Communication optical cable homologous maintenance method based on power grid resource service platform

Abstract

The invention discloses a communication optical cable homologous maintenance method based on a power grid resource service intermediate station, which comprises the following steps of: S1, constructing a communication equipment homologous maintenance application, constructing communication equipment graphs and information in the power grid resource service intermediate station through the application, and constructing resource association between homologous communication equipment and power grid primary equipment, sharing of spatial position information is realized; and S2, after the maintenance of the communication equipment is completed, the communication equipment is changed, and the information data of the communication equipment is changed to a power grid resource service platform through a communication equipment homologous maintenance application. According to the invention, mutual coordination and data fusion and sharing of the communication management system and the power grid resource business middle station are realized through homologous maintenance application of the communication equipment, and management of the communication optical cable is integrated into the power grid resource business middle station. And homologous maintenance of communication optical cables is realized based on a power grid resource service platform.

Description

Technical Field

[0001] The present invention relates to the technical field of optical cable maintenance, and in particular to a communication optical cable homologous maintenance method based on a power grid resource service center. Background Art

[0002] Optical cable is an important equipment for power communication, which connects various optical cable equipment to form a power communication network. There are two types of installation forms for existing optical cable lines. One of them is a shared line channel, that is, a shared channel with the power grid line. For example, the optical cable section in the optical cable line shares a channel with the transmission line, and the optical junction box shares a channel with the pole tower or manhole where it is installed. There is a corresponding spatial position relationship between these optical cable equipment and the primary equipment of the power grid. The other installation form is independent installation. There is no direct connection between the optical cable line and the power grid line in this way.

[0003] At present, the communication management system and the power grid resource business middle platform are used for optical cable and power grid management and maintenance respectively, and the data between the two systems are not integrated or interactive. Based on the construction requirements of one map for communication digitized optical cables and the construction principle of "one map for power grid, one source for data", it is necessary to build a one map application for communication optical cables in which the communication management system and the power grid resource business middle platform coordinate with each other and integrate and share data. Based on the above reasons, a method for maintaining the same source of communication optical cables based on the power grid resource business middle platform is provided. Summary of the invention

[0004] 1. Technical problems to be solved: In view of the above technical problems, the present invention provides a communication optical cable homology maintenance method based on a power grid resource business center.

[0005] 2. Technical solution: A communication optical cable homology maintenance method based on a power grid resource service center comprises the following steps: S1. Build a homologous maintenance application for communication equipment. Through this application, build communication equipment graphics and information in the power grid resource business middle platform, build the resource association between homologous communication equipment and power grid primary equipment, and realize the sharing of spatial location information; S2. After the communication equipment maintenance is completed, if the communication equipment changes, the communication equipment information data is changed to the power grid resource business middle station through the communication equipment homology maintenance application; S3. The power grid resource business middle station pushes the change event to the communication management system. After receiving the change event, the communication management system calls the power grid resource business middle station interface and obtains the changed communication device information through the communication device ID; S4. After the communication management system updates the corresponding device graphic information, it notifies the control cloud to change the device data, and the control cloud requests the communication management system to complete the device data synchronization.

[0006] Furthermore, the communication equipment graphics constructed by the communication equipment homologous maintenance application in S1 include homologous communication equipment graphics and independent non-homologous communication equipment graphics. The communication equipment homologous maintenance application can be used to associate homologous communication equipment and power grid primary equipment, and can also create new communication equipment graphics, edit new communication equipment information, and construct connection relationships between related communication equipment graphics.

[0007] Furthermore, the resource associations between the same source communication equipment and primary power grid equipment in S1 include: (1) establishing an association relationship between communication sites and power plants and substations; (2) establishing an association relationship between optical cable junction boxes and poles and work wells; (3) establishing an association relationship between optical cable segments and transmission lines; (4) establishing an association relationship between optical cable segments and buried resource points and channel segments; and (5) establishing an association relationship between optical cable segments and poles and towers.

[0008] Furthermore, the communication equipment homology maintenance application is embedded in the communication management system, and the communication equipment maintenance role has the right to use it. The communication equipment maintenance role only has the right to operate the communication equipment, and does not have the right to operate the power grid main body equipment.

