianxiang Huang,
Qingbin Chen; Fuzhou University, China
86
IEEE PEAC’ 2014
IEEE PEAC’ 2014
87
SATURDAY
8:20-8:40
TS8.18.2 A Unified Power Quality Conditioner for
the Fault Ride-through Operation of
Photovoltaic Power Station
Xuefeng Ge1, Feng Gao1, Guoqing He2,
Guanghui Li2; 1Shandong University, China;
2
China Electric Power Research Institute,
China
SATURDAY
9:40-10:00
TS8.19.6 Modeling and Analysis of the Stable
Power Supply Based on the Magnetic
Flux Leakage Transformer
Yuqiu Zhang, Yanfeng Chen, Bo Zhang;
South China University of Technology,
China
8:00-9:40
TS8-20: Wireless Power Transfer System-1
MEETING ROOM 5
SESSION CHAIRS:
Hideki OMORI, Osaka Institute of Technology,
Japan
Qianhong Chen, Nanjing University of Aeronautics and Astronautics, China
8:00-8:20
TS8.20.1 A New V2H System with Single-Ended
Inverter Drive Bidirectional Wireless
Resonant IPT
Shinya Ohara1, Noriyuki Kimura1, Mutuo
Nakaoka2, Hideki Omori1, Toshimitsu Morizane1, Yoshimichi Nakamura3; 1Osaka Institute of Technology, Japan; 2Kyungnam University, Rep. of Korea; 3Smart Energy Laboratory, Japan
88
IEEE PEAC’ 2014
8:20-8:40
TS8.20.2 A Modified Hybrid Multi-level Converter
for High-Power High-Frequency IPT Systems
Hamid Reza Rahnamaee, Udaya K.
Madawala, Duleepa J. Thrimawithana; the
University of Auckland, New Zealand
8:40-9:00
TS8.20.3 Route Optimization for Wireless Power
Transfer Network Based on the CE
method
Lijuan Xiang1, Yue Sun1, Xin Dai1, Yu
Chen1, Xiao Lv2; 1Chongqing University,
China; 2Chongqing Special Equipment Inspection and Research Institute, China
9:00-9:20
TS8.20.4 WPT Topology Scheme with Dual Parallel
-Circuit Class E Inverters and Integrated
Inductor
Xiaosheng Huang, Wei Chen; Fuzhou University, China
9:20-9:40
TS8.20.5 System Conditions Monitoring Method
for a Wireless Cellular Phone Charger
Euihoon Chung, Jun Lee, Jung-Ik Ha; Seoul
National University, Rep. of Korea
IEEE PEAC’ 2014
89
SATURDAY
9:20-9:40
TS8.19.5 New Magnetic Integration of Full-wave
Rectifier with Center-Tapped Transformer
Zengyi LU, Haijun YANG, Alpha J. ZHANG;
Delta Electronics (Shanghai) Co., Ltd.,
China
SATURDAY
8:00-8:20
TS8.21.1 Anti-islanding Modeling of Grid-tied Inverters
Yingqi Zhang; GE (China) Research and
Development Center, China
8:20-8:40
TS8.21.2 Unidirectional Buck DC-DC converter
mode photovoltaic grid-connected inverters with high frequency link
Jie Zhang, Fusong Huang, Bin Yan, Daolian
Chen; Fuzhou University, China
8:40-9:00
TS8.21.3 An Improved Deadbeat Control Strategy
for Photovoltaic Grid-Connected Inverter
Based on Unipolar & frequency multiplication SPWM and Its Implementation
Jinsong Kang, Shoujian Yang, Wei Xia,
Shuo Wang; Tongji University, China
9:00-9:20
TS8.21.4 LLCL-Filter Based Single-Phase Grid-Tied
Aalborg Inverter
Weimin Wu1, Shuangshuang Feng1, Junhao
Ji1, Min Huang2, Frede Blaabjerg2; 1Shanghai Maritime University, China; 2Aalborg
University, Denmark
90
IEEE PEAC’ 2014
9:20-9:40
TS8.21.5 Notch Filter constraints analysis and
SPLL Design under Unbalanced Voltage
Conditions
Xiu-Hui Chai, Chun-Jiang Zhang, Bing Ben,
Xiao-huan Wang; Yanshan University, China
10:20-12:20
TS8-22: Motor Drive and Control-2
MEETING ROOM 2
SESSION CHAIRS:
Hao Chen, China University of Mining & Technology, China
Wei Xu, Huazhong University of Science and
Technology, China
10:20-10:40
TS8.22.1 Phase-shifted Chaotic SVM for Harmonic
Performance Improvement in Paralleled
Voltage-Source Inverters Fed PMSM Drive
Zheng Wang, Jian Chen, Bing Zhang, Yang
Zheng; Southeast University, China
10:40-11:00
TS8.22.2 H∞ Speed Observer of Permanent Magnet Synchronous Motor Based on Immune Algorithm
Qun Zhu, Zhonggang Yin, Yanru Zhong;
Xi’an University of Technology, China
11:00-11:20
TS8.22.3 Hybrid Position Observer of IPMSM with
Online Rotor Flux Identification
Le-yang Yan, Xu-chun Li, Peng Zhang,
Shao-kang Ma; Tsinghua University, China
IEEE PEAC’ 2014
91
SATURDAY
8:00-9:40
TS8-21: Grid-Tied Inverter-2
MEETING ROOM 6
SESSION CHAIRS:
Xudan Liu, Institute of Electric Power Systems,
Germany
Miao Zhu, Shanghai Jiao Tong University, China
SATURDAY
11:40-12:00
TS8.22.5 A Speed and Flux Estimation Method of
Induction Motor Using Fuzzy Extended
Kalman Filter
Zhonggang Yin, Lu Xiao, Xiangdong Sun,
Jing Liu, Yanru Zhong; Xi’an University of
Technology, China
12:00-12:20
TS8.22.6 Research on Stability Performance of
Speed Estimation for Induction Motors
Based on Adaptive Full-Order Observer
Zhonggang Yin, Yanqing Zhang, Xiangdong
Sun, Jing Liu, Yanru Zhong; Xi’an University
of Technology, China
10:20-11:40
TS8-23: Power Factor Correction Converter
MEETING ROOM 3
SESSION CHAIRS:
HUANG-JEN CHIU, National Taiwan University of
Science and Technology, Taiwan, China
Jinjun Liu, Xi'an Jiaotong University, China
10:20-10:40
TS8.23.1 Common Mode Noise Reductions in Totem-pole Bridgeless PFC Converter
Kewei Shi1, Masahito Shoyama1, Satoshi
Tomioka2; 1Kyushu University, Japan; 2TDKlambda, Japan
92
IEEE PEAC’ 2014
10:40-11:00
TS8.23.2 Evaluation of 600V Superjunction Devices in Single Phase PFC Applications
under CCM Operation
Juan C. Hernandez, Lars P. Petersen, Michael A. E. Andersen; Technical University
of Denmark, Denmark
11:00-11:20
TS8.23.3 A Novel Single-Stage Bridgeless Boost &
Buck PFC Converter
Qingliang Zheng, Weiming Lin, Shengjian
Liu, Nanbing Wu; Fuzhou University, China
11:20-11:40
TS8.23.4 A Novel Robust Method for Three - phase
High Power Rectifier System with High
Quality
Yuan Li, Shiyan Yang, Wei Yang, Jingfang
Wang; Harbin Institute of Technology, China
10:20-12:20
TS8-24: Electric Vehicles and Railway Systems
MEETING ROOM 4
SESSION CHAIRS:
Dianguo Xu, Harbin Institute of Technology, China
Xu Yang, Xi'an Jiaotong University, China
10:20-10:40
TS8.24.1 Novel Reactive Power Control Strategy
Based on Constant DC-Capacitor Voltage
Control for Reducing the Capacity of
Smart Charger for Electric Vehicles on
Single-Phase Three-Wire Distribution
Feeders
Hidenori Tanaka1, Toshihiko Tanaka1, Hiroaki Yamada1, Masayuki Okamoto2; 1Yamaguchi University, Japan; 2Ube National College of Technology, Japan
IEEE PEAC’ 2014
93
SATURDAY
11:20-11:40
TS8.22.4 Closed-Loop Control of PMSM Based on
Optimal Synchronous Pulse Patterns
Zhaoyang Zhang1, Xiaoyun Feng1, JunFeng
Xu2; 1Southwest Jiaotong University, China;
2
CSR Zhuzhou Institute Co., Ltd., China
10:20-11:40
TS8-25: Wireless Power Transfer System-2
MEETING ROOM 5
SESSION CHAIRS:
Duleepa J Thrimawithana, The University of
Auckland, New Zealand
Wei Chen, Fuzhou University, China
11:00-11:20
TS8.24.3 Field Weakening Strategy in a Wide
Speed Range of Induction Motors for
Electric Vehicles Based on Maximum
Torque Control
Yifei Xu, Chuanwen Shen, Haohao Hui, Zhe
Huang; Xi’an Jiao Tong University, China
10:20-10:40
TS8.25.1 An Effective Voltage Regulating Circuit
for Inductive Power Transfer Systems
Yu Chen1, Yue Sun1, Xiao Lv2, Chunsen
Tang1, Zhihui Wang1; 1Chongqing University,
China; 2Chongqing Special Equipment Inspection and Research Institute, China
