Control System Design For Critical Load With Dc Microgrid System

T. Juntasorn, C. Boonseng, K. Kularbphettong
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Abstract

This paper presents the device design to prevent critical load downtime due to power quality problems. At present, most of the equipment has a critical load which is sensitive to voltage changes that affect the operation of the device. In this research article, the power control system is designed to maintain the voltage level that the critical load can work as efficiently as possible by creating an electrical system as a micro-grid system and using a PLC program for controlling and analyzing in realtime situations. This work has simulated the control system that is designed and performs the actual experiment with the prototype. From the experiment, it has been shown that the designed control system can maintain the operation of the critical load continuously. Even though the main electrical system fails, the critical load still works normally.
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直流微电网临界负荷控制系统设计
本文介绍了一种防止因电能质量问题而导致临界负载停机的装置设计。目前,大多数设备都有一个临界负载,它对影响设备运行的电压变化很敏感。在这篇研究文章中,电力控制系统的设计是通过创建一个电力系统作为微电网系统,并使用PLC程序进行实时控制和分析,以保持临界负载可以尽可能有效地工作的电压水平。本工作对所设计的控制系统进行了仿真,并用样机进行了实际实验。实验结果表明,所设计的控制系统能够保持临界负荷的连续运行。即使主电力系统发生故障,关键负载仍能正常工作。
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