Абдель Менаем Амир Салах Хассан Развитие методов оценки показателей балансовой надежности энергосистем с возобновляемыми источниками энергии

Краткое описание

Абдель Менаем Амир Салах Хассан Развитие методов оценки показателей балансовой надежности энергосистем с возобновляемыми источниками энергии

ОГЛАВЛЕНИЕ ДИССЕРТАЦИИ
кандидат наук Абдель Менаем Амир Салах Хассан
Table of contents

Introduction

Chapter1 Fundamental concepts and mathematical foundation of probabilistic evaluation of power system reliability

1.1. Probabilistic Approaches for Reliability Evaluation

1.2. Statistical foundations of state sampling MCS

1.3. Modelling of power system uncertainties

1.4. Power Flow Modeling and Optimization Framework

1.5. Convergence and Reliability Indices Evaluation

Conclusion

Chapter 2 Generation Reliability Evaluation using Probabilistic- Analytical Methods

2.1. Mathematical formulation of the reliability evaluation problem in a concentrated power system

2.1.1 Convolution method

2.1.2 The method of combined cumulants and Gram-Charlier expansion

2.1.3 The method of combined cumulants and Von Mises function

2.2 Computational results for concentrated power system

2.3 Mathematical formulation of the reliability evaluation problem in composite power system

2.3.1 Point Estimate Method

2.3.1.1 Rosenblueth's PEM

2.3.1.2 Hong's PEM

2.3.1.3 Modified Hong's PEM

2.4 Computational results for composite power system

Conclusion

Chapter 3 A Framework for Reliability Evaluation through Extraction of Rare Loss of Load Events in Composite Power Systems

3.1. Problem formulation

3.2. Implementation of CE-IS method

3.3. Implementation of ECE-IS method

3.4. Subset Method

3.5. Results

3.6. Discussion

Conclusions

Chapter 4 Reliability Evaluation considering the Integration of Renewable Generation

4.1. Modelling of renewable power generation units

4.1.1. Wind Energy Conversion System

4.1.2. Solar Energy Conversion System

4.2. Stochastic Multivariate Dependence Modelling

4.3. Implementation of ECE-IS Method considering renewable generators

4.4. Results

Conclusion

Conclusions and Recommendations

List of Symbols

References