Li Wu, PhD 512-***-****

Li Wu, PhD

***** ***** ****,

Pflugerville, Texas, 78660

Tel: 512-***-****(C)

E-mail:acu93s@r.postjobfree.com

SUMMARY OF QUALIFICATIONS

• Knowledgeable and experienced in performing various ERCOT System-Wide studies with various tools such as Power World, PSS/E, and EMS. Extensive experience in Solving any kind of real-time Voltage/Frequency related issues.

•Solid theoretical and real world experience with all kinds of distributed resource including Wind Power, Solar and Fuel Cell.

•Experienced in anticipating potential issues and setting up criteria for renewable resource interconnection within ERCOT system.

• Knowledgeable and experienced in developing control strategy to enhance the stability of wind power system; simulation and analysis of wind power system, micro-grid system;

• Extensive experience in power system stabilization, Doubly-fed Asynchronous Machine, Permanent Magnet Synchronous Generator, fuzzy control, PSCAD (Power System Computer Aided Design) software, EMTP (Electro-magnetic Transient Program), Matlab Language, C Language, Programmable Logic Controller, Electrical Management System, Power World and PSSE;

• Solid academic background and broad industrial knowledge in Electrical Engineering;

• Able to handle multiple assignments under high pressure and consistently meet tight deadlines;

• Excellent written, oral and interpersonal communication skills;

• Speak, read and write Japanese, Mandarin and English fluently;

• Self-motivated, organized, talented, a good team player;

• Independent, cooperative, always taking the responsibilities of what has been done;

• Strict, vigorous and resolute.

EDUCATION

Ph.D., Electrical and Electronics Engineering

National Kitami Institute of Technology, Hokkaido, Japan Doctoral Dissertation: Wind Generator Stabilization with Doubly-fed Asynchronous Machine

2005

M.S., Electrical and Electronics Engineering

National Kitami Institute of Technology, Hokkaido, Japan 2002

M.S., Computer Control and Its Application

Wuhan University of Science and Technology, China

2002

B.S., Computer Control and Its Application

Wuhan University of Science and Technology, China

1998

Li Wu, PhD 512-***-****

Li Wu, PhD

PROFESSIONAL EXPERIENCE

10/2013-present, Operation Engineer

Electrical Reliability Council of Texas, Taylor, Texas

Independently performing various kind of ERCOT system wide studies including Voltage Profile Study, Special Protection Scheme Study, Congestion Management Plan Study.

Independently reviewing Reactive Power Test, AVR test.

Developed procedures of AVR test, updated procedures of Voltage Profiles Studies.

Training Engineer Development Program graduate

09/2010-11/2011 Assistant professor, Principal Teacher of the Alternative Energy Program Schenectady County Community College, New York, USA

•Teaching renewable energy classes, such as Introduction to Wind Power, Introduction to Solar Power technology, Introduction to Storage Battery, Introduction to Fuel Cell Technology, Programmable Logic Controller, Power Generation, Electrical Circuits

•Helping GE Energy with their training programs

06/2007-07/2009, Associate professor

College of Information Science and Engineering, Wuhan University of Science and Technology, Wuhan, China

• Developed control strategy for dual-purpose doubly fed wind generators

• Developed control strategy for wind generators with SMES (Super Magnetic Energy Storage System)

• Undertook multiple tasks, such as teaching MATLAB language and simulation, PLC Technologies, Electrical Machinery, Power System Analysis

• Supervised undergraduate and graduate student

05/2005-06/2007, Senior researcher

Department of Electrical Engineering, Shanghai Jiao Tong University, Shanghai, China

•Developed control strategy of wind generators

•Investigated on offshore wind power

•Supervised undergraduate and graduate students

Evaluation from FOREIGN CREDENTIAL SERVICES OF AMERICA is available upon request. US Citizen.

Li Wu, PhD 512-***-****

AWARDS AND SOCIAL ACTIVITIES

•Special Guest to Fox23 for Presidential Visit Program on Jan. 21th, 2011

(Video Available)

2011

•Natural Science Foundation of China (2nd PI), No. 511*****-****

•Foundation of Hubei Provincial Department of Education(PI) 2008

•China’s State Invention Patent, (PI), No.200710036783.9 2007

•Scientific Research Foundation for the Returned Overseas Chinese Scholars, (PI) State Education Ministry, No: 20071108

2007

•China Postdoctoral Science Foundation (PI), No: 200-***-**** 2005

•Shanghai Postdoctoral Science Foundation (PI), No: 05R214133 2005

•Foreigner Student Scholarship from Japanese Government 2000-2005

•Academic Scholarship and Excellent Student 1994-1998 Li Wu, PhD 512-***-****

Li Wu, PhD

PUBLICATIONS

[1] A Basic Study of Wind Generator

Stabilization with Doubly-Fed

Asynchronous Machine

Transactions of Power & Energy Society, IEE of Japan, pp.1101-1110, Vol.124, No.9,2004.

[2] Wind Generator Stabilization with

Doubly-fed Asynchronous Machine

Wseas (World Scientific and Engineering Academy and Society) Transaction on Power System, issue2,

vol.1,pages:544-553,2006.

