McCalley, James D. - Department of Electrical and Computer Engineering, Iowa State University

• State-Space Model for a Multi-Machine System These notes parallel section 3.4 in the text. Note that we are
• Abstract--This work expands the traditional unit commitment (UC) problem to account for the effect of UC schedules on
• Review of Optimization Basics 1.0 Introduction
• Derivation of LMPs The advantage of the economic dispatch formulation to obtain
• 1.0 Introduction In the last set of notes (EDC2), we saw how
• Numerical Methods 1.0 Problem setup
• Using CPLEX CPLEX is optimization software developed and sold by ILOG, Inc. It can be used to
• Electricity Market Design: An Integrated Approach to Reliability Assurance
• Abstract--It is impractical to analyze all of the possible contingencies in a large-scale interconnected power network.
• High Voltage DC Transmission 2 1.0 Introduction
• JAMES D. MCCALLEY IOWA STATE UNIVERSITY
• James D. McCalley Professor of Electrical and Computer Engineering
• SPS Design Procedure and Reliability Evaluation SPS is often perceived to be highly reliable because significant redundancy is typically
• Student Member jiangy@iastate.edu
• ELECTRIC POWER ENGINEERING EDUCATION RESOURCES 2001-02 IEEE POWER ENGINEERING SOCIETY COMMITTEE REPORT
• IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 18, NO. 3, AUGUST 2003 1165 Software Implementation of Online
• 638 IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 16, NO. 4, NOVEMBER, 2001 The Present Status of Maintenance Strategies and the
• 346 IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 16, NO. 3, AUGUST 2001 Risk Assessment for Transformer Loading
• 1014 IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 15, NO. 3, AUGUST 2000 Simplification, Expansion and Enhancement
• IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY, VOL. 3, NO.l, MARCH 1993 SUBTRANSMISSION REDUCTION FOR VOLTAGE INSTABILITY ANALYSIS
• An Overview of Risk Based Security Assessment James D. McCalley, Sr. Mem.
• Transient Instability Risk Assessment V. Vitta1 J. D. McCalley V. Van Acker W. Fu N.Abi-Samra
• PROBABILISTIC SECURITY ASSESSMENT FOR POWER SYSTEM OPERATIONS Prepared by the Task Force on Probabilistic Aspects of Reliability Criteria
• Abstract--In this paper, we propose a Bayesian approach for estimating the failure rate of power transformers. The key
• Abstract: This paper presents a new approach for addressing the economic and physical integrity of the national electric
• Synchronous Machines 1.0 Introduction
• Synchronous Machine Modeling Notes2 1.0 Inductances
• Economics of Traditional Planning Methods 1.0 Introduction
• Day-Ahead Markets (Unit Commitment) 1.0 Introduction
• Some refinements in production cost models 1.Introduction
• Abstract--The paper focuses on reliability assessment of power systems with wind power generation. A Monte Carlo based
• R Pl iResource Planning EE 552 Iowa State University
• Production Cost Model F d t lFundamentals
• Iowa State University October 15, 2010October 15, 2010
• Transmission Line Design Information In these notes, I would like to provide you with some
• IEEE Transactions on Power Apparatus and Systems, Vol.PAS-98, No.2 March/April 1979 ANALYTICAL DEVELOPMENT OF LOADABILITY CHARACTERISTICS
• EE 552 Course Project, Due Dec 10, 2010 The objective of this project is to design a least-cost transmission 30-year plan for the US capable of
• High Voltage DC Transmission 1.0 Introduction
• * jafleeman@aep.com EHV AC and HVDC Transmission Working Together to Integrate Renewable Power
• National Modeling Tools 1.0 Introduction
• Screening Curves 1.Introduction
• Multicommodity Flows 1.0 Motivating interest in multicommodity flow problems
• Linear Solvers 1.Introduction [1]
• PROCEEDINGS OFTHE IEEE, VOL. 55, NO. 11, NOVEMBER 19671801 algebraic systems" (translated by G. J. Tee), Computer Science Dept.,
• State Estimation 1.0 Introduction
• The DC Power Flow Equations 1.0 Introduction
• AGC (Chapter 9 of W&W) 1.0 Introduction
• Exam 1, EE 553, Spring 2011, Dr. McCalley Close books, closed notes, calculator permitted, 75 minute time limit.
