Research on Unified Hardware Platform of Power Switchgear Compatible with Multi-physical Quantity Access

Youpeng Zhang, Haodong Wang, Jianying Zhong, Shengwu Tan, Yongqi Yao, Yiming Zhang, Wentao Zhang, Xiaohua Wang, A. Yang, H. Yuan
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Abstract

In order to realize the intelligent monitoring of power switchgear, a lot of software and hardware need to be installed duo to the detailed monitoring classification, which restricts the development of equipment miniaturization and standardization. It is urgent to develop a unified hardware platform compatible with a variety of physical quantity monitoring. This paper constructs a multi-channel parallel acquisition channel and RTC clock through the "FPGA + ARM" architecture and develops a hardware platform with high data acquisition speed and time synchronization accuracy. The time synchronization accuracy of the system is 16 μs and performed steadily. The unified access of multi-physical quantities measurement and monitoring of power switchgear is realized for the first time, which provides strong technical support for the standardization development of the power switchgear monitoring system.
兼容多物理量接入的电力开关柜统一硬件平台研究
为了实现电力开关柜的智能监控,需要安装大量的软件和硬件,并进行详细的监控分类,这制约了设备小型化和标准化的发展。开发一个兼容多种物理量监测的统一硬件平台迫在眉睫。本文通过“FPGA + ARM”架构构建了多通道并行采集通道和RTC时钟,开发了具有高数据采集速度和时间同步精度的硬件平台。系统时间同步精度为16 μs,运行稳定。首次实现了电力开关柜多物理量测量与监控的统一接入,为电力开关柜监控系统的标准化发展提供了有力的技术支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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