Proceedings of the Tenth Power Systems Computation Conference - 1st Edition - ISBN: 9780408051750, 9781483101040

Proceedings of the Tenth Power Systems Computation Conference

1st Edition

Authors: Graz Austria
eBook ISBN: 9781483101040
Imprint: Butterworth-Heinemann
Published Date: 30th July 1990
Page Count: 1280
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Table of Contents


Foreword

Organizing Committee

Technical Program Committee

1 Power System Planning

Determination of Thermally Limiting Equipment on Major Transmission System interfaces

Computer-Aided Overhead Line Design - New Methods and Algorithms

A Model for the Optimal Transmission Expansion Planning

Transmission Planning by Monte Carlo Optimization

Introduction of Natural Gas in a Hydro-Thermal System, a Multi-Objective Approach

A Model for Optimal Energy Expansion in interconnected Hydro Systems

2 Optimal Power Flows

Environmental Marginal Cost Evaluation by Non-inferior Surface for Optimal Power Dispatching

A Fuzzy Coordination Approach for Multi-Objective Optimal Generation Dispatch

Real Time Optimal Power Flow for Application to Automatic Control

Linear Programming as a Tool for Treating Constraints in a Newton OPF

A Second Order Method for Optimal Power Flow Based on Extended Generalized Gradient Methodology

3 Power System Dynamics I

A Partitioning Algorithm for Finding Eigenvalues and Eigenvectors

Extension of the Modal Power System Calculations to Anisotropic Three-Phase AC Systems

Development of a Stabilizing Control Strategy Involving Synchronous Generators and Static Phase Shifters in Interconnected Power Systems

A Proposal of Dominant Mode Filter and its Applications to Stability Enhancement

Damping and Eigenvalues Analysis of Subsynchronous Oscillations in AC/DC Power Systems

A Digital Power System Stabilizer Location and Design Procedure for the Damping of inter-Area Oscillations

4 Power System Dynamics II

Enhancement of Dynamic Stability by Coordinated Control of Static VARcompensators

Application of Nonlinear System Theory to Electric Energy Systems: Bilinearization of Synchronous Machine State Equations

Structural Analysis in Power System Stability Studies

Extended Transient-Midterm Stability Simulation

Transient Stability Region in the Injection Space With Detailed Models- An intelligent Approach

5 Energy Management

Power Transfer Capabilities:Philosophies and Software in the United States

Optimal Load Management Policies in the Icelandic Power System

Wheeler:A Model for the Economic Analysis of Bulk Power Transfers in North America

Modeling and Evaluation of the System Reliability and Production Costing Effects of Direct Load Control

Economic Value of Interruptible Loads in the Finnish Power System

6 Surges and Fault Location

Simulation of Transients in Power Systems With Converters and Static Compensators

Procedures for the Calculation of Traveling Waves, With Special Reference to Testing Protection Algorithms

Identification of Voltage and Current Phasors for Protection Relays by Least Error Squares Analysis

Efficient Implementation of Corona Models in the EMTP

7 Power System Economics

Recursive Analysis of Power Distribution Costs in a System With Multiple Classes of Energy and Applications to A Small Power System

JUANAC; A Model for Computation of Spot Prices in interconnected Power Systems

A Framework for Marginal Cost Evaluation in Hydroelectric Systems With Transmission Network Constraints

Probabilistic Criteria for Energy and Peak Supply Evaluation in a Multi-Owned Hydrothermal System

8 Load Forecasting

Short Range Power System Load forecasting Using the Iteratively Reweighted Least Squares Technique

Short Term Load forecasting by Kalman Filtering

Application of Some Autoregressive Models in Short-Term Load Forecasting in Power System

Short Term Load forecast Using Multiple Regression Analysis or Adaptive Regression Analysis

9 Power System Control I

On-Line Adaptive Load Frequency Control of a Simulated System Using Live Data

Behavior of Islanded Power Systems With Limited Primary and Secondary Control in Connection to Load Shedding

Structure Features of the Dynamic State Space for Studying Voltage-Reactive Control

Auto-Tuning Optimal PID Automatic Voltage Regulator for Synchronous Generators

10 Power System Control II

A Parallel Computation Algorithm for Optimal AVR's Setting in Wide Operational Range of Large Scale Systems

Power System Control Using Fuzzy Reasoning

Decentralized Voltage and Reactive Power Optimization Using Decomposition-Coordination Methods