• ERNEST ORLANDO LAWRENCE BERKELEY NATIONAL LABORATORY
• 1.0 Introduction In the previous set of notes (EDC1), we
• Linearized optimal power flow 1.0 Some introductory comments
• Nonlinear optimal power flow 1.0 Some introductory comments
• 1.0 Settlement without congestion Let's consider the base case solution obtained from the notes on
• Unit Commitment, jdm@linux3.ece.iastate.edu 1.0 Introduction
• Abstract--This paper presents a description of a Mixed Integer Programming (MIP) solution for solving the PJM Unit
• EXPERIENCE WITH IMPLEMENTING SIMULTANEOUS CO-OPTIMIZATION IN
• MIDWEST ISO CO-OPTIMIZATION BASED REAL-TIME DISPATCH AND PRICING OF ENERGY AND ANCILLARY SERVICES
• Optimization Applications in the Energy and Power Industries November 2009
• Exam 2, EE 553, Spring 2010, Dr. McCalley Open books, Open notes, calculator permitted, 75 minute time limit.
• Fuel Scheduling (Chapter 6 of W&W) 1.0 Introduction
• Hydro-Thermal Scheduling (HTS) 1.0 Introduction
• Module PE.PAS.U21.5 Multiarea reliability analysis 1 Module PE.PAS.U21.5
• Summary of Papers 1. P. Sauer and M. Pai, "Power System SteadyState Stability and the Load Flow Jacobian," IEEE
• IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 19, NO. 2, MAY 2004 1387 Definition and Classification
• 1.0 Two torques We have written the swing equation where speed is in
• Power Angle & Time Domain Plots 1.0 The powerangle curves
• Multimachine Systems 1.0 Introduction and assumptions
• Torque Equation (See section 4.9)
• Representation of Saturation in Stability Studies Kundur writes (pg 110) that
• Load Equations Throughout all of chapter 4, our focus is on the machine itself,
• Time Constants (Section 4.14.1) In a linear static circuit with no capacitance, i.e., an R-L circuit, the
• Simulation of Synchronous Machines This chapter covers
• Linearization of the Swing Equation We will cover sections 2.5.2-2.6 and beginning of Section 3.3 in
• Generator Response to Load Variation The below table summarizes the way that load variation is
• Brief Review of Linear System Theory The following information is typically covered in a course on
• Linearized Analysis of the Synchronous Machine for PSS Chapter 6 does two basic things
• Linearization of Generator Current-State Space Model We developed a state-space current model for the synchronous
• Last Topics #2: Out-of-step Relays 1.0 Introduction
• Substation Configuration Reliability 1 Reliability of Substation Configurations
• Planning Processes and Categories 1.0 Introduction
• Environmental Legislation 1.0 Introduction
• Flux-linkage equations for 7-winding representation (similar to eq. 4.11 in text)
• PLEXOS OVERVIEW & TUTORIAL It is assumed you are using a Windows machine. You
• Energy Conversion Technologies 1.0 Introduction
• A Very Brief Microeconomics Overview 1.0 People for and against electricity markets...
• Real-Time Electricity Markets Material from this introduction was adapted from [1].