[0009] Furthermore, an organizational mapping relationship is established between the communication management system and the power grid resource business middle station, and after the communication equipment maintenance role enters the communication equipment homologous maintenance application, the optical cable line maintained by the organization to which the role belongs is automatically matched and displayed.

[0010] Furthermore, the situations in which the S2 communication equipment requires maintenance and changes include: (1) the communication equipment itself requires maintenance and changes occur; (2) changes occur in the associated primary equipment of the power grid, which indirectly causes changes in the communication equipment.

[0011] Furthermore, the communication equipment homology maintenance application also supports communication equipment tree display, provides line analysis function, and supports rule verification corresponding to the communication equipment's graph number consistency, topology connectivity, and relationship with primary equipment.

[0012] 3. Beneficial effects: The present invention realizes the coordination and data sharing between the communication management system and the power grid resource business middle platform through the communication equipment homologous maintenance application, and integrates the management of communication optical cables into the power grid resource business middle platform. Based on the power grid resource business middle platform, the homologous maintenance of communication optical cables is realized. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 A flow chart of a method for maintaining a homologous communication optical cable according to the present invention; Figure 2 The data maintenance process of the communication device homology maintenance application of the present invention; Figure 3This is one of the operation flow charts of step S2 of the communication optical cable homologous maintenance method of the present invention; Figure 4 Another operation flow chart of step S2 of the communication optical cable homologous maintenance method of the present invention. DETAILED DESCRIPTION

[0014] The present invention will be described in detail below in conjunction with the accompanying drawings.

[0015] Specific embodiment: as shown in the attached Figure 1 As shown, a communication optical cable homology maintenance method based on a power grid resource service center comprises the following steps: S1. Build a homologous maintenance application for communication equipment. Through this application, build communication equipment graphics and information in the power grid resource business middle platform, build the resource association between homologous communication equipment and power grid primary equipment, and realize the sharing of spatial location information; S2. After the communication equipment maintenance is completed, if the communication equipment changes, the communication equipment information data is changed to the power grid resource business middle station through the communication equipment homology maintenance application; S3. The power grid resource business middle station pushes the change event to the communication management system. After receiving the change event, the communication management system calls the power grid resource business middle station interface and obtains the changed communication device information through the communication device ID; S4. After the communication management system updates the corresponding device graphic information, it notifies the control cloud to change the device data, and the control cloud requests the communication management system to complete the device data synchronization.

[0016] It should be noted that the data maintenance process of the communication equipment homology maintenance application is as follows Figure 2 As shown, the communication equipment graphics constructed by the communication equipment homologous maintenance application in S1 include homologous communication equipment graphics and independent non-homologous communication equipment graphics. The communication equipment homologous maintenance application can be used to associate homologous communication equipment and power grid primary equipment, and can also create new communication equipment graphics, edit new communication equipment information, and construct connection relationships between related communication equipment graphics.

[0017] In addition, the resource associations between the same source communication equipment and primary equipment in S1 include: (1) the communication site is associated with the power plant and substation; (2) the optical cable junction box is associated with the pole tower and manhole; (3) the optical cable segment is associated with the transmission line; (4) the optical cable segment is associated with the buried resource point and channel segment; (5) the optical cable segment is associated with the pole tower. These associations can be one-to-many or many-to-one, for example: (1) the optical junction box is associated with the pole tower and manhole where it is installed, and one pole tower and manhole can be associated with multiple optical junction boxes; (2) for the OPGW optical cable segment, it is a one-to-many relationship, one primary line corresponds to multiple OPGW optical cable segments, and one OPGW optical cable segment is only associated with one transmission line; (3) for the ADSS optical cable segment, at low voltage level, one optical cable segment is associated with multiple transmission lines.

[0018] The communication equipment homology maintenance application of this embodiment is embedded in the communication management system, and the communication equipment maintenance role has the right to use it. The communication equipment maintenance role only has the right to operate the communication equipment, and does not have the right to operate the power grid main body equipment.

