Power Distribution Systems Curriculum

该项目的目标是通过改编来自其他几个机构的概念和材料来创建配电系统课程。配电系统课程旨在教育学生如何操作和规划配电系统。该课程以配电自动化和控制设备实验室为中心，配以可视化采集数据和控制配电系统的软件程序。拟议的课程适应并实施了其他大学开发的配电概念，并在德雷克塞尔大学进一步发展为全面系统方法。课程以一个实验室为中心，该实验室采用软件概念，如可视化，以及与电容器放置和控制有关的实验，并基于对国立台湾大学配电自动化实验室的预期改进，实施改进的硬件传感器和信号调理板。设计的课程具有以下优势：1)向学生介绍具有不同系统连接和接地的元件的数学模型；2)从系统的角度处理配电网络，其中使用单个元件模型来执行严格的电路分析技术；3)利用霍尔效应器件对物理网络状况进行高级监控；以及4)集成信号调理板以隔离各种现象--如浪涌或尖峰。

The objective of this project is to create a power distribution systems curriculum through the adaptation of concepts and materials from several other institutions. The power distribution systems curriculum is designed to educate students in the operation and planning of electric power distribution systems. The curriculum centers around a distribution automation and control equipment laboratory coupled with software programs to visualize collected data and to control the distribution system.The proposed curriculum adapts and implements electric power distribution concepts that have been developed at other universities and further developed at Drexel University into an overall system approach. The curriculum centers on a laboratory that adapts software concepts, such as visualization, and experiments pertaining to capacitor placement and control, and implements improved hardware sensors and signal conditioning boards based on foreseen improvements to the distribution automation laboratory at National Taiwan University. The designed curriculum has the following advantages by:1) introducing students to mathematical models for components with different system connections and grounding,2) approaching distribution networks from a system viewpoint where individual component models are applied to perform rigorous circuit analysis techniques,3) utilizing Hall Effect Devices for advanced monitoring of physical network conditions, and4) integrating signal conditioning boards for isolating varying phenomena - such as surges or spikes.