Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

1. The overall architecture of GIS transformer IoT

According to the production, marketing and operation mode of GIS transformers, use the Internet of Things technology; construct a GIS transformer Internet of things overall architecture; introduce the overall structure of the GIS transformer Internet of things, GIS substation Internet of things information sharing and automatic synchronization; finally show the GIS substation Internet of Things information sharing and automatic photo synchronization. The overall architecture of GIS transformer IoT is shown in Figure 1.

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 1 The overall architecture of GIS transformer IoT

The symbols in the figure are explained as follows:

A1—GIS Transformer Factory A2—GIS Transformer Factory A4—GIS Transformer Factory

B1, B2, B3, and B4, a human-machine interconnection, connects A1, A2, A4, GIS1 substation, GIS2 substation and GIS3 substation through the core layer of the overall architecture.

The GIS transformer Internet of Things can gradually integrate the three elements of intelligent machines, advanced analysis and staff, fully embodying the essence of the Internet of Things. Human-machine interconnection: Establish real-time connections between employees and connect people in the workplace of GIS transformers to support more intelligent design, operation, maintenance, and high-quality service and safety assurance of GIS transformers.
GIS transformer industry interconnection: use a new method to connect the machines, equipment, teams and networks in the production, inspection and operation of GIS transformers through advanced sensors, controllers and software applications.

The core layer of the overall architecture of GIS transformer IoT: GIS substation automation system and industry information.

2. GIS substation Internet of Things information sharing

Based on the overall architecture of GIS transformer IoT, a GIS substation remote operation and maintenance service platform is established; this platform includes GIS1 substation, GIS2 substation and GIS3 substation; the following only introduces GIS substation IoT information sharing.

The operation steps of GIS substation Internet of Things information sharing are as follows:

2.1) Click on the icon

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 2 Click the icon

2.2) Enter account and password

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 3 Enter account and password

2.3) Enter the remote operation and maintenance service platform of GIS substation

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 4 Entering the remote operation and maintenance service platform of GIS substation

2.4) GIS substation IoT information sharing

GIS substation remote operation and maintenance service platform is constructed by GIS1 substation, GIS2 substation and GIS substation. GIS substation Internet of Things information sharing is shown in Figure 5-7.

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 5 GIS1 substation IoT sharing information

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 6 GIS2 substation IoT sharing information

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 7 GIS3 substation IoT sharing information

Three, GIS substation Internet of things information synchronization

GIS substation IoT information synchronization is realized by using the synchronization version of 360 Enterprise Cloud Disk. The operation steps for GIS substation IoT information synchronization are as follows:

3.1) Click the icon 360 Enterprise Cloud Disk

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 8 Click the icon 360 Enterprise Cloud Disk

3.2) Enter account and password

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 9 Enter account and password

3.3) Enter GIS substation IoT information synchronization

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 10 Entering GIS substation IoT information synchronization

The photos of GIS substation IoT information synchronization are shown in Figure 11-13. The three monitors in the picture represent the monitors of the GIS1 substation, GIS2 substation and GIS3 substation; the display information of the three monitors is synchronized. Figures 11-13 are the synchronization of GIS substation waveform information, GIS substation waveform parameter setting information synchronization, and three GIS substation information synchronization.

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 11 GIS substation waveform information synchronization

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 12 GIS substation waveform parameter setting information synchronization

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

Figure 13 Information synchronization of three GIS substations

Design of Information Sharing and Automatic Synchronization of Internet of Things Based on GIS Substation

GIS substation remote operation and maintenance service platform

GIS1 substation GIS2 substation GIS3 substation

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