• System Operation 1 Introduction to System Operation, Optimization, and Control
• National Modeling Tools 3 1.0 Introduction to NETPLAN
• EE 554, Exam I, Spring 2009, Dr. McCalley Time: 75 minutes, closed book, closed notes, calculators/computers not allowed
• Fast Power Flow Methods 1.0 Introduction
• Production Costing (Chapter 8 of W&W) 1.0 Introduction
• Windings and Axes 1.0 Introduction
• Impact of Variability on Control Performance Metrics
• PLANNING RECONFIGURABLE POWER SYSTEM CONTROL FOR TRANSMISSION ENHANCEMENT WITH COST RECOVERY
• Transmission Planning ProjectTransmission Planning Project C t All tiCost Allocation
• Unit Commitment by Dynamic Programming 1.0 Introduction
• Subtransient & Transient Inductances & Time Constants (Section 4.14 in text)
• Multicriterion Techniques For Control-Room Security Economy Decision-Making Xuehua Chen Ming Ni J. McCalley
• 1.Introduction We saw in previous notes that the very common
• Reliabilit PlanningReliability Planning David Duebner, Expansion Planningp g
• 258 IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 18, NO. 1, FEBRUARY 2003 Online Risk-Based Security Assessment
• jiangy@iastate.edu Zhong Zhang
• The Swing Equation: Power Form, PerUnit, Error 1.0 Power Form of Swing Equation
• Decomposition Methods 1.0 Introduction
• Minimizing Market Operation Costs Using A Security-Constrained Unit Commitment Approach
• 528 IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 18, NO. 2, MAY 2003 Experience with PJM Market Operation, System
• IEEE TRANSACTIONS ON POWER APPARATUS AND SYSTEMS, VOL. PAS-89, NO. 1, JANUARY 1970 Sparsity-Directed Decomposition for Gaussian
• Voltage Risk Assessment James D. McCalley, Sr. Mem.
• Per-unitization and Equivalent Circuits 1.0 Normalization of voltage equations
• Unit Commitment 2 Solution Method 1.0 Introduction
• EE 590EE 590 Reliability (LOLE) Evaluation for
• Grid Operation and Coordination with Wind 2 1.0 Introduction
• Simplified Models of the Synchronous Machine Below is a summary of the different models that we will discuss
• American Electric Power Interstate Transmission Vision for Wind Integration
• Synchronous Machine Modeling 1.0 Introduction
• Understanding the Inductances We have identified six different inductances (or reactances) for
• 1.0 EDC Problem Formulation Each plant i has a cost-rate curve that gives
• Inaugural IEEE PES 2005 Conference and Exposition in Africa Durban, South Africa, 11-15 July 2005
• Introduction to Electric Systems Expansion Planning
• Models for Transmission Expansion Planning based on Reconfigurable Capacitor Switching
• INTRODUCTION 1 The Bulk Power Supply1. The Bulk Power Supply
• The Power Flow Problem 1 The Power Flow Problem
• Flux-Linkage State-Space Model (Section 4.12)
• HeinOnline --83 Or. L. Rev. 207 2004 HeinOnline --83 Or. L. Rev. 208 2004
• IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 15, NO. 4, NOVEMBER 2000 1247 Risk Based Voltage Security Assessment
• Abstract--This paper presents a new operational scheme to defend against power system cascading sequences of events,
• Mechanical Dynamics, the Swing Equation, Units 1.0 Preliminaries
• Transmission Line Availability Data Guidelines and Definitions
• State Estimation 2 1.0 Introduction
• Sensitivities 1.0 Introduction
• The REGULATORY World ofThe REGULATORY World of Generation and
• jiangy@iastate.edu Zhong Zhang
• Abstract--We propose the use of the cluster distribution, derived from a negative binomial probability model, to estimate
• Stochastic Programming and its Application to Optimal Generation Planning Stochastic Programming and its
• > REPLACE THIS LINE WITH YOUR PAPER IDENTIFICATION NUMBER (DOUBLE-CLICK HERE TO EDIT) < 1 Abstract--This paper is the second of a two-part paper and
• > REPLACE THIS LINE WITH YOUR PAPER IDENTIFICATION NUMBER (DOUBLE-CLICK HERE TO EDIT) < 1 Abstract--This paper is the first of a two-part paper
