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利用需求响应策略实现辅助频率响应并提高电力系统的效率

Abstract第5页
Chapter 1: Introduction第10-15页
    1.1 Background and meaning of the topic第10页
    1.2 Research contents and objectives第10-13页
    1.3 Organization of Thesis第13-15页
Chapter 2: System Frequency Control第15-33页
    2.1 Introduction to literature review第15-17页
    2.2 Impact of intermittent renewable energy sources to Power system第17-19页
    2.3 Demand Response strategies to implement ancillary frequency response第19-22页
    2.4 Introduction to HVAC Load control第22-29页
        2.4.1 Air-Side HVAC systems第23-24页
        2.4.2 PID control第24-25页
        2.4.3 Model predictive control第25-27页
        2.4.4 Adaptive Fuzzy Logic Control第27-29页
    2.5 Low-Order System Frequency Response Model第29-33页
Chapter 3: Power System Frequency Response model and HVAC load control designs第33-54页
    3.1 Power System Frequency Response Model with dynamic system parameters第33-35页
    3.2 The HVAC aggregate model and its control第35-36页
    3.3 Mathematical Formulation of Demand side response model第36-39页
    3.4 Adaptive Fuzzy Logic control design for HVAC Systems第39-44页
        3.4.1 Sizing of Water valve第40页
        3.4.2 Sizing of steam valve第40页
        3.4.3 Modelling of Air Handling Unit第40-42页
        3.4.4 Fuzzy Rule Matrix Adaptation Algorithm第42-44页
    3.5 Case study of the Power System Frequency Response model with A-FLC HVACloads第44-54页
        3.5.1 Contribution of HVAC loads to Frequency Response第47-50页
        3.5.2 Methodology for Evaluating System Operation第50-52页
        3.5.3 Introduction of DR loads into System scheduling and Evaluation the Benefits ofDR第52-54页
Chapter 4: Result analysis of case study and discussion第54-59页
    4.1 Simulation results of Adaptive Fuzzy Logic Control model for HVAC system第54-56页
    4.2 Simulated scenarios for the Great Britain System第56-57页
    4.3 Economic Benefits of DR in the system第57-59页
Chapter 5: conclusion and the scope of future work第59-61页
    5.1 Conclusion第59页
    5.2 Scope of Future work第59-61页
Acknowledgement第61-62页
References第62-65页

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