11:20-11:40
TS8.24.4 Holistic Approach to Loss Minimization
via Tailored Modulation Techniques for
PMSM based EV Traction Drives
Quanrui Hao; Shandong University, China
10:40-11:00
TS8.25.2 A Comparison of LCL and LC BiDirectional Inductive Power Transfer Systems
L. Zhao, Duleepa J. Thrimawithana, Udaya
K. Madawala; The University of Auckland,
New Zealand
11:40-12:00
TS8.24.5 Output-transformerless traction substation based on three-phase to singlephase cascaded converter
Yingying Zhou, Aiping Guo, Xiaoqiong He;
Southwest Jiaotong University, China
12:00-12:20
TS8.24.6 Lower Electric Stress ZCS-PWM Superbuck Converter for Electric Vehicle DC
Charging Spot
Xiaoxiao KONG1, Ling QIN1, Yafang
WANG1, Shaojun XIE2; 1Nantong University,
China; 2Nanjing University of Aeronautics &
Astronautics, China
94
IEEE PEAC’ 2014
11:00-11:20
TS8.25.3 Optimal parameters design for seriesseries resonant converter for wireless
power transfer
Boping Yang, Shuailin Du, Wenjie Chen,
Chen Deng, Dehong Xu; Zhejiang University, China
IEEE PEAC’ 2014
95
SATURDAY
SATURDAY
10:40-11:00
TS8.24.2 A Novel Balancing Strategy for SeriesConnected Lithium Batteries based on
mixed charging mode
Fengwu Zhou1, Huipin Lin1, Jin Hu1, Zhengyu LV1, Bin Qian2, Jun Xu2; 1Zhejiang University, China; 2Shanghai Space Power Research Institute, China
SATURDAY
10:20-12:20
TS8-26: Distribution Systems
MEETING ROOM 6
SESSION CHAIRS:
Koji Orikawa, Nagaoka University of Technology,
Japan
Weimin Wu, Shanghai Maritime University, China
10:20-10:40
TS8.26.1 Active Load Balancer on Three-phase
Four-wire Distribution System with Constant DC Capacitor Voltage Control for
Multiple Loads
Yoshihiro Hisada1, Tint Soe Win1, Toshihiko
Tanaka1, Hiroaki Yamada1, Masayuki Okamoto2, Seong Ryong Lee3; 1Yamaguchi University, Japan; 2Ube National College of
Technology, Japan; 3Kunsan National University, Rep. of Korea
11:00-11:20
TS8.26.3 The Current and Voltage Detection Under
Non-sinusoidal and Unbalanced Voltage
Condition
Xiaobin Zhang, Pan Zhang, Siyu Cheng,
Jiandong Duan, Hui Zhang; Xi’an University
of Technology, China
11:20-11:40
TS8.26.4 Hierarchical Structure of Multi-Modular
Converter System and Modularized Design Scheme
Chen Lv1, Muhammad Mansoor Khan1,
Zhenjiang Lv1, Chunhua Li2; 1Shanghai
Jiaotong University, China; 2SMEPC, China
11:40-12:00
TS8.26.5 Power Electronic Transformer for DC
Power Distribution Network
Zhaohui Wang, Zhen Zhang, Junming
Zhang, Kuang Sheng; Zhejiang University,
China
12:00-12:20
TS8.26.6 An Embedded Power Line Communication Technique for DC-DC Distributed
Power System Based on the Switching
Ripple
Ruichi Wang, Jin Du, Sideng Hu, Jiande
Wu, Xiangning He; Zhejiang University,
China
10:40-11:00
TS8.26.2 Implementation of a Cascade DSTATCOM under Unbalanced Conditions
Maosong Zhang, Qunjing Wang; Anhui University, China
96
IEEE PEAC’ 2014
IEEE PEAC’ 2014
97
SATURDAY
11:20-11:40
TS8.25.4 A New Shielding method for Magnetic
fields of a wireless EV charger with regard to human exposure by Eddy Current
and Magnetic Path
Yuya Kitano1, Hideki Omori1, Tosimitsu
Morizane1, Noriyuki Kimura1, Mutsuo Nakaoka2; 1Osaka Institute of Technology, Japan;
2
Kyungnam University, Rep. of Korea
SATURDAY
13:30-13:50
TS8.27.1 Neutral-Point Voltage Waveform Control
Method for Mitigating the Low-Frequency
Ripple Current in E-capless Full-Bridge
Inverter
Guorong Zhu1,2, Wei-Xing Liu2, Xiao-Bin Fu2,
Biao Liang2, Hao-Ran Wang2; 1Guizhou Institute of Technology, China; 2Wuhan University of Technology, China
13:50-14:10
TS8.27.2 Single-phase Bidirectional Bridge Topology without Electrolytic Capacitor at the
DC Side
Biao Liang, Guo-Rong Zhu, Xiao-Bin Fu,
Wei-Xing Liu, Hao-Ran Wang; Wuhan University of Technology, China
14:10-14:30
TS8.27.3 Research on High-frequency Induction
Heating Load-matched Based on LLC
Resonant Circuit
Jingang Li1, Liping Wang1, Qi Sun2; 1Xi’an
University of Technology, China; 2Xi’an Action Electronics Co., Ltd, China
98
IEEE PEAC’ 2014
14:30-14:50
TS8.27.4 Relationship between Finite Control Set
Model Predictive Control and Direct Current Control for Three-Phase Voltage
Source Converters
Yongchang Zhang, Qin Zhang; North China
University of Technology, China
14:50-15:10
TS8.27.5 Model Predictive Current Control with
Optimal Duty Cycle for Three-Phase GridConnected AC/DC Converters
Yongchang Zhang, Yubin Peng; North China
University of Technology, China
15:10-15:30
TS8.27.6 A PQ Control strategy of VoltageControlled Inverters
Yang Chen, Jinbin Zhao, Keqing Qu, Fen Li;
Shanghai University of Electric Power, China
13:30-15:30
TS8-28: Rectifier
MEETING ROOM 3
SESSION CHAIRS:
Yi Tang, Aalborg University, Denmark
Jinbin Zhao, Shanghai University of Electric
Power, China
13:30-13:50
TS8.28.1 Stability Analysis of Cascade AC System
Based on Three-Phase Voltage Source
PWM Rectifier
Hui Yu, Xinbo Ruan, Xuehua Wang, Hanzhi
Zhang, Yu Teng; Huazhong University of
Science and Technology, China
IEEE PEAC’ 2014
99
SATURDAY
13:30-15:30
TS8-27: Topology and Control of Inverter
MEETING ROOM 2
SESSION CHAIRS:
Hao Ma, Zhejiang University, China
Shaojun Xie, Nanjing University of Aeronautics
and Astronautics, China
14:10-14:30
TS8.28.3 A Novel Switching Table for Direct Power
Control of Three-Phase PWM Rectifier
Hui Zhou, Xiaoming Zha, Yiming Jiang, Wei
Hu; Wuhan University, China
SATURDAY
14:30-14:50
TS8.28.4 An Efficiency Improved Active Power
Decoupling Circuit with Minimized Implementation Cost
Yi Tang, Frede Blaabjerg; Aalborg University, Denmark
14:50-15:10
TS8.28.5 One-Cycle Control of a Delta-Connected
Cascade H Bridge Rectifier
Shaodi Ouyang, Jinjun Liu, Xinyu Wang, Fei
Meng; Xi’an Jiaotong University, China
15:10-15:30
TS8.28.6 Active DC-Link Circuit for Single-Phase
Diode Rectifier System with Small Capacitance
Hojoon Shin, Jung-Ik Ha; Seoul National
University, Rep. of Korea
100
IEEE PEAC’ 2014
13:30-14:50
TS8-29: LED Lighting
MEETING ROOM 4
SESSION CHAIRS:
Dianguo Xu, Harbin Institute of Technology, China
Weiping Zhang, North China University of Technology, China
13:30-13:50
TS8.29.1 A Single-Stage Electrolytic CapacitorLess AC/DC LED Driver
Yiwen Zhang, Ke Jin; Nanjing University of
Aeronautics and Astronautics, China
13:50-14:10
TS8.29.2 Multiple LED Strings with Capacitor Current Balancing and Auto-restart Function
Weiqiang Zhang, Lizhi Xu, Weiyi Feng;
Delta Electronics (Shanghai) Co., Ltd, China
14:10-14:30
TS8.29.3 A Novel HPS and LED Compatible Driver
with Flexible Resonant Tank
Jin Hu, Zhengyu Lu, Huipin Lin, Fengwu
Zhou; Zhejiang University, China
14:30-14:50
TS8.29.4 High Efficiency Quasi-Two-Stage Converter with Current Balancing for MultiChannel LED Drive Based on AC Bus
Rongrong Zhao1, Zunbiao Zheng2, Junming
Zhang1; 1Zhejiang University, China; 2Hangzhou Silan Microelectronics Co.,Ltd., China
IEEE PEAC’ 2014
101
SATURDAY
13:50-14:10
TS8.28.2 Study on the Four Quadrants Operation
of ITER Poloidal Field Converter System
H.W. Yuan, L.S. Huang, P. Fu, G. Gao, Z.Q.
