基于物联网的变电站监控系统,使用Arduino和数据记录

Sadiq Ur Rehman, Halar Mustafa, Ali Raza Larik
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引用次数: 4

摘要

在这个自动化时代,对变电站进行监测和控制,为用户提供安全的电力是一项重要任务。但是,由于配电网(变电站)的旧配置和缺乏自动化系统来监控变电站系统的重要状况,停电、限电和火灾的危险正在迅速增加。变电站包括各种电子元件,如变压器、断路器、继电器等。过热会导致变压器流体泄漏或内部绝缘击穿问题。旧的技术需要定期进行人工系统检查,而且精度很低。此外,城市地区的变电站更难以实际检查,因此需要额外的时间来进行有关活动。我们提出了一个低成本的系统,用户友好,并在自动模式下工作,以避免人工参与,电力损失。系统的结果以多种方式显示,以保证系统参数由多人监视和控制,出于安全和保护的原因。该系统的独特之处在于可以同时在桌面和手机上显示结果。在CAYENNE平台上的实验结果验证了我们提出的系统在实时监测、数据记录和控制方面的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Based Substation Monitoring & Control System Using Arduino with Data Logging
Monitoring and controlling the substations is a significant task in this period of automation to provide consumers with safe electricity. But the danger of blackouts, brownouts, and fires is rapidly increasing due to the old configuration of distribution grids (substations) and the absence of automation systems to monitor the vital conditions in substations systems. The substation includes various electronic components such as transformers, breakers, and relays. Overheating can lead to transformer fluid leakage or internal insulation breakdown problems. The old technique requires manual system checking that occurs periodically and with very little precision. Moreover, substations in urban areas are more difficult to check physically and thus take additional time to carry out related activities. We proposed a system that is low cost, user friendly, and works in auto mode to avoid labor involvement, electricity loss. The results of the system are displayed in many ways to assure that the system parameters will be monitored and controlled by more than one person because of safety and protection reasons. The uniqueness of this system is the display of results on desktop and mobile phones simultaneously. The result on the CAYENNE platform validates the performance of our proposed system in real-time monitoring, data logging, and controlling.
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