ee3741 first lesson

8
EE3741 Power Transmission and EE3741 Power Transmission and Distribution Subject lecturer: Dr. Zhao XU Department of Electrical Engineering Hong Kong Polytechnic University Email: [email protected] R CF632 Room: CF632 Tel: 27666160

Upload: b33law

Post on 24-Dec-2015

10 views

Category:

Documents


1 download

DESCRIPTION

Lecturer

TRANSCRIPT

Page 1: EE3741 First Lesson

EE3741 Power Transmission and EE3741 Power Transmission and DistributionSubject lecturer: Dr. Zhao XU

Department of Electrical EngineeringHong Kong Polytechnic UniversityEmail: [email protected] CF632Room: CF632Tel: 27666160

Page 2: EE3741 First Lesson

• Textbooks:

Reference • Textbooks:• Elements of Power System Analysis – William D. Stevenson, Jr., McGraw

Hill, 4th edition or later, 1982 or later.• Electric Power Systems – B M Weedy Wiley 3rd edition or later 1988 or • Electric Power Systems – B.M. Weedy, Wiley, 3 d edition or later, 1988 or

later• Power system analysis, Hadi Saadat, McGraw Hill Primis, 2nd edition

onwards• Reference books:• Power System Analysis – Arthur R. Bergen, Vijay Vittal, Prentice Hakk,

2nd edition, 2000.• Modern Power System Analysis – Turan Gönen, Wiley, 1988 or later.

EE3741 Ass. Prof Zhao Xu2 Electrical Engineering, HKPU

Page 3: EE3741 First Lesson

1 Power System Overview and AC power (1)

Teaching plan 1. Power System Overview and AC power (1)2. Transformer and per unit calculation(1-2) 3. Transmission line and travelling wave (surges)(2-3) Q4 Load flow(2) Q4. Load flow(2) Q5. Fault analysis(2) Q6. Switchgear and protection(1)7 C i (1)7. Course review (1)8. Tutorial + quiz(2-3) etc. Laboratory Experiments:

ll l l• 1. Parallel transmission line • 2. Load flow by POWERWORLD• 3. Fault analysis by PWD

EE3741 Ass. Prof Zhao Xu3 Electrical Engineering, HKPU

Page 4: EE3741 First Lesson

• 1 To master the fundamental knowledge and analytical techniques

Learning outcome • 1. To master the fundamental knowledge and analytical techniques

on electrical power systems.

• 2 To identify analyze and solve technical problems to power • 2. To identify, analyze, and solve technical problems to power system design, planning, and operation, making use of mathematics and engineering techniques.

• 3. To be aware of equipment characteristics and environment impacts on the modern electrical power system.

EE3741 Ass. Prof Zhao Xu4 Electrical Engineering, HKPU

Page 5: EE3741 First Lesson

Teaching methods

Class contact: HoursLecture/Tutorial 36Laboratory 12

Other student study effort:Laboratory preparation/report 12Self-study 42

Total: 102

EE3741 Ass. Prof Zhao Xu5 Electrical Engineering, HKPU

Page 6: EE3741 First Lesson

Assessment plan

Methods/tasks % weighting

Intended subject learning outcomes to be assessedweighting be assessed

1 2 31. Examination 60% √ √ √2. Class Test 25% √ √ √2. Class Test 25% √ √ √3. Laboratory P Laboratory Performance &

15% √ √

Report

EE3741 Ass. Prof Zhao Xu6 Electrical Engineering, HKPU

Page 7: EE3741 First Lesson

EE3741 Ass. Prof Zhao Xu7 Electrical Engineering, HKPU

Page 8: EE3741 First Lesson

• Lab:

Lab and exam arrangement• Lab:

– 2 students formulate a group

Pls sign up with the lecturer arrangement will be announced next – Pls sign up with the lecturer, arrangement will be announced next week

All 3 labs in EF001D Mr Wong– All 3 labs in EF001D, Mr. Wong

– Two TAs + Lecturer will be available

• Mid-term exam: 21/28 Oct, 2011

EE3741 Ass. Prof Zhao Xu8 Electrical Engineering, HKPU