CN105049223B - A kind of power telecom network defect troubleshooting decision assistant analysis method - Google Patents

Abstract

The present invention relates to a kind of power telecom network defect troubleshooting decision assistant analysis methods, and the operating condition at electric power communication device is monitored in real time, and the alert of generation is sent to power telecom network scheduler module by electric power communication device warning module；Intensive data processing module coordinates power telecom network scheduler module to correspond to the corresponding related information of inquiry through each functional database according to warning information, generate electric power communication device scene O＆M disposition information, and it is issued to live O＆M processing module, live operation maintenance personnel is reminded, and reference information is provided for live operation maintenance personnel.A kind of power telecom network defect troubleshooting decision assistant analysis method proposed by the invention, be effectively improved the treatment effeciency and processing specification of electric power communication device defect failure, and for data in relevant functional database accumulation and abundant provide effective approach.

Description

A Defect Fault Handling Decision-Aiding Analysis Method for Power Communication Network

technical field

The invention relates to an auxiliary analysis technology for defect and fault handling decision-making in an electric power communication network, in particular to an auxiliary analysis method for defect and fault handling decision-making in an electric power communication network.

Background technique

The defect troubleshooting of power communication equipment in traditional power communication network is one of the main tasks of communication operation management. Troubleshooting of defects in power communication equipment is a complex process closely connected by multiple links, including finding defects, recording defects, analyzing the impact of defects on business, taking corresponding processing measures according to the degree of impact, formulating and implementing specific processing plans, Archiving and statistics of processing results, etc. However, at present, when defects and failures occur in the power communication network, the degree of defect and failure and the treatment method are often analyzed based on personal experience. There are problems such as low efficiency, irregular handling, and personal experience, which greatly affect the operation and maintenance of the existing power communication network. .

Contents of the invention

The purpose of the present invention is to provide an auxiliary analysis method for fault handling and decision-making of a power communication network, so as to overcome the defects in the prior art.

In order to achieve the above object, the technical solution of the present invention is: an auxiliary analysis method for decision-making of defect fault handling of electric power communication network, characterized in that, it is implemented according to the following steps:

Step S1: Monitor the operating status of the power communication equipment in real time through a power communication equipment early warning module set at the power communication equipment in the power communication network, and generate early warning information, and pass through a centralized data processing module set at the dispatching end of the power communication network Transmit to a power communication network dispatching module, and notify the dispatcher at the dispatching end that there is a defect in the power communication device;

Step S2: According to the early warning information, the centralized data processing module queries the power communication equipment defect failure information corresponding to the early warning information in a power communication network defect failure information database through a first query unit, and through a second query The unit queries the power communication defect fault processing information corresponding to the power communication equipment defect fault information in a power communication network defect fault processing information database, and queries the power communication device in a power communication network equipment configuration database through a third query unit related information of electric power communication equipment;

Step S3: The centralized data processing module generates defect fault comprehensive information of electric power communication equipment according to the electric power communication device defect fault information, the electric power communication defect fault processing information, and the electric power communication device related information, and sends the power communication device defect fault comprehensive information to The comprehensive information of equipment defects and failures is sent to the power communication network dispatching module;

Step S4: The electric power communication network dispatching module generates the power communication equipment defect fault service impact level of the electric communication equipment defect fault through an electric power communication network defect fault auxiliary identification module in combination with the electric power communication equipment defect fault comprehensive information, and the The power communication equipment defect failure business impact level is fed back to the centralized data processing module;

Step S5: The centralized data processing module inquires the on-site operation and maintenance information of the electric communication equipment in an electric communication network equipment operation and maintenance database through a fourth query unit, and according to the business impact of the defect failure of the electric communication equipment The level and the comprehensive information of defects and faults of the power communication equipment generate the on-site operation and maintenance treatment information of the power communication equipment, and send the on-site operation and maintenance treatment information of the power communication equipment to an on-site operation and maintenance processing module through a first information push unit, Inform on-site operation and maintenance personnel to carry out on-site processing, and the on-site operation and maintenance disposal information of the power communication equipment is used as on-site operation and maintenance reference information for on-site operation and maintenance personnel to refer to;

Step S6: The on-site operation and maintenance personnel maintain the power communication equipment with defects and faults according to the on-site operation and maintenance disposal information of the power communication equipment received by the on-site operation and maintenance processing module, and pass the on-site operation and maintenance after the maintenance is completed. processing module, and feed back a power communication equipment business recovery confirmation information to the centralized data processing module through the first information push unit; the centralized data processing module sends the power communication equipment business recovery confirmation information to the power communication The network dispatching terminal reminds dispatchers that the power communication equipment has completed on-site maintenance.

