Introduction to Power System
1 Introduction to Electric Power and Energy Systems
Power Engineering = The Power to Transform and RestorePaulo F.
Ribeiro, MBA, Ph.D., PEInterim 2008Calvin CollegeEngineering
Department
From a GardenTo a City
12 Despite its limitations and dangers, technology can alleviate
in part the bind in which humankind naturally finds itself.
Appropriate technology can increase lifes possibilities, decrease
physical burdens and difficulties at work, and free people from
routine activities while opening the door to all kinds of mental
creative labor. Natural disasters can be averted, illness overcome,
and, in a certain sense, with the aid of electronics and
microprocessors, the deaf can hear, the blind can see, and the lame
walk again. Technology development can provide a degree of social
security, and increase available information so as to extend and
deepen communications. Adapted from Perspectives on Technology and
Culture, by Egbert Schuurman
A Reflection on Technology23
35
Syllabus - Schedule - 2:00PM 5:00PM - - - Room SB 128
Professor:Paulo F. Ribeiro SB134 x [email protected] Skype:
aslan5256 ENGR W84 A Intro. to Power/Energy
Systems08/INNH05402:00PM - 05:00PMMTWTHF67 TextClass Notes;
Internet / Web ResourcesReferences: The Electric Power Engineering
Handbook. CRC / IEEE Press, 2000.Power System Analysis, Hadi
Saadat, 2nd Edition, McGraw-Hill, 2002.Power System Analysis, 2nd
Edition, Arthur R. Bergen and Vijay Vittal, Prentice-Hall, 1999.
Power Systems Analysis John J. Grainger and William D. Stevenson
McGraw-Hill, 1994.Elements of Power Systems Analysis, 4th Edition,
William D. Stevenson, McGraw-Hill, 1982. Electrical Energy Systems
Theory, Olle Elgerd, McGraw-Hill, 1971; Power Systems Analysis,
Charles Gross, John Wiley & Sons, 1979Power System Analysis
& Design, J.D. Glover and M. Sarma, 2nd Edition, PWS
Publishers, 1994
Web Resources
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Some Suggested Topics For Final Paper
Distributed Generation, Energy Efficiency, Renewable Energy
Sources Exploring Grid Operations With PowerWorld Exploring Power
Systems and Power Electronics Transients With PSCAD/EMTDC Designing
A Distribution System With EasyPower Harmonic Propagation Analysis
(Using PSpice and/or MathCAD) Power Quality Survey/Diagnostic at
Calvin College (Using Fluke 43) Perspectives on Deregulation of the
Power Utility Industry Environmental Impact of Power Systems Using
the Internet for Power Systems MonitoringGrades (based on homework
assignments, class participation, final paper/presentation, class
log/notes)Pass(S)Pass Honor(H) For Outstanding WorkFail(U)(*)
(*) incomplete/insufficient assignments and/or missed two class
periodsCourse InstructionsPaper 8-10 Pages (IEEE Paper
Format)Presentation 20 minutesTeams of two students78 My objective
is to provide you with a learning environment in which you will
learn the fundamentals of power systems.
My approach is to encourage the student to learn how to learn.
To take ownership of the learning process: Initiative, involvement,
interactive participation are the keys to an effective learning
experience.
Please keep me informed if you do not feel that I have been
successful in this goal. Do not wait until evaluation time to
express your frustrations. I want to listen to your concerns or
difficulties with the material, and am always available to help you
outside the classroom.
Course Instructions89 To introduce a broad range of theory and
methods related to AC power system analysis and design. To develop
familiarity with power system engineering components, equipment and
analytical tools To understand and study of the largest machine
ever built-the integrated power grid. To understand the use of
transmission grids as a means of transport/delivery of energy. To
use tools for the analysis of power systems (PowerWorld, EasyPower,
PSCAD/EMTP). To investigate flow of power on a power grid. To
understand voltage regulation, real and reactive power, three phase
power, power quality, efficiency, practical stability limits, etc.,
etc. To become familiar with management and environmental issues
associated with transmission grids / power systems.
