Applying a Living Lab Approach to Smart Grid Training Course Design

Alex Gabriel, Kévin Berger, L. Dupont, Valérie Rault, M. Camargo, Frédérique Mayer
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引用次数: 3

Abstract

Humanity is facing environmental issues that require the whole way in which we produce, distribute, and consume energy to be challenged. One technical solution that is widely considered is the smart grid, meaning a decentralized and multi-scale smart energy system. For more than a decade, various pilot projects have been implemented successfully all over the European Union. If such pilots are to be scaled up into effective roll-outs, the electrical engineering workforce needs to be prepared, as do the public authorities, engineering researchers and broader public. They need quick awareness-raising and training in the benefits, drawbacks, opportunities and skills associated with smart grids. Due to the complex nature of the situation and the related challenges for society, designing this training requires an innovative and participative approach. This article proposes a case study on applying a living lab approach to the design of innovative online courses on smart grids.
应用生活实验室方法设计智能电网培训课程
人类正面临着环境问题,这需要我们生产、分配和消费能源的整个方式受到挑战。一个被广泛考虑的技术解决方案是智能电网,这意味着一个分散的、多尺度的智能能源系统。十多年来,各种试点项目在欧盟各地成功实施。如果要将这些试点扩大到有效的推广,电气工程人员需要做好准备,公共当局、工程研究人员和更广泛的公众也需要做好准备。他们需要迅速提高对智能电网的好处、缺点、机会和技能的认识和培训。由于形势的复杂性和社会面临的相关挑战,设计这种培训需要一种创新和参与的方法。本文提出了一个将生活实验室方法应用于智能电网创新在线课程设计的案例研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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