Multi-function Socket Device Design Based on HPLC Transmission and LoRa Wireless Transmission Technology

Yang Junzhong, Yang Sen, T. Haitao
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引用次数: 2

Abstract

With the development of power technology, highspeed power line broadband carrier and LoRa wireless transmission technology have received more and more attention from the power industry. Based on the current market prospects, this paper studies the multi-function socket device based on high-speed power line broadband carrier (HPLC) transmission technology and LoRa wireless transmission technology. The communication device for transmitting, receiving, decoding, and transmitting the basic content of the power carrier module can be completed by HPLC technology, and the monitoring data collection and transmission of the substation environment can be realized. Research LoRa wireless communication optimization technology, under the same power consumption conditions, can travel farther than other wireless methods, achieve low power consumption and long distance uniformity, and realize the device can operate safely and stably for a long time.
基于HPLC传输和LoRa无线传输技术的多功能插座器件设计
随着电力技术的发展,高速电力线宽带载波和LoRa无线传输技术越来越受到电力行业的重视。基于目前的市场前景,本文研究了基于高速电力线宽带载波(HPLC)传输技术和LoRa无线传输技术的多功能插座设备。通过HPLC技术可以完成电力载波模块基本内容的发送、接收、解码、传输的通信装置,实现变电站环境的监测数据采集和传输。研究LoRa无线通信优化技术,在相同功耗条件下,可以比其他无线方式传输更远,实现低功耗和长距离均匀性,实现设备能够长期安全稳定运行。
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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