阅读说明：本技术 一种在电力领域的电网主网架供区联络图装置及展示方法 (Power grid main grid rack supply area contact graph device and display method in power field ) 是由 阙凌燕 蔣正威 张静 张锋明 张心心 孙滢涛 马国梁 卢敏 杨健一 叶淑英 陈水 于 2021-08-06 设计创作，主要内容包括：本发明公开了一种在电力领域的电网主网架供区联络图装置及展示方法,采用模块化的图形展示供区的模型数据和实时数据,所述模型数据包括供区名、供区内厂站数量、供区内线路数量,所述实时数据包括设备检修数、设备故障数、设备越限数和设备重载数；每个供区对应的模块化的图形与关联供区对应的模块化的图形之间通过供区联络线展示两者场站之间的连接关系。本发明以供区为一个整体去展示整个电网的运行状况,可以让使用者了解供区的基本情况,同时又可以通过点击事件触发设备的详细列表,了解更详细的设备数据。(The invention discloses a power grid main network frame supply area contact graph device and a display method in the power field.A modularized graph is adopted to display model data and real-time data of a supply area, wherein the model data comprises a supply area name, the number of stations in the supply area and the number of lines in the supply area, and the real-time data comprises an equipment overhaul number, an equipment fault number, an equipment out-of-limit number and an equipment overload number; and the modular graphics corresponding to each supply area and the modular graphics corresponding to the associated supply areas show the connection relationship between the stations through supply area connecting lines. The invention displays the running state of the whole power grid by taking the supply area as a whole, so that a user can know the basic situation of the supply area, and can know more detailed equipment data by clicking a detailed list of the event trigger equipment.)

1. A method for displaying a power grid main grid rack supply area contact diagram in the field of electric power is characterized by comprising the following steps:

displaying model data and real-time data of a supply area by adopting a modularized graph, wherein the model data comprises a supply area name, the number of stations in the supply area and the number of lines in the supply area, and the real-time data comprises an equipment overhaul number, an equipment fault number, an equipment out-of-limit number and an equipment overload number;

and the modular graphics corresponding to each supply area and the modular graphics corresponding to the associated supply areas show the connection relationship between the stations through supply area connecting lines.

2. The method for displaying the power grid main grid supply area contact graph in the power field as claimed in claim 1, wherein the method comprises the following steps: and respectively displaying corresponding detailed information lists according to the selection of the station data, the line data, the fault data, the overhaul data, the out-of-limit data and the heavy load data.

3. The method for displaying the power grid main grid supply area contact graph in the power field as claimed in claim 2, wherein the method comprises the following steps: displaying a main network wiring diagram of a station line in a supply area according to the selection of the supply area; and displaying the information of the plant station or the line according to the selection of the plant station or the line.

4. The method for displaying the power grid main grid supply area contact graph in the power field as claimed in claim 1, wherein the method comprises the following steps: and displaying real-time tide data and tide directions of the power grid in real time by corresponding supply area connecting lines, and checking the real-time tide size and the tide directions through values and direction primitives on the lines.

5. The utility model provides a contact picture device is supplied district to electric wire netting major network frame in electric power field which characterized in that: the system comprises a supply area module display unit and a supply area external display unit, wherein the supply area module display unit comprises a supply area model data display module and a real-time data display module, the supply area model data display module displays model data of a supply area by using a modularized graph according to the model data of the supply area, the model data displayed in the modularized graph comprises a supply area name, the number of stations in the supply area and the number of lines in the supply area, the real-time data display module is used for displaying real-time data of power supply equipment in the supply area, and the real-time data comprises equipment overhaul number, equipment fault number, equipment out-of-limit number and heavy-load equipment number; the supply area external display unit is used for displaying the external connection station of the supply area and the supply area connecting line correspondingly connecting the two stations.

Technical Field

The invention belongs to the technical field of power grids, and particularly relates to a power grid main grid frame supply area contact diagram device.

Background

Along with the continuous expansion of the scale of the power grid, the complexity of the power grid is also continuously improved, and the high-efficiency and convenient power grid visualization tool is provided, so that the working efficiency of related practitioners can be improved, and great convenience is brought to the work of the related practitioners.

The existing main network wiring diagram only shows the association relationship between plant stations, and cannot monitor the operation state of a power grid from a macroscopic supply area.

Disclosure of Invention

Aiming at the defects of the prior art, the invention aims to provide a power grid main grid rack supply area contact diagram device in the field of electric power, so that the visual display of a power grid supply area is realized, and the operation state of a power grid can be monitored from a macroscopic supply area.

In order to solve the technical problems, the invention adopts the following technical scheme:

a method for displaying a power grid main network frame supply area contact diagram in the power field adopts a modularized graph to display model data and real-time data of a supply area, wherein the model data comprises a supply area name, the number of stations in the supply area and the number of lines in the supply area, and the real-time data comprises an equipment overhaul number, an equipment fault number, an equipment out-of-limit number and an equipment overload number; and the modular graphics corresponding to each supply area and the modular graphics corresponding to the associated supply areas show the connection relationship between the stations through supply area connecting lines.

Preferably, the corresponding detailed information list is respectively displayed according to the selection of the station data, the line data, the fault data, the overhaul data, the out-of-limit data and the heavy load data.

Preferably, a main network wiring diagram of the plant station line in the supply area is displayed according to the selection of the supply area; and displaying the information of the plant station or the line according to the selection of the plant station or the line.

Preferably, real-time power flow data and power flow directions of the power grid are displayed in real time by corresponding supply area connecting lines, and the real-time power flow size and the real-time power flow directions are checked through values and direction primitives on the lines.