• Introduction to production cost models 1.0 Introduction
• Security Constrained Optimal Power Flow 1.0 Introduction and notation
• Dynamic Decision-Event Trees for Rapid Response Unfolding Events in Bulk Transmission Systems
• 770 IEEE TRANSACTIONS ON POWER DELIVERY, VOL. 17, NO. 3, JULY 2002 A Bayesian Approach for Short-Term Transmission
• Abstract--Motivated by an interest in multi-agent systems and by the need to improve coordination within competitive
• Last Topics #1: A broader look at reference frame theory There are some additional topics that are appropriate to include in
• THE SECURITY-CONSTRAINED COMMITMENT AND DISPATCH FOR MIDWEST ISO DAY-AHEAD CO-OPTIMIZED ENERGY AND ANCILLARY SERVICE MARKET
• National Modeling Tools 2 1.0 Introduction to ReEDS
• The Power Flow Equations 1.0 The Admittance Matrix
• Chapter 4: Multiagent negotiation models for power system applications
• Economic Planning Process Regulatory and Economic Studies
• 880 IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 19, NO. 2, MAY 2004 Marginal Loss Modeling in LMP Calculation
• Modeling of Cost Curves 1.0 Costs of Generating Electrical Energy
• 30 IEEE Transactionson Power Systems, Vol. 11, No. 1. February 1996 BIBLIOGRAPHY ON TRANSMISSIONACCESS ISSUES
• Equal Area Criterion 1.0 Development of equal area criterion
• Participation Factors The mode shape, as indicated by the right eigenvector, gives the
• EE 554 Exam2, Spring'09, Dr. McCalley, Time: 75 minutes (open book, open notes, calculator allowed) Name: _____________________________________________________
• Energy Transport Technologies 1.0 Introduction
• 1.0 Settlement without congestion Let's consider the base case solution obtained from the notes called
• 616 IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 16, NO. 4, NOVEMBER 2001 Annual Risk Assessment for Overload Security
• Multi-Machine Systems with Constant Impedance Loads The parts of the text which we have yet to cover include
• Preliminary Fundamentals 1.0 Introduction
• EE 554 PROJECT ASSIGNMENT, SPRING 2009, DR. MCCALLEY Due: May 1, 2009
• Real-Time Electricity Markets Material from this introduction was adapted from [1].
• The Power Flow Equations 1.0 The Admittance Matrix
• Solving Linear Programs #2 1.0 Manipulations of the simplex method
• Joseph H. Yan, Gary A. Stern, Peter B. Luh, and Feng Zhao 24 IEEE power & energy magazine 1540-7977/08/$25.002008 IEEE march/april 2008
• FOUNDATIONS FOR WIND TURBINES ENGR 340 Fall 2011
• Introduction to CPLEX 1.0 Overview
• Iowa State University Department of Civil, Construction, Fall Semester 2011 and Environmental Engineering
• Solving Linear Programs #3 1.0 Tableau method
• Unit Commitment, jdm@linux3.ece.iastate.edu 1.0 Introduction
• Designation: E 1032 06 Standard Test Method for
• Real-Time Electricity Markets Material from this introduction was adapted from [1].
• Annu. Rev. Mater. Res. 2005. 35:50538 doi: 10.1146/annurev.matsci.35.100303.110641
• Iowa State University, Fall Semester 2011 ENGR 340X Exam 1 ENGR 340: Introduction to Wind Energy: System Design & Delivery
• Reliability Assessment Commitment Process (RAC) A. Introduction
• 1.0 Second iteration for HW problem Recall our LP example problem we have been
• 1.0 Settlement without congestion Let's consider the base case solution obtained from the notes called
• Linearized optimal power flow 1.0 Some introductory comments
• FOUNDATIONS FOR WIND TURBINES ENGR 340 Fall 2011
• FOUNDATIONS FOR WIND TURBINES ENGR 340 Fall 2011
• ENGR 340X: Intro to Wind Energy: System Design and Delivery Iowa State University
• Chapter 3: Wind power variability and the grid Copyright 2011, by Iowa State University, all rights reserved.
• NONDESTRUCTIVE EVALUATION
• Designation: E 164 03 Standard Practice for
• Sri Sritharan Professor of Structural Engineering