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Integration of Electric Vehicles into Smart Grids with Optimal Distributed Charging Control

Abstract第7页
1 INTRODUCTION第10-12页
    1.1 Context & Strategic issues第10-11页
    1.2 Outline第11-12页
2 BACKGROUND第12-16页
    2.1 Background of EV Deployment and Smart Grid initiatives第12-13页
        2.1.1 EVs market shares remains under 1% but have been subject to significant progresses in the past 5 years,as of policies and regulations第12-13页
        2.1.2 Smart Grid RD&D advances in terms of EV integration第13页
    2.2 Electricity markets第13-15页
        2.2.1 Electricity Retailing Costs & Pricing第14-15页
    2.3 Literature review:Past and ongoing research on EV integration第15-16页
3 System model第16-21页
    3.1 Power system architecture第16-17页
    3.2 PEV fleet model第17-18页
        3.2.1 Usage model第17-18页
    3.3 EV User Satisfaction and Utility function第18-20页
        3.3.1 Concept of satisfaction applied to EV charging第18页
        3.3.2 Expression of the Utility function第18-19页
        3.3.3 Expression of the Marginal Utility第19-20页
    3.4 Electricity Retailing Cost and pricing policy for Smart Charging第20-21页
        3.4.1 Electricity Retailing Cost approximation第20页
        3.4.2 Marginal Electricity retailing Cost第20-21页
4 Decentralized Optimization problem第21-28页
    4.1 Optimization Problem第21-22页
        4.1.1 Intraday Welfare Maximization problem第21-22页
        4.1.2 Day-to-day incentives maximization problem第22页
    4.2 Distributed algorithm for charging control第22-28页
        4.2.1 DR Aggregator side:Optimal Energy capacity and pricing control第22-24页
        4.2.2 Smart charger side:Optimal Charging control第24-25页
        4.2.3 Solving the intraday optimization problem第25-28页
5 PRELIMINARY RESULTS AND PERFORMANCE EVALUATION第28-35页
    5.1 Case study & results第28-30页
    5.2 Convergence & limits of the model第30-32页
    5.3 Revised optimal charging control第32-35页
6 SIMULATION RESULTS第35-38页
    6.1 Model features第35-36页
    6.2 Results第36-37页
    6.3 Predicting the optimal steady state level P_T~*第37-38页
7 CONCLUSION第38-39页
References第39-42页

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