Song; Chinese Academy of Science, China
SATURDAY
13:30-13:50
TS8.30.1 Design of High Efficiency Power Amplifier for Parametric Array Transducer using Variable Power Supply
In-Dong Kim1, Jin-Young Kim1, Seung-Soo
Choi1, Wonkyu Moon2; 1Pukyong Nat. University, Rep. of Korea; 2POSTECH, Rep. of
Korea
13:50-14:10
TS8.30.2 A Low Harmonic Double Star Rectifier
with Current Injection at DC Side
Jingfang Wang, Shiyan Yang, Wei Yang,
Yuan Li; Harbin Institute of Technology,
China
14:10-14:30
TS8.30.3 Research on Two-channel Interleaved
Two-stage Paralleled Buck DC-DC Converter for Plasma Cutting Power Supply
Xi-jun Yang1, Hao Qu1, Chen Yao1, Ning-yun
Zhang1, Hou-jun Tang1, Quan Chen2, Frede
Blaabjerg3; 1Shanghai Jiao Tong University,
China; 2Anhui University, China; 3Aalborg
University, Denmark
14:30-14:50
TS8.30.4 Design Considerations of Maximum Energy Harvesting and Voltage Control from
High Voltage Power Cables
Rui Wang, Zhibo Wang, Jin Du, Jiande Wu,
Xiangning He; Zhejiang University, China
102
IEEE PEAC’ 2014
14:50-15:10
TS8.30.5 Research of Soft Switching Arc Welding
Inverter Power Supply with Highfrequency and High-power
Junpeng Ji1, Xueli Hu1, Zhiguang Hua1, Lei
Guo2, Guang Zeng1; 1Xi’an University of
Technology, China; 2Economic and Technology Research Institute of Shaanxi Power
Company of State Grid, China
13:30-15:30
TS8-31: Soft-switching DC/DC Converter
MEETING ROOM 6
SESSION CHAIRS:
Eiji Hiraki, Okayama University, Japan
Ke Jin, Nanjing University of Aeronautics and Astronautics, China
13:30-13:50
TS8.31.1 Research of a Full Digital-Controlled
240W AC/DC Converter
Shan Yu1, Yundan Pan1, Zhiwang Xu2,
Jiqing Dong1; 1Fuzhou University, China;
2
Fujian Raynen Technology Co., Ltd., China
13:50-14:10
TS8.31.2 A New Interleaved Flyback Converter
Based on Hysteretic Control
Jinbiao Liu, Jinbin Zhao, Keqing Qu, Fen Li,
Wei Cao; Shanghai University of Electric
Power, China
14:10-14:30
TS8.31.3 A Isolated Soft-Switching DC-DC Converter with High-Step-Down Conversion
Cailing Huo, Jinbin Zhao, Keqing Qu, Fen Li;
Shanghai University of Electric Power, China
IEEE PEAC’ 2014
103
SATURDAY
13:30-15:10
TS8-30: Special Power Supply-1
MEETING ROOM 5
SESSION CHAIRS:
Xuejun Pei, Huazhong University of Science and
Technology, China
Daqing Gao, Institute of Modern Physics, China
SATURDAY
14:50-15:10
TS8.31.5 An Active Snubber Cell for N-Phase Interleaved DC-DC Converters
River Tin-Ho Li1, Carl N. M. Ho2; 1ABB
(China) Ltd., China; 2ABB Switzerland Limited, Switzerland
15:10-15:30
TS8.31.6 Analysis and Design Consideration of a
Current-Fed ZVZCS Phase-Shifted FullBridge Converter
Zhong Chen, Mengnan Li, Yang Wang; Nanjing University of Aeronautics & Astronautics, China
15:50-17:50
TS8-32: Advanced Control Method
MEETING ROOM 2
SESSION CHAIRS:
Hiroaki Yamada, Yamaguchi University, Japan
Wei Xu, Huazhong University of Science and
Technology, China
15:50-16:10
TS8.32.1 Intelligent Control of Diesel Generators
Using Gain-Scheduling Based on Online
External-Load Estimation
Christian Mai1, Kasper Jepsen1, Zhenyu
Yang1, Leif Hansen2, Kjeld K. Madsen2; 1Aalborg University, Denmark; 2DEIF A/S, Denmark
104
IEEE PEAC’ 2014
16:10-16:30
TS8.32.2 A New Hysteresis Control Buck Converter with Enhanced Feedback Ripple
Zhengguang Liu, Jinbin Zhao, Keqing Qu,
Fen Li, Wei Cao; Shanghai University of
Electric Power, China
16:30-16:50
TS8.32.3 PID Sliding Mode Control for Voltage
Regulator of Doubly Salient Electromagnetic Generator
Weili Dai, Jun Ding, Hao Tian; Hohai University, China
16:50-17:10
TS8.32.4 The Application of PWM Sliding Mode
Control in Novel Frequency Conversion
Circuit
Yi-Shu Zhu, Xu-Dong Ye; Zhejiang University, China
17:10-17:30
TS8.32.5 The Component Importance Evaluation of
Power Converter Based on Complex Network
Guiping Du, Lidan He, Junxiang Fang;
South China University of Technology,
China
17:30-17:50
TS8.32.6 Study on a Fuzzy Controller for the Balance of Capacitor Voltages of Three-Level
Boost Dc-Dc Converter
Qiqi Zhao, Yu Fang, Mingming Ma, Jun
Wang, Yong Xie; Yangzhou University,
China
IEEE PEAC’ 2014
105
SATURDAY
14:30-14:50
TS8.31.4 A Novel Soft-Switching DC-DC Converter
with High-Step-Down Conversion
Cailing Huo, Jinbin Zhao, Keqing Qu, Fen Li;
Shanghai University of Electric Power, China
15:50-17:50
TS8-34: Dual Active Bridge Converter
MEETING ROOM 4
SESSION CHAIRS:
Hao Ma, Zhejiang University, China
Yugang Yang, Liaoning Technical University,
China
15:50-16:10
TS8.33.1 Modeling and Close-loop Control Strategies of Switched Z-source Isolated Bidirectional DC-DC Converter
Xiuyi Li, Miao Zhu, Xu Cai; Shanghai Jiao
Tong University, China
15:50-16:10
TS8.34.1 A Novel Control Method Focusing on Reactive Power for A Dual Active Bridge
Converter
Jun-ichi Itoh, Hayato Higa, Tsuyoshi Nagano; Nagaoka University of Technology,
Japan
16:10-16:30
TS8.33.2 A Bi-Directional Cell Voltage Equalization
System with Implantable Modules
Patrin K. Illenberger, Briony P. Forsberg,
Tristan J. Balme, Duleepa J. Thrimawithana,
Udaya K. Madawala; The University of Auckland, New Zealand
16:30-16:50
TS8.33.3 The Universal Design Criterion of Coupled Inductor in Multiphase Interleaving
and Magnetically Integrated Bidirectional
DC/DC Converter
Yugang Yang, Jie Ma, Yunqiao Ma, Yufei
Zou; Liaoning Technical University, China
16:50-17:10
TS8.33.4 A New Coupled Inductors Used in Interleaving Bidirectional DC/DC Converter
Yugang Yang, Jie Ma, Jingyuan Ye,
Zhanling Han; Liaoning Technical University,
China
106
IEEE PEAC’ 2014
16:10-16:30
TS8.34.2 Analysis and Comparison Based on
Component Stress Factor of Dual Active
Bridge and Isolated Full Bridge Boost
Converters for Bidirectional Fuel Cells
Systems
Riccardo Pittini, Maria C. Mira, Zhe Zhang,
Arnold Knott, Michael A.E. Andersen; Technical University of Denmark, Denmark
16:30-16:50
TS8.34.3 A Novel Switching Strategy for Isolated
Dual-Active-bridge Converter
Kun Yan, Hui Wang, Guangzhu Wang;
Shandong University, China
16:50-17:10
TS8.34.4 Bidirectional Isolated Non-Resonant DAB
DC-DC Converter for Ultra-Wide Input
Voltage Range Applications
P. A. M. Bezerra, F. Krismer, R. M. Burkart,
J. W. Kolar; ETH Zurich, Switzerland
IEEE PEAC’ 2014
107
SATURDAY
SATURDAY
15:50-17:10
TS8-33: Bidirectional Converter
MEETING ROOM 3
SESSION CHAIRS:
Zhe Zhang, Technical University of Denmark,
Denmark
Xu Yang, Xi'an Jiaotong University, China
SATURDAY
17:30-17:50
TS8.34.6 Optimal Design of Circuit Parameters of
DAB Converter Based on Transformerless Cascaded Bidirectional Converters
Guang-lin Sha, Cong Wang, Jun Wang,
Hong Cheng; China University of Mining &
Technology(Beijing), China
15:50-17:30
TS8-35: Special Power Supply-2
MEETING ROOM 5
SESSION CHAIRS:
Xuejun Pei, Huazhong University of Science and
Technology, China
Daqing Gao, Institute of Modern Physics, China
16:30-16:50
TS8.35.3 Quick EMI Solution based on the EM field
distribution
Minchao Huang; Mickey Solution on Power
Electronics, China
16:50-17:10
TS8.35.4 Quantitative Investigation of Energy Conversion in Monolithic Cantilever-Based
Piezoelectric Energy Harvester
Shuren Wang1, Wei Jiang1, Seiji Hashimoto2; 1Yangzhou University, China; 2Gunma
University, Japan
17:10-17:30
TS8.35.5 A single-magnetic cell-to-cell battery
equalization converter
Yang Chen, Xiaofang Liu, Yangyi Cui, Shiyan Yang, Jiming Zou, Wei Yang; Harbin
Institute of Technology, China
15:50-16:10
TS8.35.1 Experimental Verification of Low-Voltage
Power Supply with 10, 000-A Pulse Output for Spark Plasma Sintering
Koji Orikawa, Jun-ichi Itoh; Nagaoka University of Technology, Japan
16:10-16:30
TS8.35.2 Design Comparison of Autonomous High
Voltage Driving System for DEAP Actuator
Lina Huang, Riccardo Pittini, Zhe Zhang,
Michael A. E. Andersen; Technical University of Denmark, Denmark
108
IEEE PEAC’ 2014
IEEE PEAC’ 2014
109
SATURDAY
17:10-17:30
TS8.34.5 Multi-level Cascaded Medium Frequency
Isolated Power Conversion System
Based on Dual Active Bridge
Ning Gao, Qiang Chen, Rui Li, Xu Cai;
Shanghai Jiao Tong University, China
Thursday
November 6th, 2014
16:30-18:00 POSTER AREA
SESSION CHAIRS:
Hao Ma, Zhejiang University, China
Qianhong Chen, Nanjing University of Aeronautics and Astronautics, China
Xiong Du, Chongqing University, China
TOPIC: Control, Modeling, Simulation, System
Stability and Reliability
P6.01
DIAGLOGE SESSION
P6.02
P6.03
110
Power Flow Analysis and Control of
Compensated UPS with Grid Voltage
Fluctuation
Xiaojun Zhao1, Mengxin Huang1, Zhaoyang
Yan1, Chunjiang Zhang1, Shiwei Li2; 1Yanshan University, China; 2SICON CHAT UNION Power Equipment Co., Ltd., China
Distributed Predictive Control of GridConnected Solar PV Generation Based
on Data-Driven Subspace Approach
Wenwen Yang1, Fuwen Yang1, Jianmin
Chen2; 1East China University of Science
and Technology, China; 2China Ship Development and Design Center, China
Stabilizing the Nonlinear Dynamic Behavior of LLC Resonance Full-Bridge DC-DC
Converter Under Voltage Mode Control
Fan Xie, Bo Zhang, Dongyuan Qiu; South
China University of Technology, China
