Interconnectivity and interoperability-oriented communication converter for low voltage meter reading

Ying Sun, Zhipeng Su, Ying Zhao, Qiong Wu, Feiou Yu
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Abstract

With the development of smart grid construction, the domestic power user consumption information collection system is basically complete. In the current low-voltage meter reading system, most of the downlink channels use power line carrier and RS485 for communication. In the construction process over the years, the power line carrier technology has been updated rapidly, resulting in the coexistence of narrowband carrier, broadband carrier, high-speed carrier, and carrier wireless dual-mode technologies. In order to solve the problem of power line carrier interconnection and intercommunication of different technologies in the same station, this paper designs a low-voltage meter reading interconnection and intercommunication converter, which solves the problem of the communication module upgrade of station electric meters. And the converter can also support data collection after load switching across stations. Verified by field application, the device can effectively solve the problem of power line carrier interconnection in different technical systems.
面向互联互通和互操作的低压抄表通信转换器
随着智能电网建设的发展,国内电力用户用电信息采集系统基本完善。在目前的低压抄表系统中,下行通道大多采用电力线载波和RS485进行通信。在多年的建设过程中,电力线载波技术更新迅速,导致窄带载波、宽带载波、高速载波、载波无线双模技术并存。为了解决同一站内不同技术的电力线载波互联互通问题,本文设计了一种低压抄表互联互通转换器,解决了站内电能表的通信模块升级问题。变换器还可以支持跨站负荷切换后的数据采集。经现场应用验证,该装置可有效解决不同技术系统中电力线载波互连问题。
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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