Towards Most Effective Control of Reactive Power Reserves in Electric Machines

11 Modeling

Experience With Translation of Turbo Generator Operational Test Data, and Corresponding d&q Axis Stability Models, into Standard inductance and Time Constant forms

Lower Order Pressurized Water Reactor (PWR) Modeling

Voltage Effects in Optimal Power Flow including Load Modeling: A Comparison of Fixed Versus Floating Generator Voltages

Load Modeling for Frequency and Duration Method Using Optimization Criterion

Representation of Tap-Changer Transformers in Databases and Load Flow Calculations

12 Protection

An Overall Interlocking Scheme Usable Also in the Case of Fault Position of Switchgear

Computer Assessment of Distance and IDMT Relays incorporating Efficient Fault Analysis and Compensation

Traveling-Wave-Based Protection: Directional, Differential or Distance

Fault Location Estimator - A New SCADA Function for Post Mortem Analysis

13 Distribution Systems

Application of Bender's Decomposition Techniques to the Distribution Planning Problem

Asynchronous Distributed State Estimation for Power Distribution Systems

A Structured Approach to the Design of Communication Networks for Distribution Automation

Optimal Design and on-Line Control of Switched Capacitors in MV Radial Distribution Networks

Sub-Optimal Re-Configuration Algorithm for Distribution Systems

A Method for Optimal Sizing and Placement of Remote Controlled Capacitors on Distribution Systems

14 Power Systems Dynamics III

Analytical Sensitivity of Transient Energy Margin including Second Order Series Expansion

The Role of Weak Cutsets in Stability Monitoring

Direct Transient Stability Analysis Using Higher Order Taylor Series Expansion

Transient Stability Assessment Using a Dynamic Equivalent for Undisturbed Generators

An Efficient Parallel Method for Transient Stability Analysis

15 Methodologies for Network Analysis

A Universal Method for the Calculation of Multiple Unbalanced System Conditions

TRISTAN:A Probabilistic tool for the Analysis of Short Circuit Currents: Methodology and Examples of Application

The Blocked Structure of The Augmented Power System State Estimation Matrix

The Different Electrical Distances

Constraints in Quadratic Programming Treated by Switching Concepts

On the Construction of the Feasible Region of an Electrical Generation/Transmission Network

16 Power Flow Techniques 1

Reclosing in Load Flow Studies

VAR/Voltage Contingency Selection

Load Flow and Aperiodic Steady-State Stability of AC-DC Electrical Power Systems

Direct Ranking for Voltage Contingency Selection including injection Outages

17 Power Flow Techniques II

A Load-Flow-Machine Realized on a Transputer System

A Hybrid Contingency Ranking Method

A Hierarchical Approach to Parallel Network Solutions

Fuzzy Load Flow - New Algorithms incorporating Uncertain Generation and Load Representation

18 Operations Planning I

Energy Operation Planning

Decomposition in Medium-Term Hydroelectric Scheduling. The INFA Algorithm

GEODE:A New Design of the Operations Planning System at EDF

A Hydrothermal Planning Model Including Operational Objectives

19 Operations Planning II

Transmission-Constrained Probabilistic Production Costing

Optimal Reservoir Utilization in Probabilistic Production Costing

Application of Quadratic Programming in Probabilistic Production Costing

Probabilistic Assessment of Spinning Reserve in interconnected Systems

A Computationally Efficient Method to Predict Interconnected System Security for Generation Scheduling

20 Simulation I

Homeostasisas a Tool for Power System Simulation

Dispatcher Training Simulators in Energy Management Systems

Power System Operator Training Simulator

New Advanced Training Simulator Design for Power System Operations

21 Simulation II

Models and Algorithms for a Fast Power System Simulator

Distributed Simulator for Power System Analysis Using a Hypercube Computer

Development of a Large-Scale Analytical Simulator for Studying Power Systems

22 Composite System Reliability

Quantitative Assessment of Composite Generation and Transmission Systems

Effect of Operational Parameters in The Reliability Assessment of Composite Power Systems

Calculation of The Reliability of Electric Power Supply to a Major industrial Complex

23 Power System Reliability

A Fast Algorithm for Multi-Area Generating Capacity Reliability Studies Including Planned Maintenance

Modeling and Evaluating the Reliability of Mixed Hydro-Thermal Generation Systems

Calculation of Reliability Indices of High Voltage Lines Taken from Small Outage Data Samples