IEEE PEAC’ 2014
P6.04
Harmonic Stability Assessment for MultiParalleled, Grid-Connected Inverters
Changwoo Yoon, Xiongfei Wang, Filipe Miguel Faria Da Silva, Claus Leth Bak, Frede
Blaabjerg; Aalborg University, Denmark
P6.05
A Resonance Suppression Method for a
Multiple Grid-connected-converter System with LCL Filter
Shulong Tan1, Geng Yang1, Hua Geng1,
Siman Ma2, Weiyang Wu2; 1Tsinghua University, China; 2Yanshan University, China
P6.06
A Novel DC Voltage Control Strategy for
Multiterminal HVDC System with Offshore Wind Farms Integration
Wenting Li1, Gang Shi1, Jing Lv1, Xu Cai1,
Naihu Li2; 1Shanghai Jiao Tong University,
China; 2ALSTOM GRID Technology Center,
China
P6.07
Study on control system of the new type
power transformer based on the PWM
rectifier and current detecting circuittle
Zhaofu Hu, Baodong Bai; Shenyang University of Technology, China
P6.08
Effects of the traction network voltage
fluctuation on the permanent magnet
synchronous traction drive system
Dong Zhao, Fei Lin, Zhongping Yang; Beijing Jiaotong University, China
P6.09
Error Analysis of Digital Control PFC
Xiaoqiang Zhang1,2, Weiping Zhang2, Boyu
Yan2, Geyang Lei2; 1Beijing Institute of Technology, China; 2North China University of
Technology, China
IEEE PEAC’ 2014
111
DIAGLOGE SESSION
Dialogue session
System-level Design and Stability Analysis of DC Microgrid
Na Zhi, Hui Zhang, Ning Li, Jiajia Yang;
Xi’an University of Technology, China
P6.11
The modeling of LiFePO4 batteries
Ting-Jung Kuo1, Wei-Li Chiu1, Chien-Kang
Huang1, Shin-Yi Lee2, Kung-Yen Lee1; 1National Taiwan University, Taiwan, China;
2
University of Taipei, Taiwan, China
DIAGLOGE SESSION
P6.12
Microgrid Secondary Frequency Control
Method Based on Life Optimization of
Energy Storage Units
Jinwei Li1,2, Jianhui Su1, Yong Shi1, Meiqin
Mao1, Xiangzhen Yang1, Ning Liu1; 1Hefei
University of Technology, China; 2Henan
University of Science and Technology,
China
P6.13
A Wavelet Based Method for Modeling
and Simulation of a SiC BJT
Xiuting Lv, Pingan Tan; Xiangtan University,
China
P6.14
Synchronizing Chaos in Memristor Based
van der Pol Oscillation Circuits
Yimin Lu, Ming Chen, Xianfeng Huang;
Guangxi University, China
P6.15
Effect of Wind Speed Probability Distribution on Lifetime of Power Semiconductors in the Wind Power Converters
Gaoxian Li1, Xiong Du1, Pengju Sun1,
Luowei Zhou1, Heng-Ming Tai2; 1Chongqing
University, China; 2University of Tulsa, USA
P6.16
112
P6.17
Simulation Analysis of Active Clamping
Circuit with Status Feedback for HVIGBTs
Ye Jiang, Ting Lu, Liqiang Yuan, Zhengming
Zhao, Fanbo He; Tsinghua University, China
TOPIC: Conversion Technologies for
Renewable Energy and Energy Saving
P6.18
DESIGN A NOVEL NINE LEVEL AC TO DC
MULTILEVEL INVERTER BASED ON
FPGA CONTROLLAR
Yong-Seng Wong1,2, Jiann-fuh Chen1, KuoBin Liu2; 1National Cheng Kung University,
Taiwan，China; 2National Synchrotron Radiation Research Center, Taiwan，China
P6.19
Analysis and Research on Design Requirements of Power Supply System in
DC Building
Chen Yang, Ling Mao, Wen-ming Chen,
Shao-jun Xie, Ling Qin; Nanjing University of
Aeronautics and Astronautics, China
P6.20
Control Strategy for Wireless Paralleled
Inverters under Nonlinear Load Conditions
Biying Ren, Heng Bai, Xiangdong Sun, Qi
Zhang, Shaoliang An; Xi’an University of
Technology, China
P6.21
Analysis of Parallel-Serial Dual Active
Bridge Converter
Jun Wang, Yu Fang, Qiqi Zhao, Peng Sun,
Zhengqun Wang; Yangzhou University,
China
Analysis and Design of Virtual ESR Circuit with Constant On Time Control
Hao Peng1, Chin Chang2; 1Contributing
Writer, USA; 2Semtech Corp., USA
IEEE PEAC’ 2014
IEEE PEAC’ 2014
113
DIAGLOGE SESSION
P6.10
DC Bus Voltage Control of large-capacity
SMES Converter
Jie Li, Hui Zhang, Jinhong Liu, Bin-han
Yang; Xi'an University of Technology, China
P6.23
A hybrid derivative feedback control for
VSG-based VSC to improve dynamic response characteristic
Fang Liu1, Xing Zhang1, Rongliang Shi1,
Haizhen Xu1, Lei Tao2; 1Hefei University of
Technology, China; 2Sungrow Power Supply
Co., Ltd., China
P6.24
DIAGLOGE SESSION
P6.25
P6.26
P6.27
114
Three Phase High Step-up Single-Stage
Flyback Converter with no Electrolytic
Capacitor
Yifeng Wang, Liang Yang, Chengshan
Wang, Zhun Meng; Tianjin University, China
Research on the Optimum Design of
Building Photovoltaic Based on the Radiation Model Evaluation on Vertical Surface in Beijing
Fen Li1, Nianjun Ma1, Jinbin Zhao1, Jinlong
Wang1, Zeqiang Bian2; 1Shanghai University
of Electric Power, China; 2China Meteorological Observation Centre, China
Adaptive Control Strategy to Enhance
Penetration of PV Power Generations in
Weak Grid
Guihua Liu, Xiaojiao Cao, Wei Wang,
Tianyuan Ma, Wei Yang, Yang Chen; Harbin
Institute of Technology, China
Active Power Decoupling Method for Isolated Micro-Inverters
Yi Liu, Meng Huang, Jianjun Sun, Xiaoming
Zha; Wuhan University, China
IEEE PEAC’ 2014
P6.28
Energy Management Based on Multiagent for Independent DC Micro-grid with
Wind solar Power
Zhiyuan Qi, Zhifeng Li; Inner Mongolia University, China
P6.29
Solid State DC Circuit Breaker for Super
Uninterruptible Power Supply
Haijin Li, Jianan Zhou, Zhaoyu Liu, Dehong
Xu; Zhejiang University, China
P6.30
Control strategy of Li-Ion Battery Module
in Super UPS
Jianan Zhou, Haijin Li, Zhaoyu Liu, Changsheng Hu, Dehong Xu; Zhejiang University,
China
P6.31
Research on the Control Strategy of
Switched Reluctance Generator System
Guojun Yu1, Yingjie Huo2, Lei Ma1, He
Cheng1, Hao Chen1; 1China University of
Mining & Technology, China; 2Lanzhou Institute of Physics & Science and Technology,
China
P6.32
Research of Moving Magnet Linear Generator for Stirling Convertor
Yingjie Huo1, An Zhang1, Xuelin Zhang1,
Chunjie Yan1, Guojun Yu1, H Chen1, Zhou
Yang2; 1Lanzhou Institute of Physics & Science and Technology, China; 2China University of Mining & Technology, China
P6.33
Resonance suppression for Large-scale
Grid-connected photovoltaic plant
Ning Xie, An Luo, Fujun Ma, Yandong Chen,
Zhiyong Chen, Zhikang Shuai; Hunan University, China
IEEE PEAC’ 2014
115
DIAGLOGE SESSION
P6.22
A Novel Hybrid Power Storage Topology
and its Power Sharing Strategy
Fengqi Chang, Zedong Zheng; Tsinghua
University, China
TOPIC: Inverter and Control: DC/AC Inverter,
Modulation and Control
P6.35
P6.36
DIAGLOGE SESSION
P6.37
P6.38
116
Optimized Design of Damped Proportional-Resonant Controllers for GridConnected Inverters through Genetic
Algorithm
Huiyong Hu1, Wei Wei1, Yonggang Peng1,
Jinyong Lei2; 1Zhejiang University, China;
2
Electric Power Research Institute of CSG,
China
Design and Analysis of the LCL Resonant
Convertor in Inductive Power Transfer
System
Jikun Zhou1, Fugang Wu1, Rong Zhang1, Xin
Dai2; 1China Academy Engineering of Physics Institute of Systems Engineering, China;
2
Chongqing University, China
Research and Application of 1140V
500KVA STATCOM Based on Three-Level
Converter
Junjie Li1, Jianguo Jiang1, Chunxiao Zhu1,
Yunlong Liu2; 1Shanghai Jiao Tong University, China; 2Jiangsu University, China
A Novel Multi-Loop Control Strategy for
PWM Converter Based on LCL Filter
Hao Zhang1, Luyang Wang1, Xingwu Yang1,
Yang Bai2; 1Shanghai University of Electric
Power, China; 2State Grid Shanghai Municipal Electric Power Company, China
IEEE PEAC’ 2014
P6.39
Suppression Scheme for the Commonmode Capacitor Voltage Fluctuations in
Modular Multilevel Converters
Binbin Li, Dandan Xu, Yi Zhang, Dianguo
Xu; Harbin Institute of Technology, China
P6.40
LC Filter Design for Wide Band Gap Device Based Adjustable Speed Drives
Casper Vadstrup, Xiongfei Wang, Frede
Blaabjerg; Aalborg University, Denmark
P6.41
Hybrid SVPWM Technique for Reduced
Torque Ripple in Permanent Magnet Synchronous Motor
Meng Wang, Jiaqiang Yang, Changsheng
Zhu; Zhejiang University, China
P6.42
High Frequency Harmonic Analysis and
Suppression of Converters Paralleled by
Multiwinding Transformer
Zezhou Yang, Shangsheng Li, Wu Nan,
Xiaoming Zha; Wuhan University, China
P6.43
Modeling and Stability Analysis of
Autonomous Microgrid Composed of
Inverters Based on Improved Droop Control
Jie Dong, Chun-Jiang Zhang, Xiao-Mai
Meng, Zhong-Nan Guo, Zhi-Zhong Kan;
Yanshan University, China
P6.44
Control Strategy Reducing Input Impedance in Two-Stage Three-Phase 3L-NPC
Photovoltaic Inverter
Zhiyuan Shen, Ke Jin; Nanjing University of
Aeronautics and Astronautics, China
IEEE PEAC’ 2014
117
DIAGLOGE SESSION
P6.34
P6.46
P6.47
DIAGLOGE SESSION
P6.48
Power Loss Comparison with Different
PWM Methods for 3L-NPC Inverter and 3L
-T Type Inverter
Hyunjin Shin1, Kwanghee Lee1, Jaeho Choi1,
Seokchan Seo2, Jingook Lee2; 1Chungbuk
National University, Rep. of Korea; 2Woojin
Industrial Systems Co. Ltd., Rep. of Korea
Improved Repetitive Control of Singlephase Three level Inverter Based on PWM
Voltage Feedback
Bing Ben, Xiu-Bei Zhang, Zhi-Zhong Kan,
Rui Zhang, Chun-Jiang Zhang; Yanshan
University, China
The FOC and DTC Scheme in a High
Power Electrically Excited Synchronous
Motor Based Flywheel Energy Storage
System
