为提高电力设备可靠性,研制ACS元件训练综合体

A. Andryushin, V. Lunenko, S. Militonyan
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引用次数: 1

摘要

本文讨论了当前解决过程控制相关问题的问题。在解决这些问题的过程中,学生和企业员工的培训过程发挥了重要作用,可以模拟真实设备的操作。莫斯科电力工程研究所(MPEI)沃尔日斯基分部开发了用于研究替代和可再生电力和热能组合的模拟器,以及用于控制,自动调节和技术保护手段的培训综合体。现场设备有助于直观地向学生展示现有设备的功能,包括在实验室工作期间。由于技术原因和天气条件的随机性,不可能将设备撤回到所有模式。在建立地源热泵系统各组成部分数学模型的基础上,建立了地源热泵仿真系统。实验值与模拟值的比较显示出充分的收敛性,这表明了数学模型的正确性,可以将其推广到实际应用中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of ACS Elements Training Complexes of the Power Equipment for the Increase of Its Reliability
The article deals with the current issue of solving problems related to process control. An important role in solving these problems is played by the training process for students and employees of enterprises, which allows simulating the operation of real equipment. Volzhsky branch of Moscow Power Engeneering Institute (MPEI) developed simulators for studying the combination of alternative and renewable sources of electric and thermal energy and a training complex for means of control, automatic regulation and technological protection. The field equipment promotes to visually demonstrate functioning of existing equipment to students, including during laboratory work. The withdrawal of equipment to all modes is not possible for technological reasons and due to the random nature of weather conditions. The simulator of a geothermal heat pump was developed based on the mathematical models of the geothermal heat pump system elements. Comparison of the experimental and simulated values shows sufficient convergence, which indicates the correctness of the mathematical model and allows us to recommend it to practical application.
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