Advanced Power Systems

1
Advanced Power Systems

• ECE 0909.402-01, 0909.504-01
• Lecture 1 Course Overview / Power Fundamentals
• 24 January 2005
• Dr. Peter Mark Jansson PP PE
• Associate Professor Electrical and Computer
  Engineering

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Aims

• Course Introduction Overview
• Grading and Logistics
• Syllabus Review
• Discuss Class Availability for Field Trip(s)
• A Background on Advanced Power Systems
• Why Advanced Power Systems?
• A Review of
• Basic E M Concepts
• Power System Fundamentals

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Research Interests

• Innovation in electricity 
• Renewable energy technologies 
• Mach's principle
• Industrial sustainability
• Environmental management systems and technologies
  
• Business transformation 
• Innovation and new product development 

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Course Flavour

• International perspective
• Bias toward environmental management
• Applied vs. theoretical engineering
• Managerial consultant skills
• Issues and real life orientation

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Course Overview

• Basic EM Science for Power Applications
• Fundamentals of Electric Power
• The Electric Infrastructure and Industry
• Distributed Generation Resources
• Engineering Economics
• Fuel Cell Systems

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Course Overview (continued)

• Wind Power Generation Systems
• Solar Resources
• Photovoltaic Materials and Electrical
  Characteristics
• Photovoltaic System Design

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Course Syllabus

• Online / updated weekly
• http//users.rowan.edu/jansson/
• Topics
• See Handout

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Course Support

• Readings
• Text Masters Renewable Efficient Electric
  Power Systems, 2004, Wiley
• Other Reading Assignments
• First 2 Weeks of Class Masters (Ch. 1-3)
• Be Prepared to Discuss Reading Assignments
• Participation Grade Depends on Readiness

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Grading

• Class Participation, Learning Devices 10
• Homework Assignments 15
• Quizzes 15
• MidTerm Examination 25
• Final Project and Presentation 35

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Logistics

• One Weekly Lecture 120 - 130 min.
• Seminar / Debate Format 10-15 min.
• Homework / Reports, etc. due at beginning of
  Class
• Multidisciplinary Team Assignments for Seniors
• Individual Assignments for Grad Students

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U.S. Energy Use by Sector
SOURCE Ristinen and Kraushaar 1999
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U.S. per capita Average

• Annual Energy Use / Year Oil Equivalent
• 8 Barrels (336 U.S. Gallons)
• 12 Barrels (504 U.S. Gallons)
• 36 Barrels (1,512 U.S. Gallons)
• 61 Barrels (2,562 U.S. Gallons)
• 119 Barrels (5,000 U.S. Gallons)

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U.S. vs. World
U.S. consumes 25 of the Worlds Energy and 28
of the Worlds Electricity
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Why Advanced Power Systems?

• Environmental Management
• Global Responsibility
• Intelligent Engineering Design
• Global Climate Change.

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(No Transcript)
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Overview of Chapter 1

• Electric Circuits
• Charge, Current, KCL, Voltage, KVL, Power, Energy
• Ohms Law Resistors in Series Parallel
• Voltage Dividers
• Wire Resistance
• Capacitance, Inductance and Transformers

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Chapter 1

• Homework 1 pp. 44-49
• 1.1, 1.2, 1.3, 1.6, 1.7, 1.8, 1.10, 1.12

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Overview of Chapter 2

• Effective Values of Voltage Current
• Power Factor
• Power Triangle
• Three Wire Single Phase Residential
• Three Phase Systems
• Power Supplies and Power Quality

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electric power to the cities

• generation ? transmission ? distribution
• the network of electric power

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Basic Components of Electric Power
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Electric Power Delivery Efficiency
Source PJM Website
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Electric Power Production Technologies
Source EPRI Website
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Training Tours Field Trips

• Your Availability
• Sample Tours
• Distribution Feeder Tour
• EIRC Photovoltaic System