Power System Fundamentals EE-317 Lecture 1 Lecture 1 27 September 2010.

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Presentation transcript:

Power System Fundamentals EE-317 Lecture 1 Lecture 1 27 September 2010

Aims  Meeting Logistics  Course Introduction & Overview  A Background on the Modern Power System  If Time Permits…..  Broaden Understanding of the History of Electricity Technology Development Exploitation

Meeting Logistics  Lectures  Mondays 1: :00 AM  Wednesdays 10:40—12:00

Course Overview (continued)  Lectures  Text Problem Assignments  Term Research Paper ‘Electric Utility of the Future’

Course Syllabus  Online / updated weekly  dex.html

Lectures  History and Key Inventions in the Development of the Electric Power Industry  Mechanical and Electromagnetic Fundamentals  Three Phase Circuits  Transformers  AC Machinery Fundamentals  Synchronous Machines  Induction Motors  DC Machines  Transmission Lines

Lectures –  Introduction to Power Flow Course Syllabus (cont.)  System Reliability - Relay and Control Engineering  Power Generation Fuels Fossil, Nuclear, Solar, Geothermal and Tidal  Advanced Generation Technologies PV System Design, Fuel Cells, Piezo/Thermoelectrics  Utility Industry Organization and Deregulation  Remote/Stand-Alone Electric Power Systems  End-Use Devices, Systems and Efficiency  Sustainable Designs for Electric Power

Course Syllabus (cont.) Readings –  TEXT: Electric Machinery and Power System Fundamentals - Stephen J. Chapman, McGraw Hill 2002  Electrical Power Systems Volume One by A. E. Guile & W. Paterson  Wave Propagation By F.R. Connor

Grading  Class Participation and Attendance – 5%  Homework Assignments – 10%  Quizzes – 15%  Mid-Term Examination – 20%  Final Research Paper –50%

Logistics  Two Weekly Lectures mins/each.  Homework due at beginning of Class  Quizzes as Course goes along

U.S. Energy Use by Sector SOURCE: Ristinen and Kraushaar 1999

U.S. vs. World U.S. consumes 25% of the World’s Energy and 28% of the World’s Electricity

electric power to the cities generation  transmission  distribution the network of electric power

Basic Components of Electric Power:

Electric Power Delivery Efficiency Source: PJM Website

Electric Power Production Technologies Source: EPRI Website