2.1

Ability to mark and analyze points on the map

You can mark the location of the disaster or the location of the damage or failure on the map. You can classify and collect the points marked on the map, and name and annotate the collected points. Supports display and modification of favorite locations on the map. Actual meteorological conditions can be analyzed for the points marked on the map, and the distribution of basic power grids, important users, disaster-damaged points, power transmission video equipment, in-station video equipment, team resources, vehicle resources, equipment resources, and material warehouses within a specified range around the marked points can be analyzed. It can summarize and display various analysis results, realize rapid preview of emergency command elements, and provide data support for emergency command.

2.2

Map drawing ability

You can create plots based on GIS maps, and use icons, lines, arrows, text and other plotting tools to perform combat command plots on maps. You can save the created drawings, edit and update the saved drawings, and create different versions by performing secondary operations based on the saved historical drawings. The saved historical plots can be displayed in the system, and the map scale and viewing angle can be adjusted. The created plots can also be saved to the server or exported to the local computer in the form of pictures, so as to realize the printing and dissemination of the plots.

3.1

Point analysis content

According to the latitude and longitude of the marked point and the circled area, the statistical information of each analysis item around the point can be obtained. And it can be visualized on the map, so that you can quickly understand the specific situation around it.

Live weather conditions: analyze the live weather information around the marked longitude and latitude.

Basic power grid: obtain information on substations and transmission lines of 500kV and above around the point.

Important users: Get the important users information of the power grid around the point. It can be displayed as a map heat map.

Teams, Vehicles, Material Warehouses, Equipment: Get information about emergency teams, emergency vehicles, material warehouses, and emergency equipment around the location. You can aggregate scattered location information on the map.

Surrounding Video: Get the video of the power transmission lines around the point and the video information inside the station, locate the video on the map, and display the number of video devices in the form of corner marks.

Power grid failure: Get the information of unrestored power grid failures around the point, and count the substation failures, transmission line failures, and distribution line failures separately.

Distribution transformer power outage and power on: Obtain the distribution transformer power outage and power on fault information around the point.

95598 power outage work order: Get the current 95598 power outage work order information around the point.

3.2

Point analysis data acquisition

The point analysis data comes from 5 different platforms and is summarized and displayed in this system, making it easy to understand the specific situation of the current location at a glance, view the important data information of concern, and better formulate command plans.

The four elements of resource data are obtained from the material platform, including teams, vehicles, material warehouses, and equipment. Real-time weather information data is obtained from Nari Hydropower, and the weather information of the current point is displayed in real time. Data from important users and 95598 power outage work orders from the data center. Video and business center equipment data are retrieved from the unified video platform. The power grid resource business center obtains the power grid equipment ledger and fault data. The process is shown in Figure 2:

Figure. 2

Point analysis data source

3.3

Point analysis algorithm

Point analysis using geospatial gridding algorithms[6]. By dividing the geographic space into a series of regular grid cells, each of which contains a certain geographic area and data, geographic data can be stored, queried, analyzed, and visualized more efficiently.

First, different grid division standards are set according to different application scenarios and data requirements to analyze the required data more accurately. Then, the original geospatial data is cleaned, converted and formatted to obtain a data format that meets the grid division requirements. After data preprocessing, grid division is performed, and the geographic space is divided into a series of grid cells according to the grid division standards set for the current type of data. Then, a unique code is assigned to each grid cell, and an index is established to support fast retrieval and positioning. Finally, the gridded data is used for spatial analysis, statistical analysis and visualization.

4.1

Basic Abilities

Map drawing supports basic creation and saving.

It supports mapping. After the mapping editing, there are already a large number of manually added marks, text annotations and other mappings that help analysis on the map. At this time, you can perform the mapping operation and convert the current map display into a picture for saving and downloading, which is convenient for subsequent offline use.

Supports viewing historically saved plots, and can only view the images generated by plotting during the editing process of the corresponding plot. Historical plots can be copied as new plots for version control. Supports associating specific emergency events, which facilitates viewing plots for specific events.

4.2

Plotting Canvas

Supports delimiting an area and exporting the area into a high-definition image according to the current scale of the map. Delimit an area in the middle of the map with the aspect ratio of A4 paper, and drag to adjust the size and horizontal and vertical directions. After confirmation, obtain the coordinates of the four vertices. After that, no matter how the map is zoomed in or out, the final exported image will use the surface connected by these four vertices as the export surface, so that a large-scale map at the community level can be exported.

4.3

Key areas highlighted

You can select regions at the provincial, municipal, and county levels. After selection, the region will be drawn with a border line and a default background color will be added. The color can be modified. The border line supports modifying the line width and color, and supports stroke projection to highlight the border line. There is a lower-level stroke switch that can draw the border line of the current level and the next level according to the province, city, and county for easy viewing.

After selecting an area, it supports white masking, which adds a layer of white mask to other areas on the map except the selected area to highlight the selected area. It supports automatic coloring, which can fill the lower-level areas with 4 colors, and use 4 non-adjacent colors to fill the entire selected area.

4.4

Basic plotting

The brush tool is used to drag on the map to draw corresponding irregular lines. The color and thickness can be adjusted.

The line and double line tool allows you to select points on the map. It supports connecting solid lines, dotted lines, solid double lines, dotted double lines, dotted and solid lines, etc. between the selected points. You can adjust the color and thickness.

The arrow tool connects the points clicked on the map into arrows. It supports line arrows, surface arrows, and curved arrows. It also supports thickness and color control.

Graphics tool, after selecting the type, you can click and drag on the map to generate the selected graphics, supporting rectangles, circles, ellipses and custom polygons. You can modify the border color and thickness of the graphics, modify the fill color, and support gradient color filling.

The text tool can generate a text box anywhere on the map for text input. The annotation tool supports generating a text box with connecting lines, which can be bound to a location. After selecting a text, you can set different styles, such as font, font size, font color, background color, bold, italic, underline, etc.

The table tool supports generating a dynamic table on the map, and the table content and style can be manually controlled.

The chart tool supports the generation of bar charts, line charts, pie charts and ring charts, which can be placed on the map. The position can be modified by dragging.

The picture and video tool supports displaying a picture or video at a selected location. It can upload local resources and also supports selecting remote video library resources.

The legend tool supports dynamic generation of legends based on the content marked on the map, making it easier for users to view.

4.5

Icon Plotting

Users can drag and drop icons from the toolbar onto the map. By default, there are four types of icons: resources, disaster damage, security, and power grid facilities. Icons can be uploaded and configured on the map icon management page. Icons have different states, and different states correspond to different colors. After selecting an icon, you can switch the state directly without reinserting it.

4.6

Grid plotting

Supports geographic layout, regional power grid wiring diagram, and equipment power grid wiring diagram. In the geographic layout, search for substations, transmission lines, and distribution lines, and then select them to draw the geographic grid of the equipment on the map. In the regional wiring diagram, select the area and voltage level, and then display all the equipment of the voltage level in the area. This line is a straight line, showing the relationship between the equipment. The equipment wiring diagram is the wiring diagram of a single device. After selecting it, only the device is displayed.

These three types of grid mapping make it convenient for users to mark key affected equipment on the map so as to conduct combat command more clearly.

4.7

Operate

All plots can be moved and can be moved as a whole after selecting a frame. Undo and redo operations are supported. Some plots can be partially erased with an eraser. All plots can be deleted and copied.