A Flexible Reliability Assessment Technique for Power Distribution Networks

Reliability of Supply in the insular Israeli Power System

Determination of Reliability Worth for Power Systems Design Applications

24 Security Assessment I

Critical Evaluation of Voltage-Based Contingency Selection Algorithms for on-Line Applications

Algorithmic and Heuristic Method Applied to Security Analysis of Large Power Systems

New Parallel Algorithms for the Security Constrained Dispatch With Post-Contingency Corrective Actions

A Method for Probabilistic Power Systems Security Assessment

25 Security Assessment II

Fuzzy Classification for On-Line Transient Stability Assessment of Electric Power Systems

A Sensitivity Based Network Switching Model Utilizing AC Load Flow Local Screening for Security

An Extended Framework for Power Security Assessment

On the Design of Neural Networks for Detecting the Limiting Contingencies in Power System Operation

Artificial Neural Networks as Operation Aid for On-Line Static Security Assessment of Power Systems

26 Expert System Applications I

A Real Time Expert System for Fault Section Estimation Using Cause-Effect Network

Use of Expert Systems in Dynamic Security Assessment of Power Systems

A Knowledge-Based System for Security Enhancement Combining AI-Techniques and Analytical Algorithms

Expert Load Shedding: A Hybrid Load Shedding Expert System in the Real-Time EMS Environment

Implementation of An Alarm Processing System in a Regional Control Centre

Systematic Task Definition Approach of an intelligent Alarm Processor for a Load Dispatch Centre

27 Expert System Applications II

An Environment for the Development of Integrated Intelligent Forecast Maintenance Systems

Combining Deep and Shallow Reasoning in Second Generation Expert Systems for Power Systems

A Decision-Support Expert System for Bulk Power System Restoration

A Natural Language Representation of Knowledge Base Integrated With Power Flow Software

An Adaptive Knowledge Based Technique for Weekly Load forecast

28 EMS and Software

External Equivalents for Power System On-Line Computations

Design and Implementation of Highly integrated Systems for Power Systems Planning and Operations

New Approaches to the on-Line Problems in Power Systems

Software Concepts in PAS Functions

29 State Estimation

Transformer Tap Position Tracking Using On-Line Data

Implementation of Third Generation of State Estimator

Multi-Area Linear Programming State Estimator Using Dantzig-Wolfe Decomposition

Treatment of topological Errors in Substations

30 Expert System Applications III

Automatic Control of System Voltage Stability by an Expert System

Decision Making of Meter Placement in Distribution Systems

PRESSto: A Prototype Expert Support System for Turbine Condition Monitoring

An Expert System for Fault Diagnosis of Medium Voltage Distribution Networks

An Expert System for insulation Coordination

31 Operations Planning III

Optimizing The Operating Planning of The STEWEAG Power System - Experience With a New Software Product

Modeling Unit Ramp Limitations in Unit Commitment

Optimal Short-Range Scheduling of Hydraulically Coupled Power Plants With Runoff Prediction

Incremental Network Flow Programming for Short-Term Hydrothermal Scheduling

Short-Term Hydrothermal Generation Scheduling With Inter-Area Power Flow Constraints

32 Operations Planning IV

An Algorithm for Unit Commitment of interconnected Systems

Short-Term Scheduling of a Hydroelectric Power System: A Hydro Unit Commitment With Optimal Spinning Reserve Allocation

Short-Term Operation Planning of Combined Power Systems: A Decomposition Technique

A New Software for Generation Rescheduling in The Future National Control Center of EDF

Optimization of Active Power in Power System Under incomplete information

33 Voltage Stability I

A New Approach to the indication of Voltage Collapse in Electric Power Systems

Assessment of Steady State Voltage Collapse Critical Conditions

A Marginal Analysis of the Voltage Stability With Load Variations

Transient P-V Curves Used for The Analysis of Transient Voltage Stability

A Tool for Analyzing Voltage Collapse in Electric Power Systems

34 Voltage Stability II

Fast Monitoring and Optimal Preventive Control of Voltage instability

On Voltage Stability From The Viewpoint of Singular Perturbation Theory

Relation Between Voltage Collapse and the Classical Steady State Stability Limit

Proposal of a New Voltage-Monitoring Scheme in Terms of Phase Angle Contours to Identify Weak Areas During Voltage instability

Studies of Long-Term Voltage Stability

Author Index


Details

No. of pages:
1280
Language:
English
Copyright:
© Butterworth-Heinemann 1990
Published:
Imprint:
Butterworth-Heinemann
eBook ISBN:
9781483101040

About the Author

Graz Austria

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