Yang Liu1, Liming Shi2, Lu Zhao2, Yaohua
Li2; 1University of Chinese Academy of Sciences, China; 2Institute of Electrical Engineering, Chinese Academy of Sciences,
China
Design of Single Phase Photovoltaic Grid
-connected Inverter Based on DSP&ARM
Feng Zhang, Jing Hui, Lei Wu; Jiangnan
University, China
TOPIC: Magnetics, Passive Integration, Magnetics for Wireless and EMI
P6.49
118
Implementation of a MOSFET-based Active Differential Mode EMI Filter in DC/DC
Converter
Yuehong Yang1, Xinli Chang2, Wenjie
Chen1, Xu Yang1; 1Xi’an Jiaotong University,
China; 2Shandong Weihai Power Supply
Company, China
IEEE PEAC’ 2014
P6.50
Analysis on Near-field Effect Caused by
Stray Magnetic Field of Integrated LLC
Transformer
Haijun Yang, Zengyi Lu; Delta Electronics
(Shanghai) Co., Ltd, China
P6.51
Planar transformer design in GaN based
LLC resonant converter
Meiting Cui, Xiaojie You, Yan Li, Mei Liang;
Beijing Jiaotong University, China
P6.52
Modeling and Simulation of Conducted
EMI for Front-end Power Supply
Qingbin Chen, Yu Zhang, Subin Lin, Wei
Chen; Fuzhou University, China
P6.53
Comparison and Optimization of High
Frequency Inductors for Critical Model
GaN Converter Operating at 1MHz
Mingkai Mu, Fred C. Lee; Virginia Tech,
USA
TOPIC: Power Devices and Applications: Si,
SiC and GaN Devices
P6.54
Performance Evaluation of SiC MOSFET,
Si CoolMOS and IGBT
Mei Liang, Trillion Q. Zheng, Yan Li; Beijing
Jiaotong University, China
P6.55
Design and Heat Transfer Research of
GaN-Based Integrated Module
Yixuan Guo, Bing Gao, Xiaoling Yu, Kangping Wang, Xu Yang; Xi’an Jiaotong University, China
P6.56
Thermal Reliability Analysis of Non-gate
Dielectric Film in IEC-GCT
Ruliang Zhang, Yong Gao, Cailin Wang,
Pengfei Yang; Xi’an University of Technology, China
IEEE PEAC’ 2014
119
DIAGLOGE SESSION
P6.45
Thermal Impedance Model of High Power
IGBT Modules Considering Heat Coupling Effects
A. S. Bahman, K. Ma, F. Blaabjerg; Aalborg
University, Denmark
P6.58
Advantage of super junction MOSFET for
power supply application
Song Chen1, Danyi Xiang1, Haining Wang1,
Keisuke Tabira2, Yasushi Niimura2; 1Fuji
Electric (China) Co., Ltd, China; 2Fuji Electric
Co., Ltd, Japan
P6.59
DIAGLOGE SESSION
P6.60
T-Type IGBT Module with New Voltage
Class Authentic RB-IGBT for DC-1000V
Solar Inverter Application
Danyi Xiang1, Mitsuhiro Kakefu2, Sawada
Mutsumi2, Masahito Otsuki2; 1Fuji Electric
(China) Co.,Ltd, China; 2Fuji Electric
Co.,Ltd., Japan
Temperature Effect on Performance and
Reliability of QR Tapped-Inductor Buck
LED Driver
Weiming Lin, QingLiang Zheng, YuZhen Xu,
Qiang Zhang; Fuzhou University, China
P6.63
A High-Efficiency Battery Charger with
Cascode Output Design
Cheng-Yan Yang1, Chao-Chun Wang1,
Huang-Jen Chiu1, Po-Jung Tseng2, Yu-Kang
Lo2, Hong-Bo Ma3; 1National Taiwan University of Science and Technology, Taiwan,
China; 2Lite-On Technology Corporation,
Taiwan, China; 3Southwest Jiaotong University, China
P6.64
A Novel Type of Ultracapacitor Electric
Scooter with EDLC Super Rapid Charging
System for Home Use
Yuya Maeyama1, Hideki Omori1, Noriyuki
Kimura1, Toshimitsu Morizane1, Mutsuo Nakaoka2; 1Osaka Institute of Technology, Japan; 2Kyungnam University, Rep. of Korea
P6.65
Design and Experimental Verification of
On-board Charger for Electric Vehicle
Rui Xu1, Wei Fang1, Xiao-dong Liu1, Yang
Liu1, Yong Hu1, Yan-fei Liu1,2; 1Anhui University of Technology, China; 2Queen’s University, Canada
P6.66
Calculation of High Frequency Bearing
Currents of PWM Inverter-Fed VF Induction Motor
Yu Wang, Zhixue Chen, W.F. Liu, Baodong
Bai; Shenyang University of Technology,
China
P6.67
High Efficiency Wide Range Bidirectional
DC/DC Converter for OBCM Application
Gang Liu1,2, Dan Li1, Minli Jia2, Jianqiu
Zhang1; 1Fudan University, China; 2Delta
Power Electronics (Shanghai) Co. Ltd, China
TOPIC: Power Electronics Applied to Electric
Vehicles and Railway Systems
P6.61
P6.62
120
Research on modeling and State of
Charge Estimation for Lithium-ion battery
Dong Sun, Xikun Chen, Yi Ruan; Shanghai
University, China
Analysis of the Startup Method for Building Up DC Voltage via Body Diode Rectifying in Dual Active Bridge Converter
Zhonghu Zhu, Yongai Zheng, Yu Fang, Pan
Xu; Yangzhou University, China
IEEE PEAC’ 2014
IEEE PEAC’ 2014
121
DIAGLOGE SESSION
P6.57
TOPIC: Switching Power Supply: DC/DC
Converter, Power Factor Correction
Converter
P6.68
Analysis of Medium-Voltage DC and AC
Supply for Klystron Accelerators at the
European Spallation Source
Johannes Voss, Hanno Stagge, Rik W. DeDoncker; RWTH Aachen University, Germany
P6.73
Operation Analysis for Buck PFC Converter in Discontinuous Capacitor Voltage
Mode
Jianbo Yang1, Al-Naemi Faris1, Weiping
Zhang2; 1Sheffield Hallam University, UK;
2
North China University of Technology,
China
P6.69
Cascade STATCOM Step Wave Optimization Based on PSO
Bo Yang1, Guang Zeng1, Yanru Zhong1,
Zhonglai Su2; 1Xi’an University of Technology, China; 2XJ ELECTRIC CO., LTD, China
P6.74
A Universal-Input High-Power-Factor LLC
Resonant Driver without Electrolytic Capacitor for PWM Dimming LED Lighting
Application
Jianbo Yang1, Al-Naemi Faris1, Weiping
Zhang2, Yuanchao Liu2, Xiaoping Chen2;
1
Sheffield Hallam University, UK; 2North
China University of Technology, China
P6.75
Study of The Mechanism of Perioddoubling Bifurcation in DCM Flyback
Converter
Ling-ling Xie, Ren-xi Gong; Guangxi University, China
P6.76
Analysis and Design of high efficiency
Quasiresonant Buck converter
Jinlong Wang, Fanghua Zhang, Jianghua
Xie, Shuai Zhang, Shuo Liu; NanJing University of Aeronautics and Astronautics,
China
P6.77
State Feedback Exact Linearization Control of Buck-Boost Converter
Ding-xin Shuai; Panzhihua University, China
DIAGLOGE SESSION
P6.70
Simulation on a Micro-grid system Based
on Superconducting Magnetic Energy
Storage
Yang Xie1, Meng Song2, Jing Shi1,
Guozhong Jiang1, Peng Geng1, Ming
Zhang1; 1Huazhong University of Science
and Technology, China; 2Yunnan Electric
Power Research Institute, China Southern
Power Grid, China
P6.71
Research on Active Harmonic Resister
Based on Repetitive Control Technique
Kai Zhang, Wanjun Lei, Cheng Nie, Yue
Wang; Xi’an jiaotong University, China
P6.72
Research of Single-carrier Modulation
Strategy for Modular Multilevel Converter
Fayun Zhou, An Luo, Qiaopo Xiong, Qianming Xu, Ning Xie; Hunan University, China
122
IEEE PEAC’ 2014
IEEE PEAC’ 2014
123
DIAGLOGE SESSION
TOPIC: Power Electronics Applied to
Transmission and Distribution
Systems
P6.79
A Digital Multimode Boost Converter with
wide range of input voltage for An Energy
Recycling Load System
Chun Fang Zheng, Xiang Min Xu, Bo Zhang,
Dong Yuan Qiu; South China University of
Technology, China
P6.80
Performance Analysis of Half Bridge
Three-level Full Bridge Bi-directional DCDC Converters
Feng Zhao, Cong Wang, Ruiqi Dong, Xiaokang Yang; China University of Mining &
Technology(Beijing), China
P6.81
DIAGLOGE SESSION
Suppressed Switching Noise DC-DC Converter Applying Improved Modulation
Scheme
Atsushi Hirota1, Saad Mekhilef2, Mutsuo
Nakaoka2,3; 1Institute of National Colleges of
Tech., Japan; 2University of Malaya, Malaysia; 3Kyungnam University, Malaysia
P6.82
P6.83
124
Design and Implementation of Interleaved
LLC Half-bridge Resonant Converters
Cherg-Huei Liang, Tsorng-Juu Liang, KaiHui Chen, Hui-Wen Liang; National Cheng
Kung University, Taiwan, China
P6.84
Research on Continuous Input Current
Push-Pull Converter with Built-In Input
Filter
Lei Zhou, Yan Li, TQ. Zheng, Mei Liang;
Beijing Jiaotong University, China
P6.85
A Flyback Converter With Multiple Ports
for Power Management in DC Distribution
Systems
Yajian Tong1, Zhenyu Shan1, Juri Jatskevich1, Chi K. Tse2; 1The University of British
Columbia, Canada; 2The Hong Kong Polytechnic University, Hong Kong, China
P6.86
An incremental fuzzy control scheme
based on ESO for plasma
Guitao Chen, Jian Dang, Qiang Sun; Xi’an
University of technology, China
P6.87
Loss Performance Analysis of an Isolated
Power Supply for Ultrafast Tracking Converters
Khiem Nguyen-Duy, Arnold Knott, Michael
A. E. Andersen; Technical University of Denmark, Denmark
P6.88
Bi-directional DC / DC Converter and its
practical Application
Yang Shen, Zhigang Zhao; Shenyang institute of engineering, China
P6.89
The Development of High-current Power
Supply system for Electrolytic Copperfoil
An Luo, Fujun Ma, Qiaobo Xiong; Hunan
University, China
The Research of New Cascade Bridgeless Multi-level Rectifier
Jian Jiao, Cong Wang; China University of
Mining & Technology(Beijing), China
High Voltage-Gain Boost DC-DC Converter with Tapped-Inductor
T-N Quang1, H-J Chiu1, Y-K Lo1, C-Y Yang1,
Hong-Bo Ma2; 1National Taiwan University of
Science and Technology, Taiwan, China;
2
Southwest Jiaotong University, China
IEEE PEAC’ 2014
IEEE PEAC’ 2014
125
DIAGLOGE SESSION
P6.78
Important Rules, Notices &
Conference Policies
Registration Cancellation & Refund
Policy
All registrations must include payment. Payment methods include credit card, online payment and bank
transfer. Please do not send cash.
