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On- line Monitoring of electric power system for controlled islanding

U. Tecnológica de Pereira
Mira otros U. Tecnológica de Pereira articulos

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On- line Monitoring of electric power system for controlled islanding

U. Tecnológica de Pereira
Mira otros U. Tecnológica de Pereira articulos

COP $ 25.000
COP $ 25.000

Disponibilidad: Disponible


Autor: Varios Autores

Editorial: U. Tecnológica de Pereira

U. Tecnológica de Pereira

Año de Edición: 2015

2015

Idioma: Español

Formato: Libro Impreso

Número de páginas: 178

ISBN: 9789587222210

9789587222210
On- line Monitoring of electric power system for controlled islanding addresses two main topics in power system monitoring. Firstly, two optimization models for solving the PMU placement problem with constraints of time and reliability are proposed; these models can be helpful for system planners in...
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SKU: 274128

Producto creado el 12/01/2016

Descripción

Detalles

On- line Monitoring of electric power system for controlled islanding addresses two main topics in power system monitoring. Firstly, two optimization models for solving the PMU placement problem with constraints of time and reliability are proposed; these models can be helpful for system planners in developing a roadmap of the process of selecting the location of the PMUs and establishing the guidelines of the long term process roadmap, Secondly, the application of PMUs in the controlled separation of power system is addressed.
 
Información adicional

Información adicional

Editor / MarcaU. Tecnológica de Pereira
Año de Edición2015
Número de Páginas178
Idioma(s)Español
TerminadoRustica
Alto y ancho16.5 x 23.5 cm
Peso0.3500
Tipo Productolibro
ColecciónResearch Projects Collection
Autor

Varios Autores

información no disponible.

Tabla de Contenido

List of figures
List of tables
Preface
Abstract
 
1. Introduction
1.1 Phasor Measurement Unit
1.2 Phasor Measurement Unit Placement
1.3 Applications of synchronized measurement technology
1.4 Objectives and contributions
1.5 Chapter Overview
 
I Phasor Measurement Unit Placement
 
2. ILP – Based Multistage Placement of PMUs
2.1 ILP – based model for optimal multistage scheduling of PMU Placement
2.2 Modeling of zero – injections buses
2.3 Numerical examples
2.4 Concluding remarks
 
3. Reliability – Based PMU Placement in power systems considering transmission line outages
3.1 Substation monitoring system
3.2 Substation monitoring system reliability
3.3 SMS Placement based on bus reliability
3.4 Reliability-based substation monitoring system placement considering transmission line outages
3.5 Evaluation of reliability-based SMS placement
3.6 Numerical studies
3.7 Concluding remarks
 
II Phasor measurement unit applications for controlled islanding
 
4. Real time identification of coherent groups based on Graph Theory
4.1 Graph modeling of power systems
4.2 Recursive spectral bisection
4.3 maximum spanning tree clustering
4.4 Minimum cut tree clustering
4.5 Community detection
4.6 Test Systems and results
4.7 Concluding remarks
 
5. A practical online monitoring system based on wide area measurements of power system islanding
5.1 Stability prediction index (SPI)
5.2 Prony signal analysis
5.3 Monitoring combined scheme
5.4 Identification of the island
5.5 Numerical Examples
5.6 Concluding remarks
6. Contributions, limitations, and future research
6.1 Contributions
6.2 Limitations and future research
 
Apendix A
Apendix B
Apendix C
Apendix D
Apendix E
Bibliography

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