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摘要:Electric vehicles(EVs) are designed to improve the power efficiency as well as it prevents the environment from being polluted,and thus they are widely and reasonably used in the power market.Thanks to mobile charging stations(MCSs),it provides the charging service to EVs more easily with higher payoff and lower consumption,compared with the fixed charging stations(FCSs).In this paper,we propose a dynamic contract-based strategy to apply the secured charging service from MCS in Internet of things(IoTs),considering incomplete information of EV users.Firstly,considering this charging system composed of multiple EV users and MCSs,we design the utility function of each one,where non-contract power are supplied to EV users besides the power in contract items in IoTs.Then,in order to maximize MCS’s profits,an optimization problem is formulated to obtain the optimal contract items satisfying EV users’ power demand.Thirdly,the optimal solution of this problem is efficiently achieved through the presented iterative search algorithm,considering the different types of EV users with different contract items.Finally,simulation results validate the effectiveness of our proposal and each of them in this charging system can be benefited.
会议名称:

第33届中国控制与决策会议

会议时间:

2021-05-22

会议地点:

中国云南昆明

  • 专辑:

    工程科技Ⅱ辑

  • 专题:

    公路与水路运输; 电力工业

  • DOI:

    10.26914/c.cnkihy.2021.026025

  • 分类号:

    TM910.6;U491.8

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