The PEAC Tutorial Workbook will send to related by Email after the conference.
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PEAC
Rules For Non-Exhibitors
Registrations must be submitted by November 1st,
after November 1st you have to register on-site.
All requests for cancellation and refund of registration
fees must be received in writing at the PEAC offices no
later than the close of business October 20, 2014. All
refunds will be processed after the conclusion of the
conference and will be subject to a $50.00 processing
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conference, any Proceedings, Seminars on USB or
other materials to which you are entitled will be shipped
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Conference Policies
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wear your badge at all times so that you will not be
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people or organizations not participating in the Exposition is prohibited.
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materials not in compliance with this policy.
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Exhibitors may only distribute commercial materials in
their booth. PEAC reserves the right to remove without
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127
Important Rules, Notices &
Conference Policies
Accepted credit cards: Master Card, Visa, American
Express and JCB.
No Recruiting! No Recruiters!
IEEE Policy #10.1.24 prohibits recruiting at IEEE sponsored conferences. Consequently, recruiters and recruiting advertisements will not be permitted in the
PEAC 2014 hotel space, meeting facilities or Exhibit
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Information Provided During Registration
Contact information, which includes your name, affiliation, and mailing address, will be provided upon request to any Exhibitor participating in the PEAC 2014
Exposition.
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leased or provided to any other person or organization
except as described above.
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Important Rules, Notices &
Conference Policies
Important Rules, Notices &
Conference Policies
Information Provided Other Than Through Registration
Conference registrants will have their names and contact information, including name, affiliation, and mailing
address provided to the exhibitors and media partners
in the PEAC for which they register. Registering for
PEAC gives permission for your name and contact
128
IEEE PEAC’ 2014
IEEE PEAC’ 2014
129
Exhibitor Description
Booth No.: 104
AS OF 5/10/2014
Delta Electronics, Inc.
Exhibitor
Delta Electronics, Inc.
104
Dongguan Teamwise electronic Co., Ltd.
114
EACO Capacitor Inc.
118
Fuji Electric (China) Co., Ltd.
106
MacMic Science & Technology Holding Co., Ltd.
115
Magnetics International, Division of Spang CM
103
Ltd.
EXHIBITOR DESCRIPTION
MITSUBISHI ELECTRIC
(SHANGHAI) CO., LTD.
&
ELECTRONICS
105
NISTRONICS (JIANGXI) CO., LTD.
102
NORWE Inc.
112
Parametric Technology (Shanghai) Software
Co., Ltd.
117
SHANGHAI EAGTOP ELECTRONIC TECHOLOGY CO., LTD.
101
Shenzhen Inovance Technology Co., Ltd.
110
Shenzhen POCO Magnetic Co., Ltd.
113
Sungrow Power Supply Co., Ltd.
107
U-con Capacitors Technologies Co., Ltd.
116
Xiamen Kehua Hengsheng Co., Ltd.
108
Yangzhou Kaipu Electronics Co., Ltd.
111
Zhejiang KeDa Magnetoelectricity Co., Ltd.
109
130
IEEE PEAC’ 2014
Address: No. 7 building, 6th courtyard, Beichen East
Rd., Chaoyang Dist., Beijing
Postcode: 100105
Tel: +86-10-82253225 ext 6050
Fax: +86-10-82251360
E-mail: [email protected]
Website: www.delta-china.com.cn
Delta Group, founded in 1971, is a global leader in
power and thermal management solutions and is a
provider with world-class stature in several product
segments. Our mission statement, “To provide innovative, clean and energy-efficient solutions for a better
tomorrow,” focuses our role in addressing key environmental issues such as global climate change. As an
energy-saving solutions provider with core competencies in power electronics and in innovative research
and development, Delta's businesses encompass
Power Electronics, Energy Management, and Smart
Green Life. Delta has sales offices worldwide with
manufacturing facilities and R&D centers in China, Taiwan, USA, Europe, Thailand, Japan, Singapore, India,
Mexico and Brazil.
Throughout its history, Delta Group has received many
global awards and recognition for its business milestones, innovative technology and corporate social
responsibility. Since 2011, Delta has been selected as
a member of the prestigious Dow Jones Sustainability™ World Index (DJSI World) for 4 consecutive years.
In 2014, it was also included in the DJSI Emerging
Markets Index for the 2nd consecutive year and ranked
first in five criteria among DJSI’s World-leading Electronic Equipment, Instrument and Component Companies sector.
IEEE PEAC’ 2014
131
EXHIBITOR DESCRIPTION
Booth
NO.
Booth No.: 118
Dongguan Teamwise electronic Co., Ltd.
EACO Capacitor Inc.
Address: No.1 Ao Bei Road, Cross Xiang Xin West
Road, YanTian, FengGang Dongguan
Postcode: 523700
Tel: +86-769-87773505
Fax: +86-769-87512476
E-mail: [email protected]
Website: www.teamwisepower.com
Address: TianfulaiInt’I Industrial City Shunde, Guangdong, China
Postcode: 528305
Tel: +86-757-22301650
Fax: +86-757-22301658
E-mail: [email protected]
Website: www.eaco.com
TEAMWISE is an asian electrical / electronic contract
manufacturer providing complete turnkey box build
services to OEM companies. With a focus on power
conversion products, we manufacture mechanical assemblies, PCB assemblies, magnetic and switching
mode power supply product for global customer base.
Our customers serve a diverse market base including
IT, telecommunications, industrial, medical and computer Storage Systems.
EACO specializes in design and manufacture of power
electronic capacitors, and is always at the forefront of
industrial type metalized film capacitor field. We have
powerful design ability, fast delivery time, and competitive price; what’s more, we can offer engineers feasible
solution in different ways.
We are ISO9001, ISO14001 and ISO13485 certified to
supply the customer with perfect products and services
to their total satisfaction. Our manufacturing capabilities include SMT and wave soldering under nitrogen,
ICT (In-circuit test), AOI (Auto optical inspection), auto
insertion, functional testing, safety testing (hi-pot,
ground continuity test), ultrasonic welding, conformal
coating, burn-in testing and ATE. Production process
flow is specialized for high mixing, low Volume production with lean manufacturing philosophy. Our engineering capabilities include but not limited to concurrent
engineering, design assistance, sourcing and evaluate
alternatives materials.
132
IEEE PEAC’ 2014
EXHIBITOR DESCRIPTION
EXHIBITOR DESCRIPTION
Booth No.: 114
IEEE PEAC’ 2014
133
Booth No.: 106
Address: F27, International Corporate City, No.3000
Zhongshan North Road, Shanghai
Postcode: 200063
Tel: +86-21-54961177
Fax: +86-21-54960189
E-mail: [email protected]
Website: www.fujielectric.com.cn
EXHIBITOR DESCRIPTION
As an electronic device manufacturer, Fuji Electric operate globally in three business fields: semiconductor
devices (IGBT, MOSFET, Diode), storage devices
(magnetic disk), imaging devices ( photoconductive
drums). In our respective business areas, we offer the
world’s foremost products and services, aiming to become the company of choice for our customers.
134
IEEE PEAC’ 2014
MacMic Science & Technology Holding Co.,
Ltd.
Address: No.18 Huashan Zhong Rd., Changzhou City,
Jiangsu Province, China
Postcode: 213022
Tel: +86-519-85166088
Fax: +86-519-85162291
E-mail: [email protected]
Website: www.macmicst.com
MacMic Science & Technology Holding Co., Ltd. is a
national key high-tech company consisting of scientists
and engineers with expertise of power electronics and
engaged in development and production of power
semiconductor products at home and abroad. MacMic
focuses on high technology, high efficiency and high
reliability. MacMic is awarded as National Hi-tech Industrialization Demonstration Base by NDRC and authorized as a Drafter of National Standard for IGBT and
FRD. MacMic designs, manufactures, and marketing of
new type of power semiconductor devices and their
modules i.e. IGBT, MOSFET, FRED chips and discrete,
standard modules and custom specific power modules.
