Communication management system design of the smart grid based on the GIS

Liang, Zhirong; Qi, Xue; Du, Ying

doi:10.2991/icmmct-16.2016.63

Cited by 3 publications

(3 citation statements)

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“…1) The construction of the whole information platform should cover the whole process of power generation, transmission, transformation, distribution and use of electricity, and be able to collect information comprehensively, transmit it at high speed and process it effectively, so as to highly integrate electric energy, information and various businesses [7] .…”

Section: Functional Requirements Of Smart Grid Information Platformmentioning

confidence: 99%

Research on Smart Grid Information Platform Integrating Cloud Computing Technology

Yu,

2024

Proceedings of the 4th International Conference on Economic Management and Big Data Applications, ICEMBDA 2023, October 27–29,

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The future power grid will be a highly automated, intelligent power grid, such a large, complex system from power generation, transmission to change, distribution, power process will always generate massive amounts of power information and equipment operation status data, which requires a strong information processing platform as a support, and this platform should have a reliable storage of massive data, accurate analysis, real-time synchronization update and sharing functions, especially audio and video and other heterogeneous data analysis and processing, cloud computing technology has a unique advantage in big data processing, the cloud computing technology will be used in the paper to integrate the cloud computing technology, information platform research on smart grid. This platform should have the functions of reliable storage, accurate analysis, real-time synchronous updating and sharing of massive data, especially the analysis and processing of heterogeneous data such as audio and video. Cloud computing technology has unique advantages in big data processing, and the paper introduces cloud computing technology into the construction of future smart grid information processing platform, discusses the functional requirements of the future smart grid information processing platform, compares the many bottlenecks of the current grid information processing platform, and proves that cloud computing technology can be applied to the future smart grid information processing platform, which can help to improve the efficiency of the information processing platform. It proves the feasibility of applying cloud computing technology to the future smart grid information processing platform.

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Section: Functional Requirements Of Smart Grid Information Platformmentioning

confidence: 99%

Research on Smart Grid Information Platform Integrating Cloud Computing Technology

Yu,

2024

Proceedings of the 4th International Conference on Economic Management and Big Data Applications, ICEMBDA 2023, October 27–29,

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“…The GIS (geographic information system) is an integrated information management system for the electric power production process [17]. It connects power equipment, substations, transmission and distribution networks, power units and power companies.…”

Section: B Temporal-gis Technologymentioning

confidence: 99%

Review of Power Spatio-Temporal Big Data Technologies for Mobile Computing in Smart Grid

Huang

Sun

et al. 2019

IEEE Access

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Mobile computing adds computing, storage, processing and other functions in wireless network ends to provide customized and differentiated services, so that it can be widely applied in the fields of internet of things, video, medical treatment, retail and so on. Recently, power spatio-temporal big data (PSTBD) technology of smart grid based on mobile computing has experienced explosive growth. This paper emphasizes the specific requirements, technologies, applications, and challenges of the current PSTBD for mobile computing in smart grid. Based on current development status of PSTBD companies in representative countries in the world, we introduce PSTBD technology based on the characteristics of mobile computing based smart grid, and conduct a comprehensive investigation and analysis of relevant articles in this field. After comparing the differences between the traditional and the PSTBD based platform in the aspects of important features, platform goal, and platform architecture, we describe the key technologies and algorithms of the current PSTBD in detail. Then, based on the requirements of each link and field of the power grid, the typical application of PSTBD technology in various aspects of smart grid application based on mobile computing is discussed. Finally, the development direction and challenges of PSTBD are given. Through data analysis and technical discussion, it hopes to provide technical support and decision support for relevant practitioners in the PSTBD field.INDEX TERMS Mobile computing, data processing, smart grids, spatio-temporal big data. I. INTRODUCTIONPower spatio-temporal big data based on mobile computing refers to ''power+mobile equipment+big data'', which collects and processes multi-source, heterogeneous, multi-dimensional and multi-form spatio-temporal big data in various links from generation, transmission, transformation, distribution, power consumption to dispatching power production and power service. The characteristics of Power Spatio-Temporal Big Data (PSTBD) meet the ''5V3E'' characteristics [4]-[6], as shown in Fig. 1. In addition to ''3E''The associate editor coordinating the review of this manuscript and approving it for publication was Xuxun Liu .which is energy, exchange, and empathy, the ''5V'' is as follows.Volume: Conventional power dispatching system includes hundreds of thousands of data collection points; the number of power distribution data centers often reaches tens of millions; data volume is often above TB and PB.Velocity: Decision support requires analysis of large amounts of data in a fraction of a second; real-time processing requires continuous real-time data generation.Variety: Data types are structured, semi-structured, and unstructured data, including real-time data, historical data, text data, multimedia data, time-series data and so on.

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“…Geographic information system (GIS) is the traditional geography, mapping and measurement and other disciplines and modern remote sensing technology, global positioning system, computer science and other science and technology, the integrated application of spatial data processing technology [1]. Through the integrated modeling and management of power grid spatial data, accounting data and business process data through GIS technology, the power grid equipment and facilities information, operational status information, production management information and electricity consumption information can be integrated with mountains, rivers, terrain, streets, As well as the natural environment information such as meteorology, geology, resources, etc., are centralized in a unified system to form an integrated resource database of electricity, electricity, and space information that can support various activities of the entire enterprise and serve relevant businesses so as to standardize and scientifically work the power enterprises , Automation, refinement, to achieve management innovation, technological innovation, improve work efficiency and economic and social benefits.…”

Section: Introductionmentioning

confidence: 99%

Research on EPGIS Spatial Information Security for Smart Grid

Wang¹,

Zou²,

Liu³

et al. 2018

dtcse

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Abstract. Through EPGIS, the power grid spatial data, accounting data and business process data are integratedly modeled and managed to form an integrated resource management map of electricity resources and spatial information that can support various activities of the grid and serve relevant businesses. However, due to the existing update and maintenance methods, there are some problems such as unsound update mechanism, cumbersome acquisition process, low efficiency, over-reliance on GPS, lack of security and other issues, seriously restricting the quality and safety of power grid resource information updates. In this paper, a general technical framework of power grid spatial information security management is proposed. Security design is carried out from three aspects: data layer, logical layer and presentation layer. EPGIS data processing security protection tool and application security protection tool are also designed. The mechanism achieved multi-dimensional, all-round security for EPGIS.

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Communication management system design of the smart grid based on the GIS

Cited by 3 publications

References 0 publications

Research on Smart Grid Information Platform Integrating Cloud Computing Technology

Research on Smart Grid Information Platform Integrating Cloud Computing Technology

Review of Power Spatio-Temporal Big Data Technologies for Mobile Computing in Smart Grid

Research on EPGIS Spatial Information Security for Smart Grid

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