[0019] An organizational mapping relationship is established between the communication management system and the power grid resource business middle platform. After the communication equipment maintenance role enters the communication equipment homologous maintenance application, it automatically matches and displays the optical cable line that the organization to which the role belongs is responsible for maintaining, and can maintain the communication equipment on the optical cable line.

[0020] Specifically, the situations in which S2 communication equipment requires maintenance or changes include: (1) the communication equipment itself requires maintenance or changes; the specific operation process of S2 is as follows: Figure 3 (2) The associated power grid primary equipment changes, which indirectly causes the communication equipment to change; the specific operation process of S2 is as follows Figure 4 shown.

[0021] The communication equipment homology maintenance application also supports communication equipment tree display, provides line analysis function, and supports the graph number consistency, topology connectivity, and rule verification corresponding to the relationship with primary equipment of the communication equipment.

[0022] Although the present invention has been disclosed as above in terms of preferred embodiments, they are not intended to limit the present invention. Anyone skilled in the art can make various changes or modifications without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the present invention should be based on the scope of protection defined by the claims of this application.

Claims

1. A communication optical cable homology maintenance method based on a power grid resource service center, characterized in that: The following steps are involved: S1. Build a homologous maintenance application for communication equipment. Through this application, build communication equipment graphics and information in the power grid resource business middle platform, build the resource association between homologous communication equipment and power grid primary equipment, and realize the sharing of spatial location information; S2. After the communication equipment maintenance is completed, if the communication equipment changes, the communication equipment information data is changed to the power grid resource business middle station through the communication equipment homologous maintenance application; S3. The power grid resource business middle station pushes the change event to the communication management system. After receiving the change event, the communication management system calls the power grid resource business middle station interface and obtains the changed communication device information through the communication device ID; S4. After the communication management system updates the corresponding device graphic information, it notifies the control cloud to change the device data, and the control cloud requests the communication management system to complete the device data synchronization.

2. According to claim 1, a communication optical cable homology maintenance method based on a power grid resource service center is characterized in that: The communication equipment graphics constructed by the communication equipment homologous maintenance application in S1 include homologous communication equipment graphics and independent non-homologous communication equipment graphics. The communication equipment homologous maintenance application can be used to associate homologous communication equipment and power grid primary equipment, and can also create new communication equipment graphics, edit new communication equipment information, and build connection relationships between related communication equipment graphics.

3. According to claim 1, a communication optical cable homology maintenance method based on a power grid resource service center is characterized in that: The resource associations between the same source of communication equipment and primary grid equipment in S1 include: (1) the communication site is associated with the power plant and substation; (2) the optical cable junction box is associated with the pole tower and work well; (3) the optical cable segment is associated with the transmission line; (4) the optical cable segment is associated with the buried resource point and channel segment; (5) the optical cable segment is associated with the pole tower.

4. A method for maintaining the same source of communication optical cables based on a power grid resource service center according to any one of claims 1 to 3, characterized in that: The communication equipment homology maintenance application is embedded in the communication management system, and the communication equipment maintenance role has the right to use it. The communication equipment maintenance role only has the right to operate the communication equipment, and does not have the right to operate the power grid main body equipment.

5. A method for maintaining the same source of communication optical cables based on a power grid resource service center according to claim 4, characterized in that: An organizational mapping relationship is established between the communication management system and the power grid resource business middle station. After the communication equipment maintenance role enters the communication equipment homologous maintenance application, the optical cable line maintained by the organization to which the role belongs is automatically matched and displayed.

6. A method for maintaining the same source of communication optical cables based on a power grid resource service center according to claim 5, characterized in that: Situations where S2 communication equipment requires maintenance or changes include: (1) the communication equipment itself requires maintenance or changes occur; (2) changes occur in the associated primary equipment of the power grid, which indirectly causes changes in the communication equipment.

7. A method for maintaining the same source of communication optical cables based on a power grid resource service center according to claim 6, characterized in that: The communication equipment homology maintenance application also supports communication equipment tree display, provides line analysis function, and supports the graph number consistency, topology connectivity, and rule verification corresponding to the relationship with primary equipment of the communication equipment.

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