Our well-equipped manufacture and testing facilities
and our skilled workers enable us to supply high quality
and reliability products. Our fast and flexible ability to
meet customer’s demands highlights our business
uniqueness as a great value to customer’s competitive
advantages. MacMic products have been widely used
in applications such as SMPS, Uninterrupted Power
Supply, Motor Dirver, Welding Machine, Induction Heating, Solar Inverter, Wind-power Inverter, and Electric
Vehicle etc.
IEEE PEAC’ 2014
135
EXHIBITOR DESCRIPTION
Fuji Electric (China) Co., Ltd.
Booth No.: 115
Booth No.: 105
Magnetics International, Division of Spang CM
Ltd.
MITSUBISHI ELECTRIC
(SHANGHAI) CO., LTD.
Address: 13F, No. 1-3 Chatham Road South, Tsim Sha
Tsui, Kowloon, Hong Kong
Tel: +852-31029337
Fax: +852-35851482
E-mail: [email protected]
Website: www.mag-inc.com.cn
Address: 29/F., ShanghaiMaxdo Centre No.8, XingYi
Road, ChangNing, Shanghai
Postcode: 200336
Tel: +86-21-52082030
Fax: +86-21-52081502
Website: www.mitsubishielectric-mesh.com
Magnetics® is a leading world supplier of precision soft
magnetic components and materials to the electronics
industry. We specialize in research, design, and production of a broad range of high-quality powder cores,
ferrite cores, and strip wound cores for applications
such as chokes, inductors, power factor correction circuits (PFC), filters, transformers, and power supply
components for use in alternative energy, telecommunications, aerospace, automotive, military, computer,
medical, and other electronics systems.
Mitsubishi Electric & Electronics (Shanghai) Co., Ltd. Is
a comprehensive sales company based on electric,
electronic and systematic technologies. We aim at advancing Chinese culture and establishing a new era of
electric products. With our advanced technology and
extraordinary creativity, we endeavor to help with industrial development and make our society more prosperous.
Magnetics is entering the next generation of powder
alloy materials with the introduction of AmoFlux® amorphous powder cores. This alloy starts with low core
loss amorphous ribbon that is pulverized into powder
and then pressed into a toroid. By converting the amorphous ribbon into a powder form, the resulting AmoFlux
cores have the same excellent properties, including
soft saturation, as Magnetics other powder core materials: Kool Mu, MPP, High Flux, and XFlux. What makes
this amorphous powder core material unique is the
combination of low core loss and high DC bias.
AmoFlux is a new distributed gap material ideal for
power factor correction (PFC) and various types of
output chokes. These attributes make AmoFlux an excellent choice for inductors in computer, server, and
industrial power supplies that require maximum efficiency at high DC currents.
136
IEEE PEAC’ 2014
&
ELECTRONICS
At the beginning of the new millennium, through advanced technology and years of experience, we spare
no effort to improve the quality of people’s lives and
look forward to a prosperous future.
EXHIBITOR DESCRIPTION
EXHIBITOR DESCRIPTION
Booth No.: 103
IEEE PEAC’ 2014
137
Booth No.: 102
NISTRONICS (JIANGXI) CO., LTD.
NORWE Inc.
Address: No. 705 Yichun Road Yichun EconomicTechnological Development Area, Jiangxi
Province, China
Postcode: 336000
Tel: +86-795-3668787
Fax: +86-795-3668383
E-mail: [email protected]
Website: www.nistronics.cn
Address: P.O. Box 2511 - N. Canton, OH 44720-0511 USA
Tel: +1-330-4978113
Fax: +1-330-3050592
E-mail: [email protected]
Website: www.norwe.com
Nistronics (Jiangxi) Co., Ltd. (hereinafter referred to as
the Nistronics, its predecessor of Yichun Nistronics
Co., Ltd.) located in Yichun economic development
zone, is a sino-foreign joint venture specializing in the
production of organic film capacitor.
The technical characteristics of Nistronics product is
energy-saving, environmental protection, high heat
resistance, high insulation, high stability, low loss,
miniature size, Products of high temperature resistant
is the domestic leading position. High temperature resistant metallized polyester film capacitors and technology development projects won the first prize of science
and technology progress prize in Yichun city , third
prize of science and technology progress prize in Jiangxi province, the national key new product projects,
etc. In 2010 Nistronics obtained a patent technology metallized film capacitor utility model patents; In 2011
got certification of using right of marks with CQC/CE/
VDE/UL/CSA, title of "outstanding non-public enterprises in Jiangxi province"; In 2012 was named the
national high technology enterprise.
For over 50 years NORWE is an European Manufacturer of Standardand Custom designed thermoplastic
Bobbins for Ferrite Cores & Metric Transformer Laminations, Components for SMD and PLANAR Technology, Potting Boxes for Toroidal Cores, Safety-Class
bobbins and Accessories. All Products comply with the
RoHS Directive 2002/95/EC (Lead-Free). The company
is certified according to EN ISO 9001:2008, to DIN EN
ISO 14001:2009 and to UL 746D.
Nistronics product positioning in the high quality, high
requirements of world-class customers, products are
widely used in household electric appliance, laptop
computers, energy saving, ballast, automotive electronics, instruments ,industry power supply and other
fields, For Haier /Sharp /Panasonic /Toshiba /
Skyworth /Konka /Sunshine and so on well-known enterprises supporting product.
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EXHIBITOR DESCRIPTION
EXHIBITOR DESCRIPTION
Booth No.: 112
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Booth No.: 117
Booth No.: 101
Parametric Technology (Shanghai) Software
Co., Ltd.
SHANGHAI EAGTOP ELECTRONIC TECHOLOGY CO., LTD.
Address: 10F, ONELUJIAZUI, No.68 YinchengZhong
Road, Pudong, Shanghai
Postcode: 200120
Tel: +86-21-61060606
Fax: +86-21-61060400
E-mail: [email protected]
Website: www.ptc.com
Address: NO.258 Tangming Road, Shihudang Industrial Park Songjiang District Shanghai, China
Postcode: 201617
Tel: +86-21-57842298
Fax: +86-21-57847517
E-mail: [email protected]
Website: www.eagtop.com
PTC (Nasdaq: PTC) enables manufacturers to achieve
product and service advantage in the age of the Internet of Things. Our technology enabled solutions transform the way manufacturers create, operate and service their products.
EAGTOP is specialized in researching, developing and
producing Passive Power Electronics Devices. The
main products include Film Capacitor, Laminated BusBar, liquid Cold Plates, Reactor, Resistor, Braking Unit,
EMC Filter. Eagtop was authenticated by ISO9001:
2008, ISO/TS16949-2009.
Today, PTC works with more than 28,000 businesses
around the world to help them design and service products in rapidly-evolving, globally distributed manufacturing industries, including industrial equipment, automotive, high tech and electronics, aerospace and defense, retail, consumer, and medical devices. By partnering with PTC, you can cultivate and exploit your
best product ideas from concept and engineering
through delivery and service.
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IEEE PEAC’ 2014
EAGTOP is constantly devoted to creating and developing new products, providing our customers with competitive and reliable solutions to their electronic passive
device problems in various fields such as Industrial
Drive, New Energy, Railway Transportation as well as
Power Quality and so on. With customer-orientation as
our core value, we never stop to understand customer’s requirements and try hard to make research
together with our customers. Besides, we always attach great importance to the user experience of our
products so as to bring the greatest value to our customers.
EXHIBITOR DESCRIPTION
EXHIBITOR DESCRIPTION
PTC solutions for Product Lifecycle Management
(PLM), Computer Aided Design (CAD), Application
Lifecycle Management (ALM), Supply Chain Management (SCM) and Service Lifecycle Management (SLM)
enable process transformation by empowering you to
aggregate, analyze, and deploy product information to
drive the strategy and dynamic decision-making processes on which your success depends. Our solutions
help you optimize the activities within individual functions of your organization, and align them across your
entire enterprise: from engineering to supply chain and
manufacturing, and sales and service.
IEEE PEAC’ 2014
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Booth No.: 110
Booth No.: 113
Shenzhen Inovance Technology Co., Ltd.
Shenzhen POCO Magnetic Co., Ltd.
Address: Block E, Hongwei Industry Park, Liuxian
Road, Baocheng No.70 Zone, Bao'an District, Shenzhen
Postcode: 415000
Tel: +86-755-29799595
Fax: +86-755-29799579
Website: www.inovance.cn
Address: 3/F BLK 2, 28, Langshan Road, Northern
District of High Tech. Industry Park, SZ, PRC.
Postcode: 518052
Tel: +86-755-26654881
Fax: +86-755-29574277
E-mail: [email protected]
Website: www.pocomagnetic.com
Shenzhen Inovance Technology Co., Ltd. is a public
company (Stock code: 300124) which focuses on R &
D, manufacture and sales of industrial automation control products, aiming to serve high-end equipment
manufacturers.
POCO Magnetic establish a complete platform of core
service, we offer a customer-centric one-stop service
for costumer from manufacture, sales, design solutions, and supply devices for special inductor on the
basis of the mastered core technology and appliance of
metal magnetic powder core. We entirely solve the
problem of costs, efficiency and space optimization for
costumers.
EXHIBITOR DESCRIPTION
In order to coordinate the rapid growth customer demand, Huizhou POCO Magnetic Co., Ltd. POCO’s
wholly owned subsidiary, was established in 2010 as a
powder core production base. Huizhou POCO owns an
independent industrial area which is approximately 80,
000 square meters in the center part of Pearl River
delta industrial transfer park. It is one of the first batch
high-tech enterprises be introduced by Huidong government. With current building area of 10, 000 square
meters, Huizhou POCO is preparing the second stage
of expansion plans, in order to providing stronger protection for our customers’ capacity expansion and fast
delivery.
EXHIBITOR DESCRIPTION
Inovance products include low-voltage inverters, integrated and special drivers, servo systems, PLCs and
HMIs, etc. With strong R & D capabilities, we have
established a leading position among all domestic companies in the industry since our establishment in 2003.
We are now providing not only general but also customized products and solutions for our customers.
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143
Booth No.: 107
Sungrow Power Supply Co., Ltd.
