智能电网中V2G方案的建模与分析

Aditi Gupta, H. Bansal, Pavni Jaiswal, Ravinder Kumar
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引用次数: 3

摘要

车辆到电网(V2G)模型具有为大规模实施混合动力汽车模型开发的电力系统提供分布式备用的潜力。提出了一种改进的V2G控制模型,根据车辆用户的日行程,同时管理各种可再生能源、车辆空闲时间和发电量。车辆到电网的功率相对于所需的电池充电状态和检测到的插件终端进行控制。本文采用MATLAB/Simulink实现了所提出的控制模块。通过各种仿真图分析了控制结构、接口、通信、系统效率和时间响应的性能。
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Modeling and Analysis of a V2G Scheme: A Concept in Smart Grid
Vehicle-to-Grid (V2G) model has the potential for providing a distributed reserve to the power system developed for large scale implementation of Hybrid Electric Vehicle model. The authors proposed a modified V2G control model managing the various renewable energy sources, vehicles' idle time and power generation, simultaneously, according to the vehicle user's day schedule. Vehicle-to-Grid power is controlled with respect to the desirable battery State-of-Charge and the detected plug-in terminal. In this paper, the proposed control block is implemented in MATLAB/Simulink. Performances of the control structure, the interface, the communication, the system efficiency, and time responses are analyzed by various simulated plots.
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