8/11/2019 EECE670_syllabus

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EECE 670 Power Systems Planning (3 credits)

Catalog description

The course investigates electric energy and peak demand forecasts using weather sensitive, timecurve, autoregressive and causal models; generation reliability evaluation, loss of energy

expectation, energy limited units, probabilistic production costing, generating capacity expansionanalysis, and maintenance scheduling; operational planning, unit commitment, Hydrothermalcoordination; power system security classification, contingency analysis, external equivalents,optimal power flow; planning in a competitive electric power environment.

Required or electieGraduate or enior !ear "lective

Prerequisites

#y course$%undamentals of &ower ystems 'nalysis ("")" *+-

#y topic$)ircuit analysis, phasor domain analysis, power flow formulation, numerical methods,basic probability theory

!e"t#oo$ and Re%erence &aterial

eferences$Restructured Electrical Power Systems: Operation, Trading, and Volatility, /.hahidepour, /. 'lomoush$ /arcel 0ekker (122-Power Generation Operation and Control, 3ood and 3ollenberg, 4ohn 3iley and ons,1nd"dition, 556Modern Power System Planning,3ang 7 /c0onald, /cGraw Hill, 55*Power Systems Restructuring, 8lic, Galiana, and %ink ("d-, 9luwer, 1222.Reliability Ealuation o! Power Systems, #illinton 7 'llan, &itman, 1nd"dition, 556

:ecture otes

Course o#'ecties

The objectives of this course are: Correlates to ProgramEducational Objectives

. To provide students with the principles and algorithms used inload forecasting, reliability analysis, generation expansionplanning, operational planning, and network planning.

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Computer usage/'T:'#

Person(s) wo prepared tis description and date o% preparationami 9araki, %ebruary 12