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PMU测量单元对电力系统动态状态估计影响研究

摘要第5-7页
Abstract第7-8页
Chapter 1 Introduction第11-23页
    1.1 Background and Introduction第11页
    1.2 Dynamic State Estimation(DSE)第11-12页
    1.3 Robust Dynamic State Estimation(RDSE)第12页
    1.4 Phasor Measurement Unit(PMU)第12-14页
    1.5 Status of Domestic and Abroad Research第14-21页
    1.6 Thesis Contributions第21页
    1.7 Thesis Outline第21-23页
Chapter 2. Modeling of Static and Dynamic State Estimation第23-32页
    2.1 Introduction第23页
    2.2 Weighted Least Square Estimator第23-25页
        2.2.1 Likelihood Function第23-25页
    2.3 The WLS State Estimation Formulation第25-26页
    2.4 The Model of Measurement Function第26-27页
    2.5 Jacobian Matrix of the Measurement H第27页
    2.6 Weighted Least Square Estimator Algorithm第27页
    2.7 Weighted Least Square State Estimation Decoupled Formulation第27-28页
    2.8 Dynamic State Estimation Based on WLS Estimator第28-31页
        2.8.1 Dynamic Model第28-29页
        2.8.2 Parameters Identification第29-30页
        2.8.3 State Forecasting or State Prediction第30页
        2.8.4 State Filtering第30-31页
    2.9 Brief Summary第31-32页
Chapter 3 Modeling of Robust Dynamic State Estimation第32-39页
    3.1 Introdtiucon第32页
    3.2 The M-Estimators第32-37页
        3.2.1 Newton's Method Estimation第34-36页
        3.2.2 Iteratively Reweighted Least Squares Method第36-37页
    3.3 Dynamic State Estimation Based on M-Estimator第37-38页
    3.4 Brief Summary第38-39页
Chapter 4 A New AppFoach for Including Synchronized Phasor Measurements in DynamicState Estimation第39-73页
    4.1 Introduction第39-40页
    4.2 Conventional State Estimation第40-41页
    4.3 Phasor Measurement Unit in State Estimation and the Proposed Technique第41-43页
    4.4 Dynamic State Estimation Model with PMU第43-44页
        4.4.1 State Forecasting第43-44页
        4.4.2 State Filtering第44页
    4.5 The New Approach Application第44-71页
        4.5.1 Performance Indices第45-46页
        4.5.2 Case Study IEEE 14-bus Test System and the Results第46-58页
            4.5.2.1 Normal Operation Test第47-50页
            4.5.2.2 Bad Data Condition Test第50-53页
            4.5.2.3 Sudden Load Change Test第53-57页
            4.5.2.4 Multi PMUs Test第57-58页
        4.5.3 Case Study IEEE 30-bus Test System and the Results第58-71页
            4.5.3.1 Normal Operation Test第60-63页
            4.5.3.2 Bad Data Test第63-67页
            4.5.3.3 Sudden Load Change Test第67-71页
    4.6 Conclusion第71-73页
Chapter 5 Phasor Measurement Unit Based on Robust Dynamic State Estimation in PowerSystems Using M-Estimators第73-98页
    5.1 Introduction第73-74页
    5.2 Mathematical Model第74-77页
        5.2.1 Iteratively Re-weighted Least Squares Estimation(IRLS)第74-75页
        5.2.2 Decoupled Current Measurement(DCM)Method第75-76页
        5.2.3 Robust Dynamic State Estimation with PMU第76-77页
            5.2.3.1 State Predicting第76-77页
            5.2.3.2 State Filtering第77页
    5.3. The Simulation Analysis第77-97页
        5.3.1 Description of Simulation第77-78页
        5.3.2 Performance Indices第78-79页
        5.3.3 Discussion of the Results第79-97页
            5.3.3.1 Normal Operation Test第79-85页
            5.3.3.2 Bad Data Test第85-90页
            5.3.3.3 Sudden Load Change Test第90-97页
    5.4 Conclusion第97-98页
Chapter 6 Conclusion and Future Work第98-100页
    6.1 Conclusion第98-99页
    6.2 Future Work第99-100页
Bibliography第100-106页
Published Papers第106-107页
Acknowledgements第107-108页
About the Author第108页

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