In an embodiment of the present invention, the electric power communication equipment early warning module further includes an equipment early warning data collection unit, an equipment early warning data processing unit, and an early warning data identification unit; the equipment early warning data collection unit is used for real-time monitoring of the The operating state of the power communication equipment, if the power communication equipment is in an abnormal operating state, generate early warning initial information, and send the early warning initial information to the equipment early warning data processing unit; the equipment early warning data processing unit The early warning data is obtained from the early warning initial information, and is transmitted to the early warning data identification unit for standardized processing to generate the early warning information; the early warning information includes the electric power communication equipment ID, early warning time, electric power communication equipment type, and electric power communication Device location information.

In an embodiment of the present invention, the electric power communication network scheduling module generates an electric power communication equipment alarm number according to the early warning information, and the electric power communication equipment alarm number includes the electric power communication equipment ID and early warning time; the electric power communication network The dispatching module uses the alarm number of the power communication equipment as an index name, and stores the on-site operation and maintenance disposal information of the power communication equipment in a power communication network defect fault duration database.

In an embodiment of the present invention, the power communication equipment defect failure information includes: optical fiber failure, device light receiving momentary interruption, optical board failure, and optical transceiver fan failure; the power communication defect failure processing information includes: master-standby switchover, power supply switchover And repair first, then repair; the related information of the power communication device includes the power device ID information of the power device associated with the power communication device, the position information of the power device, and the user information of the power device.

In an embodiment of the present invention, in the step S4, the service impact levels of the defect failure of the power communication equipment include normal, medium and emergency.

In an embodiment of the present invention, in the step S5, the on-site operation and maintenance information of the electric power communication equipment includes: the connection information of the on-site operation and maintenance processing module matching the electric power communication equipment, the The job number of the on-site operation and maintenance personnel, the name of the on-site operation and maintenance personnel in charge of the power communication equipment, and the geographical location of the on-site operation and maintenance room in charge of the power communication equipment.

In an embodiment of the present invention, the centralized data processing module is also connected to several backup information push units, and the backup information push unit is connected to a backup on-site operation and maintenance processing module; If an abnormality occurs during the on-site operation and maintenance processing module sending the on-site operation and maintenance disposal information of electric power communication equipment, the first information push unit feeds back a connection abnormality information to the centralized data processing module; the centralized data processing module according to the Connect abnormal information, obtain the on-site operation and maintenance information of the standby power communication equipment in the power communication network equipment operation and maintenance database through the fourth query unit; and dispose of the on-site operation and maintenance of the power communication equipment through the standby information push unit The information is sent to the standby on-site operation and maintenance processing module, and the standby on-site operation and maintenance personnel are notified to perform on-site processing, and the on-site operation and maintenance disposal information of the power communication equipment is used as on-site operation and maintenance reference information for the standby on-site operation and maintenance personnel to refer to.

In an embodiment of the present invention, in the step S6, the on-site operation and maintenance personnel use the on-site operation and maintenance processing module to record the on-site processing status of the power communication equipment in real time in stages using pictures or text, and in real time through the on-site operation and maintenance processing module. The first information push unit and the centralized data processing module transmit to the power communication network dispatching module for the dispatcher at the dispatching end to obtain the situation of the power communication equipment processing site; the power communication network dispatching module according to the received power communication equipment Process the on-site situation, generate the on-site situation processing information of the power communication equipment, and store it in the power communication network defect fault duration database correspondingly according to the alarm number of the power communication equipment.

