Analysis on Ubiquitous Power Internet of Things Based on Environmental Protection

Author:

Jin Huawei,Liu Xianjun,Liu Weiwei,Xu Jing,Li Weiping,Zhang Hao,Zhou Jie,Zhou Yuheng

Abstract

Abstract With the comprehensive acceleration of the construction of ubiquitous power Internet of Things by power companies, the construction of power Internet of Things can improve the depth and breadth of information monitoring in all aspects of the power system, monitor and control the operating parameters of important equipment in all aspects, and improve the power system. The monitoring, analysis and prevention capabilities; sensors are the most critical link to the in-depth mastery of information in all aspects of the power of the Internet of Things. As one of the important components of the country, the power company plays a fundamental role in supporting the development of the entire national economy. As power companies continue to develop, they also bring a series of environmental problems. The use of sensor monitoring terminals has become a key issue restricting the development of power Internet of Things. How to build an environment-friendly environment based on environmental protection. The power Internet of Things can improve the safe operation level of the power grid and achieve good economic and social benefits.

Publisher

IOP Publishing

Subject

General Engineering

Reference6 articles.

1. Research and application of Internet of Things and visualization technology in a new generation of intelligent substation;Jiye;ELECTRICAL APPLICATIONS,2013

2. Design and Implementation of Condition Monitoring Information Platform for Open Transmission and Distribution Equipment;Shanyi;Power System Protection and Control,2014

3. Research on Intelligent Early Warning System Based on Transmission Line Online Patrol System;Zhao;Power System Protection and Control,2015

4. Research on route optimization of power wireless sensor network;Xianqing;Beijing: North China Electric Power University,2017

5. Internet of Things Technology for Smart Grid and Its Application;Xiangzhen;Telecommunications Network Technology,2015

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