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Learning Energy Storage in Hybrid/Electric Vehicles: Erasmus Mundus Master Course in Sustainable Transportation Electrical Power Systems

机译:学习混合动力/电动汽车的能量存储:伊拉斯mus世界的可持续交通和电力系统硕士课程

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The "Erasmus Mundus Master Course in Sustainable Transportation & Electrical Power Systems" is supported by three universities, located in Spain, Italy and United Kingdom, and a Polytechnic Institute in Portugal. One of the main goals is the training of qualified staff in areas related to electrical energy management, emphasizing in power systems for electric propulsion vehicles and renewable energies. Among others, the subject "Energy Storage and Recovery in Power Systems and Hybrid/Electric Vehicles" is considered a keystone in the Master. During third semester, the students who follow the technical track, have to develop small projects and tasks related to electric vehicles, battery management, power stages for battery charger and so on. This paper show the goals and the results obtained in these topics. All of these topics are partially collected in one subject, with a high practical content. The students have to learn not only the theoretical topics, but they have to elaborate a project, in a work team and use modern laboratory equipment as well. It should be noted that the students have to work and collaborate in a multicultural environment, with students and professors. This paper describes the subject methodology, and the results obtained.
机译:“ Erasmus Mundus可持续交通和电力系统硕士课程”由西班牙,意大利和英国的三所大学和葡萄牙的一所理工学院提供支持。主要目标之一是对与电能管理有关的领域的合格人员进行培训,重点是电动推进器和可再生能源的动力系统。其中,“动力系统和混合动力/电动车辆的能量存储和回收”主题被视为硕士课程的基石。在第三学期中,遵循技术路线的学生必须开发与电动汽车,电池管理,电池充电器的功率级等相关的小型项目和任务。本文显示了在这些主题中的目标和获得的结果。所有这些主题均部分收集在一个主题中,具有很高的实用性。学生不仅必须学习理论主题,而且还必须在一个工作团队中精心设计一个项目,并且还必须使用现代化的实验室设备。应该注意的是,学生必须在多元文化的环境中与学生和教授一起工作和合作。本文介绍了主题方法,并获得了结果。

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