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A Novel ICT Solution for Electric Vehicles Integration on Smart Grids

机译：用于智能电网中的电动汽车集成的新型ICT解决方案

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摘要

The integration of electric vehicles in smart grids introduces challenges due to the high involved power values and the vehicles mobility beyond the reach of the home area network. This paper presents a new ICT architecture that supports an energy management algorithm that aims to optimize the electric vehicle charging and storage capabilities accordingly with economical and technical considerations. The developed solution monitors the batteries' state of charge, state of health and the available energy stored in the batteries, along the electric vehicle journey. The collected electric vehicle information is thereafter sent to databases in real-time base to achieve this mentioned purpose. The recorded data is accessible to the home area network aggregator and end user energy scheduler, and by other grid operator applications. According with the battery pack state of charge, the energy selling price and the custom energy usage profile is also possible, in some conditions, to apply the vehicle to grid concept. The energy management algorithm uses dynamic tariffs, end-users' preferences and comfort requirements regarding the operation of the remaining house appliances and electric loads.
机译：电动汽车在智能电网中的集成带来了挑战，这是因为涉及的功率值很高，并且汽车的移动性超出了家庭局域网的范围。本文提出了一种新的ICT体系结构，该体系结构支持一种能源管理算法，旨在根据经济和技术方面的考虑来优化电动汽车的充电和存储能力。开发的解决方案可在电动汽车行驶过程中监控电池的充电状态，健康状态以及存储在电池中的可用能量。此后，所收集的电动车辆信息被实时发送到数据库中，以实现上述目的。所记录的数据可由家庭局域网聚合器和最终用户能源调度程序以及其他电网运营商应用程序访问。根据电池组的充电状态，在某些情况下，也可以将能源销售价格和自定义能源使用情况配置文件应用到电网概念中。能源管理算法使用动态费率，最终用户的偏好以及有关剩余家用电器和电力负载运行的舒适性要求。

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