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Isolated Energy Management Learning Platform through Smart and Green Building Design: A Case Study of USIS Building, Naresuan University

机译:孤立的能源管理学习平台通过智能和绿色建筑设计:纳索园大学USIS大楼案例研究

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Learning process has been shifted from lecture-based to active learning. Active learning can be defined in three main categories (1) an instructional approach (2) not an instructional approach and (3) active learning not defined but viewed as a learning approach. Among these definitions there is a common issue on strongly focusing student centered activities. Nowadays electrical engineering curriculum has to cover not only the basic knowledge of electrical power systems but also modern technologies to cope with the disruptive issues. One of the important technologies in electrical engineering is a smart grid of which the smallest management unit can be viewed as an isolated unit. The objective of this paper is to develop isolated energy management platform through smart and green building design in order to support active learning in higher education of Electrical Engineering program. The developed system has been installed in a building which can be used as a demonstration of a small isolated energy management system as well as active laboratory for research.
机译:学习过程已从基于讲座的主动学习转移。主动学习可以在三个主要类别(1)中定义一个教学方法(2)不是教学方法和(3)未定义的主动学习,但被视为一种学习方法。在这些定义中,强烈关注学生集中活动存在一个共同问题。如今电气工程课程不仅要掩盖了电力系统的基本知识,也可涵盖了应对破坏性问题的现代技术。电气工程中的重要技术之一是智能电网,其中最小的管理单元可以被视为孤立的单元。本文的目的是通过智能和绿色建筑设计开发隔离的能源管理平台,以支持电气工程计划高等教育的积极学习。开发系统已安装在建筑物中,该建筑可用作小型能源管理系统的演示以及研究的活跃实验室。

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