Discussion on Industrial Internet Platform Construction Based on Power Internet of Things

Author:

Wang Yao,Liu Weiliang,Zhou Jianqi,Liang Yun

Abstract

Abstract At present, the development of industrial Internet platform is in a period of large-scale expansion. Since 2017, China has issued a series of documents, such as the Guidance on Deepening “Internet + Advanced Manufacturing” to Develop Industrial Internet, the Action Plan for Industrial Internet Development (2018-2020), and the Industrial Internet App Cultivation Project (2018-2020), which constantly points out the direction for the development of the industrial Internet industry. The power Internet of Things connects the equipment, customers and data in all links of energy production, transmission and consumption in real time, fully bearing the production and operation of power grid, enterprise management and new business development, etc. It has the characteristics of ubiquitous terminal access, open platform sharing, computing cloud collaboration, convenient and flexible application, etc. This paper aims to discuss how the power Internet of Things can help the construction of the industrial Internet, provide strong data resource support and service for the safe and economic operation of the power grid, improve business performance, improve service quality, cultivate and develop strategic emerging industries, and open up a new road for management innovation, business innovation and value creation.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference5 articles.

1. Efficient 5G Small Cell Planning With eMBMS for Optimal Demand Response in Smart Grids;Saxena;IEEE Transactions on Industrial Informatics,2017

2. Heterogeneous network modeling for smart grid technology;Ansari,2016

3. A Heterogeneous Wireless Network Selection Algorithm for Smart Distribution Grid Based on Chi-square Distance;Chou,2018

4. A Base Station DTX Scheme for OFDMA Cellular Networks Powered by the Smart Grid;Wang;IEEE Access,2018

5. Model-based assessment for balancing privacy requirements and operational capabilities in the smart grid;Knirsch,2015

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