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Software For Improved Online Teaching Of Power System Analysis For Undergraduates

机译:改进电力系统分析在线教学的软件

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In electric power system study, balanced system is often assumed. This is not usually so in a practical system, most especially in a distribution network in which consumers' loads and or loading patterns vary. Hence, a single-phase cannot be sufficient to analyse a distribution network of three-phase lines and one neutral. In this study, Carson's equation, which is a suitable approach for modelling the series impedance and shunt admittance of overhead line, is deployed to analyse a three-phase distribution network for which a computer-based WindMil application is used to verify. WindMil application is proposed in this study for distribution network analysis because of its robustness to handle several problems associated with it such as unbalanced system, voltage regulation, etc. Moreover, WindMil application is also user friendly and it is suitable for online teaching and learning of power system analysis with respect to novel coronavirus pandemic problem.
机译:在电力系统研究中,通常采用平衡系统。在实际系统中通常不是这样,最特别是在用户负载和/或负载模式变化的配电网络中。因此,单相不足以分析三相线路和一个中性线的配电网络。在这项研究中,采用卡森方程(一种用于架空线的串联阻抗和并联导纳建模的合适方法)来分析三相配电网,并使用基于计算机的WindMil应用程序对其进行验证。这项研究提出了WindMil应用程序用于配电网络分析,因为它具有处理不平衡系统,电压调节等与之相关的若干问题的鲁棒性。此外,WindMil应用程序还易于使用,适用于在线教学和学习。关于新型冠状病毒大流行问题的电力系统分析。

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