In an embodiment of the present invention, in the step S6, the on-site operation and maintenance personnel pass through the on-site operation and maintenance processing module, the first information push unit and the centralized data during the process of processing the power communication equipment on-site. A processing module, which searches the power communication network defect fault processing information database for processing information of power communication defect faults.

In an embodiment of the present invention, in the step S6, the on-site operation and maintenance personnel record the on-site processing results of the electric communication equipment through the on-site operation and maintenance processing module through the on-site operation and maintenance processing module in the step S6, And send it to the power communication network scheduling module through the first information push unit and the centralized data processing module; the power communication network scheduling module generates the power communication device site processing result according to the received power communication device site The result information is processed, and stored in the power communication network defect fault duration database correspondingly according to the alarm number of the power communication equipment.

Compared with the prior art, the present invention has the following beneficial effects: a decision-making auxiliary analysis method for defect and fault processing of electric power communication network proposed by the present invention effectively improves the processing efficiency and standardization of defect fault of electric power communication equipment, and It provides an effective way for the accumulation and enrichment of data in the relevant functional database, and provides effective help for the improvement of related technologies for the follow-up power communication network defect handling decision-making assistance analysis.

Description of drawings

Fig. 1 is a flow chart of an auxiliary analysis method for decision-making in handling defects and failures of electric power communication network in the present invention.

Fig. 2 is a schematic diagram of the system matching the decision-making aided analysis method for the defect and failure of the power communication network in the present invention.

Detailed ways

The technical solution of the present invention will be specifically described below in conjunction with the accompanying drawings.

The present invention provides an auxiliary analysis method for decision-making of defects in electric power communication networks, as shown in Figure 1, which is implemented according to the following steps:

Step S1: Monitor the operating status of the power communication equipment in real time through a power communication equipment early warning module set at the power communication equipment in the power communication network, and generate early warning information, and pass through a centralized data processing module set at the dispatching end of the power communication network It is transmitted to a power communication network dispatching module, and the dispatcher is notified of the defects and faults in the power communication equipment.

Step S2: According to the early warning information, the centralized data processing module queries the power communication equipment defect failure information corresponding to the early warning information in a power communication network defect failure information database through a first query unit, and through a second query The unit queries the power communication defect fault processing information corresponding to the power communication equipment defect fault information in a power communication network defect fault processing information database, and queries the power communication device in a power communication network equipment configuration database through a third query unit related information of power communication equipment.

Step S3: The centralized data processing module generates defect fault comprehensive information of electric power communication equipment according to the electric power communication device defect fault information, the electric power communication defect fault processing information, and the electric power communication device related information, and sends the power communication device defect fault comprehensive information to The comprehensive information of equipment defects and faults is sent to the dispatching module of the electric power communication network; and the fault fault information of the electric power communication equipment, the processing information of defect faults and the information related to the electric power communication equipment are provided to dispatchers.

Step S4: The electric power communication network dispatching module generates the power communication equipment defect fault service impact level of the electric communication equipment defect fault through an electric power communication network defect fault auxiliary identification module in combination with the electric power communication equipment defect fault comprehensive information, and the The business impact level of the defect failure of the power communication equipment is fed back to the centralized data processing module.

Step S5: The centralized data processing module inquires the on-site operation and maintenance information of the electric communication equipment in an electric communication network equipment operation and maintenance database through a fourth query unit, and according to the business impact of the defect failure of the electric communication equipment The level and the comprehensive information of defects and faults of the power communication equipment generate the on-site operation and maintenance treatment information of the power communication equipment, and send the on-site operation and maintenance treatment information of the power communication equipment to an on-site operation and maintenance processing module through a first information push unit, Inform on-site operation and maintenance personnel to carry out on-site processing, and the on-site operation and maintenance disposal information of the power communication equipment is used as on-site operation and maintenance reference information for on-site operation and maintenance personnel to refer to;

Step S6: The on-site operation and maintenance personnel maintain the power communication equipment with defects and faults according to the on-site operation and maintenance disposal information of the power communication equipment received by the on-site operation and maintenance processing module, and pass the on-site operation and maintenance after the maintenance is completed. processing module, and feed back a power communication equipment business recovery confirmation information to the centralized data processing module through the first information push unit; the centralized data processing module sends the power communication equipment business recovery confirmation information to the power communication The network dispatching terminal reminds dispatchers that the power communication equipment has completed on-site maintenance.