The invention also provides a power grid main rack supply area contact diagram device in the power field, which comprises a supply area module display unit and a supply area external display unit, wherein the supply area module display unit comprises a supply area model data display module and a real-time data display module, the supply area model data display module displays the model data of a supply area by using a modularized graph according to the model data of the supply area, the model data displayed in the modularized graph comprises a supply area name, the number of stations in the supply area and the number of lines in the supply area, the real-time data display module is used for displaying the real-time data of power supply equipment in the supply area, and the real-time data comprises an equipment overhaul number, an equipment fault number, an equipment out-of-limit number and an equipment overload number; the supply area external display unit is used for displaying the external connection station of the supply area and the supply area connecting line correspondingly connecting the two stations.

According to the technical scheme, the supply area contact diagram comprises two parts, the first part is the display of supply area data and supply areas so that the supply areas can be used as a whole, on one hand, the supply area names, the number of stations in the supply areas and the number of lines in the supply areas are provided in the whole supply area, the supply area names, the number of stations in the supply areas and the number of lines in the supply areas are basic equipment data in the supply areas, and the statistical number of the equipment can enable users to know the basic conditions of the supply areas. Meanwhile, the detailed list of the equipment can be triggered by clicking the event, so that more detailed equipment data can be known. On the other hand, the supply area is internally provided with the real-time overhaul quantity, the real-time fault quantity, the real-time out-of-limit quantity and the real-time heavy-load quantity of equipment in the supply area. By means of these real-time operating data, the operating state of the entire supply area can be checked. The real-time operation condition of the supply area can be observed through the operation data. Similarly, corresponding list data can be displayed by clicking the number of overhaul, fault, out-of-limit and overload respectively, so that a user can check different operation data for specific services. In order to be consistent with the main network wiring diagram, the power grid wiring diagram of the plant station circuit in the whole supply area can be checked by clicking the supply area icon, so that not only can the contact diagram between the supply areas be checked, but also the plant station wiring diagram in the supply area can be checked, and a multi-azimuth checking mode of the plant station circuit supply area is provided for a user.

The second part is that the outside of the supply area is connected with a plant station and a supply area connecting line, and the connecting line can display real-time tide data and tide direction of the power grid. Supply the district to connect together whole electric wire netting through the junctor of difference, the station at these key transmission line and circuit both ends not only can supply the district to carry electric quantity for this, also can supply the district to carry electric quantity for other, guaranteed the electric power transmission's of whole electric wire netting major network frame stability and reliability, be some equipment that relevant user of service focus on. The apparatus also shows these devices. The outsourced stations are shown at the edge of the supplier map, with the different suppliers connected by these associated stations and lines.

The following detailed description of the present invention will be provided in conjunction with the accompanying drawings.

Drawings

The invention is further described with reference to the accompanying drawings and the detailed description below:

FIG. 1 is a schematic block diagram of a contact diagram device of a main grid rack supply area in the power field according to the present invention;

fig. 2 is a schematic diagram of specific content displayed after selecting content in the modular graphics.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. The following description of at least one exemplary embodiment is merely illustrative in nature and is in no way intended to limit the invention, its application, or uses. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The supply area contact diagram is a visual diagram on a layer higher than a main network wiring diagram of a power grid, and the basic element of the diagram is a supply area comprising a plurality of stations, and the supply area is used as a whole to show the operation condition of the whole power grid.

Example one

Referring to fig. 1 and 2, the display method of the invention for providing contact based on basic model data of a regulatory cloud and real-time data of other third-party systems is suitable for various model data and real-time data based on supply and district grouping.

As shown in fig. 1, modular graphs are used to display model data and real-time data of a supply area, where the model data includes a supply area name, the number of stations in the supply area, and the number of lines in the supply area, and the real-time data includes an equipment overhaul number, an equipment fault number, an equipment out-of-limit number, and an equipment overload number; and the modular graphics corresponding to each supply area and the modular graphics corresponding to the associated supply areas show the connection relationship between the stations through supply area connecting lines.

Model data such as the number of stations and lines are displayed in the supply area, and meanwhile, the real-time overhaul number, the fault number, the out-of-limit number and the heavy load number in the supply area are displayed. And the edge of the supply area shows the internal and external connection stations of the supply area, and the external connection stations are connected to the external connection stations of the supply area on the other side through lines to display real-time line tide data and tide directions. Thus, a complete supply area contact map system is formed.

As shown in fig. 2, after selecting the content in the modular graphics, further detailed content may be displayed, for example:

and respectively displaying corresponding detailed information lists and showing details by clicking plant station data, line data, fault data, overhaul data, out-of-limit data and heavy load data.

And clicking the supply area, and displaying a main network wiring diagram of the plant station line in the supply area.

And clicking the plant station or the line, and displaying the information of the plant station or the line.

And checking the real-time power flow size and the power flow direction through the value and direction graphic elements on the line.

Example two

As shown in fig. 1 and 2, a power grid main rack supply area contact diagram device in the power field comprises a supply area module display unit and a supply area external display unit, wherein the supply area module display unit comprises a supply area model data display module and a real-time data display module, the supply area model data display module displays model data of a supply area by using a modularized graph according to the model data of the supply area, the model data displayed in the modularized graph comprises a supply area name, the number of stations in the supply area and the number of lines in the supply area, the real-time data display module is used for displaying real-time data of power supply equipment in the supply area, and the real-time data comprises an equipment overhaul number, an equipment fault number, an equipment out-of-limit number and an equipment overload number; the supply area external display unit is used for displaying the external connection station of the supply area and the supply area connecting line correspondingly connecting the two stations.

While the invention has been described with reference to specific embodiments, it will be understood by those skilled in the art that the invention is not limited thereto, and may be embodied in other forms without departing from the spirit or essential characteristics thereof. Any modification which does not depart from the functional and structural principles of the present invention is intended to be included within the scope of the claims.