[3] Stabilization of Wind Farm Output with

Doubly-fed Asynchronous Machine

Wseas (World Scientific and Engineering Academy and Society) Transaction on Circuits and Systems, issue2, vol.6,pp:222-227,2007.

[4] Wind Generator Stabilization Doubly-fed

Asynchronous Machine

Journal of Shanghai Jiaotong University (English

Edition),Vol.E-12, No2, pp271-283,2007.

[5] Smoothing Control of Wind Farm Output

Fluctuation with Doubly-fed Asynchronous

Machine

Proceedings of the IEEE PEDS(International Conference on Power E1ectronics and Drive Systems), Malaysia,2005.

[6] A Basic Study of Fuzzy-Logic-Based

Power System Stabilization With

Doubly-Fed Asynchronous Machine

Proceeding of IPEMC International Power Electronics and Motion Control Conference, Shanghai, pp

1492 1496,2006.

[7] Wind Generator Stabilization with

DASM

Proceeding of IPEMC International Power Electronics and Motion Control Conference Shanghai, pp 520-525,2006.

[8] Wind Farm Stabilization with

Dual-purpose Doubly-Fed Asynchronous

Machine

2009 IEEE APPEEC (Asia-Pacific Power and Energy

Engineering Conference), 2009.

[9] A Basic Study of Fuzzy-logic-based

Power System Stabilization with Doubly-fed

Asynchronous Machine

IEEE TENCON (2002 IEEE Region 10 Conference on

Computers, Communications, Control and Power

Engineering Proceedings, pp.2015-2018, 2002.

[10] An Application of Flywheel Energy

Storage System for Wind Energy Conversion

Proceedings of the IEEE PEDS (International Conference on Power E1ectronics and Drive Systems), Malaysia, 2005.

[11] Optimization of DC Power Flow by

Transmission Loss Allocation Method

2009 IEEE APPEEC (Asia-Pacific Power and Energy

Engineering Conference), 2009.

[12] Wind Generator Stabilization with

Doubly-Fed Asynchronous Machine

Proceeding of ICEM (International Conference of Electrical Machine), Poland, No.255, 2004.

[13] Basic Study of Power System

Stabilization by Adjustable Speed Generator

Technical Meeting on Rotating Machinery, RM-00-126, 2000.

Li Wu, PhD 512-***-****

Li Wu, PhD

[14] A Basic Study of Power System

Stabilization with Doubly-fed Asynchronous

Machine

National Convention of the Institute of Electrical Engineers of Japan, 5-014, 2001.

[15] Smoothing control of wind farm output

fluctuation with doubly-fed asynchronous

machine

Technical Meeting on Rotating Machinery, RM-04-98, 2004.

[16] A Basic Study of Fuzzy-logic-based

Power System Stabilization with

Doubly-fed Asynchronous Machine

Hokkaido Chapters of the Institute of Electrical Engineers of Japan, No.200, 2001.

[17] A Basic Study of Wind-generator

Stabilization with Doubly-fed Asynchronous

Machine (part 1)

2002 Joint Convention Record, the Hokkaido Chapters of the Institute of Electrical and Information Engineers, Japan, No.19, 2002.

[18] A Basic Study of Wind-generator

Stabilization with Doubly-fed Asynchronous

Machine (part 2)

2002 Joint Convention Record, the Hokkaido Chapters of the Institute of Electrical and Information Engineers, Japan. No.20, 2002.

[19] A basic study of wind-generator

stabilization with doubly-fed asynchronous

machine (part 3)

2003 Joint Convention Record, the Hokkaido Chapters of the Institute of Electrical and Information Engineers, Japan, No.20, 2003.

[20] A basic study of wind-generator

stabilization with doubly-fed asynchronous

machine (part 4)

2003 Joint Convention Record, the Hokkaido Chapters of the Institute of Electrical and Information Engineers, Japan, No.32, 2003.

[21] A Basic Study of Wind Generator

Stabilization with Doubly-Fed

Asynchronous Machine

Proceeding of the Fourteenth Annual Conference of Power& Energy Society, IEE of Japan, pp111-116, No.173, 2003.

[22] Smoothing control of wind farm output

fluctuation with doubly-fed asynchronous

machine (part 1)

2004 joint convention record, the Hokkaido chapters of the institute of electrical and information engineers, JAPAN, No.14, 2004.

[23] Smoothing control of wind farm output

fluctuation with doubly-fed asynchronous

machine (part 2)

2004 joint convention record, the Hokkaido chapters of the institute of electrical and information engineers, JAPAN, No.15, 2004.

[24] A Basic Study of Fuzzy-logic-based

Power System Stabilization with

Doubly-fed Asynchronous Machine

Technical Meeting on Rotating Machinery, RM-01-126, 2001.

[25] Generation Scheduling in Deregulated

Power Market Taking into Account Transmi

ssion Loss Allocation

IET Generation Transmission & Distribution., 2010, Vol. 4, Iss. 7, pp. 883–892.

Li Wu, PhD 512-***-****

[26] Control Strategy of Battery State of

Charge for Wind/Battery Hybrid Power

System

IEEE International Symposium on Industrial Electronics

(ISIE2010), BD-023051, Bari, Jul. 2010.

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