Research on a New Intelligent Control System at the High-Voltage Test Site

Chaoping Zhu, C. Huang, Zhi Xie, Yanqing Li
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Abstract

This study developed an intelligent control system integrating intelligent infrared fence and multifunctional mobile power supply at the electrical test site and analyzed the design principle and functions of the device. The control system developed multifunctional mobile power supply to provide high-quality AC and DC power supply. In view of the weak prevention and control ability of the traditional security fence in high-voltage test, an active infrared intrusion detector is added to the original fence. When outsiders touch the infrared ray, the alarm device will be triggered and the power supply will be cut off remotely. The intelligent infrared fence includes infrared detection, signal detection and processing technology, with good security. The circuit design of each module in the mobile power supply system is emphatically analyzed and the multifunctional mobile power supply provides stable and high-quality input power for high-voltage test. The control system has intelligent safety management and control for sudden violations on site and inputs stable and high-quality power to instruments to achieve the goal of “flexibility, convenience, stability, precision, safety and intelligence” on the test site.
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新型高压试验场智能控制系统的研究
本研究在电气测试现场开发了一种集成智能红外围栏和多功能移动电源的智能控制系统,并分析了该装置的设计原理和功能。控制系统开发了多功能移动电源,提供高质量的交直流电源。针对传统安防护栏在高压测试中防控能力较弱的问题,在原有护栏上增加了主动红外入侵探测器。当外人接触到红外线时,会触发报警装置,并远程切断电源。智能红外围栏包括红外检测、信号检测和处理等技术,具有良好的安全性。重点分析了移动电源系统中各模块的电路设计,多功能移动电源为高压试验提供了稳定、优质的输入电源。控制系统对现场突发违规行为进行智能化安全管理和控制,向仪器输入稳定、高质量的电能,实现测试现场“灵活、方便、稳定、精密、安全、智能”的目标。
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