U-con Capacitors Technologies Co., Ltd.
Address: No. 1699 Xiyou Rd., New & High Technology
Industrial Development Zone, Hefei, P. R.
China
Postcode: 230088
Tel: +86-551-65327878
Fax: +86-551-65327800
E-mail: [email protected]
Website: www.sungrowpower.com
Address: Pujing HuaMao Industry No. 462 Xiang Shan
Road, 3th Industry Area, LuoTian SongGang
Street, BaoAn Area, ShenZhen City
Postcode: 518105
Tel: +86-755-88210160 ext 828 13631620713
Fax: +86-755-88210211
E-mail: [email protected]
Website: www.szucon.com
Sungrow specializes in research, development, marketing and sales of power components for renewable
energy, especially solar and wind power. We provide
PV inverters, wind power converters,and relevant services. Sungrow is Asia’s largest PV inverter and leading wind converter manufacturer from China.
U-CON Capacitors Technologies Co., Ltd is one of the
leading Aluminum Electrolytic Capacitors manufacturers and suppliers in China. Since our establishment in
2003, U-CON has never stopped making contribution
towards the industrial Automation field. U-CON core
products Screw terminal type and Snap-in type Aluminum Electrolytic Capacitors widely used in field of AC
drive, UPS and EPS, Solar inverter, Welding machine…
Founded in 1997, Sungrow has stuck to “market demand & innovation driving development” strategy and
constructed a leading innovation platform among the
industry. Also, the company has conducted more than
10 national level R&D projects and drafted many national standards.
Our products have been successfully used in many
important PV and wind power projects in China. And
also our products have been applied to more than 40
countries in Germany, Australia, America and so on.
Enterprise Value of U-CON:
Mastering core technology, creating worldwide firstclass energy-saving components, making much more
contribution to energy-saving!
So far, we have won many honorary titles such as National Key New Products, 1st Prize of National Energy
Science & Technology Progression and so on, making
Sungrow one of the front rank in the global industry.
EXHIBITOR DESCRIPTION
EXHIBITOR DESCRIPTION
Booth No.: 116
In line with the Sungrow’s mission of “Green and Effective”, we will enhance the existing PV and wind power
business in future. We would increase our customers’
satisfaction and strive to become one of the world’s first
-class and prestigious enterprises.
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145
Booth No.: 108
Booth No.: 111
Xiamen Kehua Hengsheng Co., Ltd.
Yangzhou Kaipu Electronics Co., Ltd.
Address: Malong Rd NO.457, Torch Park Ridge, Torch
Hi-Tech District, Xiamen City, Fujian Province.
Postcode: 361000
Tel: +86-592-5160516
Fax: +86-592-5162166
Website: www.kehua.com/about.php
Address: Gaoyou town industrial zone, Yangzhou, Jiangsu, China
Postcode: 225600
Tel: +86-514-84540069
Fax: +86-514-84540883
E-mail: [email protected]
Website: www.yzkprdz.com.cn
Kehua Group, as a leading UPS supplier, which was
founded in 1988, since 1998 our products have been
exported to Asia, Europe, America, and Africa etc.
Yangzhou Kaipu Electronics Co., Ltd. is a processional
high-tech enterprises which is specialized in manufacturing and researchingfilm capacitors. Our company
not only has the most advanced manufacture and test
equipments but also own the strong technology center
and engineering technology research center.
Now we can supply more than one million units UPS
per year. In addition, our sales turnover ranked the first
among all UPS brands in China except for the three
world well-known UPS brands.
More information: www.kehua.com.
The company constructs and operates effectively fully
in accordance with the ISO9001: 2008 and TS16949:
2009 standard system. All the reference standards of
our products are IEC61071 and IEC 60068. We develop the high reliability power electronic film capacitors innovatively, obtain the prizes in province high and
new technology products (3 items), prizes of China
power supply society and Yangzhou science and technology progress prize, etc by cooperating with high
educational institutions with independent intellectual
property rights of national invention patent technology
(5 items). Series products have obtained certificates
through professional institutions.
EXHIBITOR DESCRIPTION
Kaipu will take the market demand and customer personalized set as the research direction, with the stable
quality, high reliability and first-class service as the
backing to become a top suppliers of first-class enterprises.
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EXHIBITOR DESCRIPTION
Kehua set up their new production base of 100, 000
square meters, in which there are more than 30, 000
square meters standard workshop, 6 modern production lines, an advanced UPS EMC testing center and 3
R & D centers.
Note:
Booth No.: 109
Zhejiang KeDa Magnetoelectricity Co., Ltd.
Address: No. 525 Quyuan North Road, Wukang Town,
Deqing county, Zhejiang Prov, China
Postcode: 313200
Tel: +86-572-8085881
Fax: +86-572-8085880
E-mail: [email protected]
Website: www.kdm-mag.com
EXHIBITOR DESCRIPTION
EXHIBITOR DESCRIPTION
KDM was found in Sep. 2000 and located in the north
of Hangzhou China and only 150km away from Shanghai. KDM is a professional magnetic powder core products manufacturer in China. The company achieved the
ISO9001: 2000 and ISO14001: 2004 management
systems and all products meet the RoHS requirement.
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Student Travel Fund List
In order to encourage students majoring in power electronics or related fields to attend IEEE PEAC' 2014,
IEEE PEAC' 2014 offers financial support to domestic
and overseas students covering their partly travel fees.
The fund recipients are as follows.
Junke Wu, Chongqing University
Lijuan Xiang, Chongqing University
Le-Yang Yan, Tsinghua University
Shude Yang, Xi’an University of Technology
Overseas Students: (500 USD Each)
Zezhou Yang, Wuhan University
Cheol-Ju Bae, Yeungnam University, Rep. of Korea
Shoujian Yang, Tongji University
Pedro Martins Bezerra, Swiss Federal Institute of
Technology Zurich, Switzerland
Riccardo Pittini, Technical University of Denmark,
Chen Yang, Harbin Institute of Technology
Boping Yang, Zhejiang University
Shi Yong, Hefei University of technology
Hui Yu, Huazhong University of Science and Technology
Denmark
Kewei Shi, Kyushu University, Japan
Hao Zhai, Xi'an Jiaotong University
Johannes Voss, RWTH Aachen University, Germany
Feng Zhang, Jiangnan University
Jie Zhang, Fuzhou University
Domestic students: (1000 RMB Each)
Hao Zhang, Shanghai University of Electric Power
Feng Zhao, China University of Mining & Technology
Liang Biao, Wuhan University of Technology
(Beijing)
Hui Chen, Zhejiang University
Hui Zhou, Wuhan University
Yenan Chen, Zhejiang University
Jianan Zhou, Zhejiang University
Yan Hong, Fudan University
Minghua Zhu, Xi'an Jiaotong University
Jia Hou, Nanjing University of Aeronautics and Astro-
Shenjian Zou, Zhejiang University
nautics
Gaoxian Li, Chongqing University
Yuan Li, Harbin Institute of Technology
Haijin Li, Zhejiang University
STUDENT TRAVEL FUND
LIST
Jie Ma, Liaoning Technical University
Xiao Qiang, Zhejiang University
All students in this list can collect the Travel Fund in
cash at the registration reception on 6th-7th Nov. with
the items as below,
1. Printed Notification of Student Travel Fund.
2. The original Student Certificate uploaded for applica-
Wei Qin, Zhejiang University
Rongliang Shi, Hefei University of Technology
Shiming Tan, Zhejiang University
Liping Wang, Xi'an University of Technology
150
Collect the fund:
IEEE PEAC’ 2014
tion.
3. Submit photocopies of your Identification (domestic
student) or passport (overseas student).
IEEE PEAC’ 2014
151
STUDENT TRAVEL FUND
LIST
Binbin Li, Harbin Institute of Technology (HIT)
NOTE
Note:
152
IEEE PEAC’ 2014
1
Appendix-1
IEEE PEAC’2014 Program-at-a-Glance
TIME
Wednesday
Nov.5, 2014
Thursday
Nov.6, 2014
Friday
Nov.7, 2014
Saturday
Nov.8, 2014
Speaker Breakfast
Speaker
Breakfast
6:30
7:00
7:30
8:00AM
Opening
Ceremony
8:30AM
9:00AM
Plenary
Session-1
9:30AM
10:00AM
10:30AM
Tutorial
1,2,3,4
11:00AM
Technical
Session7-1,
2, 3, 4
Industry
Session7-1
Technical
Session8-17,
18,19,20,21
Coffee Break
Coffee Break
Technical
Session7-5,6
,7,8
Industry
Session7-2
Technical
Session8-22,
23,24,25,26
Coffee Break
Plenary
Session-2
11:30AM
Exhibition
12:00PM
12:30PM
Lunch
Lunch
Lunch
1:00PM
Lunch
Exhibition
1:30PM
Plenary
Session-3
2:00PM
2:30PM
Coffee Break
3:00PM
3:30PM
Tutorial
5,6,7,8
Plenary
Session-4
4:00PM
4:30PM
Dialogue
Session
5:00PM
Technical
Session7-9,
10,11,12
Special
Session7-1
Technical
Session8-27,
28,29,30,31
Coffee Break
Coffee Break
Technical
Session7-13,
14,15,16
Special
Session7-2
Technical
Session8-32,
33,34,35
5:30PM
6:00PM
6:30PM
7:00PM
7:30PM
Welcome
Reception &
Exhibition
Dinner
Banquette
Dinner
POSTER AREA
MEETING
ROOM 6
DINNING ARAE A
DINNING ARAE B
MEETING MEETING MEETING MEETING MEETING
ROOM 1 ROOM 2 ROOM 3 ROOM 4 ROOM 5
GRAND BALLROOM
Plenary Session 6th Nov.
Banquent 7th Nov. 18: 00- 20: 00
Exhibition Booth
Appendix-2
Conference Hotle Floor Plan
WINTER GARDEN
Welcome Reception 5th Nov. 18: 00- 20: 00
Exhibition 5th- 7th Nov.
Coffee Break 6th Nov.
Entrance A
Exhibition Booth
Hotel
Gate
HOTEL LOBBY
Exhibition Booth
Registration
Reception
Entrance B