Objectives/Introductory Words:910 Introduction to Power Systems:
Syllabus
Concepts and Applications:Introduction (Structure of Power
Systems)Basic Principles (AC Power)GenerationTransmission
LinesTransformersPower FlowStabilityTransient and Harmonic
Studies
Computer ProgramsMathCAD, PSpice, MATLAB / Simulink (PowerSym),
PowerWord, EasyPower, EMTDC/PSCAD
Advanced Topics:Distributed Generation, Renewable Power,
Efficiency10Projects11 1 Small Hydro Power Plant City of Plainwell,
MichiganFeasibility Study for Recovery of Plant
2 Belknap Lookout Community Feasibility Study of Developing Wind
Power Generation Project
3 Consumers Energy Control Center in Ada Work on possible
projects at the Control Center.1112
ProjectsErik Wilson, ManagerCity of Plainwell 1213
ProjectsSteve FaberNewberry Place1314 Projects
Mark Luehmann, Consumers Energy1415 Power System Analysis,
Computing and Economics Computing applicationsDistribution system
analysisEconomics, market organization, cost structures, pricing,
and risk managementIntelligent system applicationsReliability,
uncertainty, and probability and stochastic system applications
Power System Dynamic Performance Power system dynamic modeling:
components and systemsPower system stability: phenomena, analysis,
and techniquesPower system stability controls: design and
applicationsPower system dynamic measurementsPower system
interaction with turbine generatorsDynamic security assessment:
techniques and applications, risk-based methods
Power System Operations Power system dynamic modeling:
components and systemsPower system stability: phenomena, analysis,
and techniquesEnergy control centersDistribution operationSystem
controlOperating economics and pricing
An Overview of Power and Energy Systems1516 Power System
Planning & Implementation Generation system resource
planningTransmission system planningDistribution system
planningIntegrated resource planning and distributed resource
planningLoad forecastingCustomer products and services planning and
implementationIndustry restructuring planning and policy issues
Insulated Conductors Construction and design of cables
(materials and manufacturing)Construction, design and testing of
cable accessories (cable terminations and joints)Construction,
operation, and testing of cable systemAssembly, operation, and
testing of station, control (including fiberoptic), and utilization
cables (non-transmission and distribution cables)
Power Engineering Education New instruction methods (software/
internet / laboratory / combined with research)Virtual
classrooms/laboratoryDistance educationLife-long learningAn
Overview of Power and Energy Systems1617 Electric Machinery DC
MachinesPermanent magnet machinery systemsSwitched and variable
reluctance machinesIntegral horsepower induction machineryWound
rotor induction machinerySingle phase induction motorsElectronic
drives for electric machineryInduction generators for grid and
isolated applicationsSynchronous generatorsMotor/generator sets for
pumped storageSynchronous motors materials to electric
machineryElectrical machinery theoryNumerical analysis of electric
machineryPower processing equipmentInsulation for electric
machineryApplication of magnetic materials to electric
machineryApplication of superconductingPower System Communications
Communication systemsCommunication mediaCommunication
protocolsCommunication standardizationHome automation and
communicationAn Overview of Power and Energy Systems1718 Power
System Instrumentation and Measurements Digital technology for
measurementsElectricity meteringHigh voltage testingMeasurement
techniques for impedance elements
Power System Relaying Digital protection systemsAdaptive
protectionsPower system protectionProtection of electrical
equipmentRelaying communicationsRelaying for consumer interface
Substations Substation automationIntelligent electronic devices
(IEDs)Programmable logic controllers (PLCs)Substation designHigh
voltage power electronics stationsGas insulated substations (GIS)An
Overview of Power and Energy Systems1819 Surge Proctective Devices
Design/testing of high voltage surge protective devices
(>1000V)Application of high voltage surge protective devices
(>1000V)Design/testing of low voltage surge protective devices
(