Further, in this embodiment, as shown in FIG. 2 , the electric power communication equipment early warning module further includes an equipment early warning data collection unit, an equipment early warning data processing unit, and an early warning data identification unit; the equipment early warning data collection unit The unit is used to monitor the operating status of the electric power communication equipment in real time, and if the electric power communication equipment is in an abnormal operating state, generate early warning initial information and send the early warning initial information to the equipment early warning data processing unit; In the embodiment, the equipment early warning data acquisition unit is used to collect the on-site working status of the power communication equipment in real time through devices such as a current or voltage detection system installed at the power communication equipment to detect the working status of the power communication equipment, and a temperature and humidity sensor for detecting the temperature and humidity of the working environment. And compared with the rated working state, if it does not meet the rated working state, the initial warning information will be generated to monitor the existence of power communication equipment, such as storage optical cable interruption, power supply interruption, equipment failure, computer room fire, lightning strike and other possible emergencies Accident; the equipment early warning data processing unit obtains early warning data from the initial early warning information, and transmits it to the early warning data identification unit for standardized processing to generate the early warning information; in this embodiment, the equipment early warning data processing unit The information such as the relevant values in the analog or digital signals collected by the early warning data acquisition unit of the equipment is extracted as the early warning data, and at the same time, it is used as the relevant parameters for standardized processing of the early warning data identification unit, which is used for data processing with the centralized data processing unit. A unified data transmission interface is provided during transmission; the early warning information includes the electric power communication device ID, early warning time, type of electric power communication device and location information of the electric power communication device;

Further, in this embodiment, as shown in FIG. 1 , the electric power communication network scheduling module generates an electric power communication equipment alarm number according to the early warning information, and the electric power communication equipment alarm number includes the electric power communication equipment ID and the early warning number. Time; the electric power communication network dispatching module uses the electric power communication equipment alarm number as the index name, and stores the on-site operation and maintenance disposal information of the electric power communication equipment in a power communication network defect fault duration database; the electric power communication network defect fault The data stored in the time-lapse database can be used as materials for the subsequent on-site maintenance work summary of power communication equipment, and through the cooperation of the power communication network defect fault auxiliary identification module, it can be used as the input data of the power communication network defect fault processing information database.

Further, in this embodiment, the defect fault information of the electric communication equipment includes: optical fiber fault, momentary interruption of equipment receiving light, optical board fault, fan fault of optical transceiver or other types of defect fault information, and in the defect fault information of electric power communication equipment In the process of query, according to the difference of early warning information, one or more types of defect and fault information of power communication equipment are corresponding; in addition, in this embodiment, the defect and fault information of power communication equipment correlates the operating parameters of power equipment with specific types of defect faults. Matching; the power communication defect fault processing information includes: active-standby switchover, power switchover, and repair after first rushing through or other types of fault fault processing schemes, and for different fault fault information of power communication equipment, corresponding to one or more A kind of power communication defect fault processing information; in this embodiment, the power communication equipment defect fault processing information matches the type of power equipment defect fault with the specific type of defect fault processing method; the power communication device related information includes the The power device ID information of the power device associated with the power communication device, the position information of the power device, and the user information of the power device.

Further, in the step S4, as shown in FIG. 1 and FIG. 2 , the business impact levels of the defect failure of the power communication equipment include normal, medium and emergency. In this embodiment, the power communication network dispatching module and the power communication network defect fault auxiliary identification module cooperate to judge the number and type of defect faults included in the power communication equipment defect fault information, and the power communication defect fault processing information. The type and corresponding quantity of defect and fault handling information included, as well as the user type and number of users included in the power communication equipment related information comprehensively judge the business impact level of the power communication equipment defect fault; and in the process, the generated power communication equipment defect The service impact level of the fault can be used as a reference by the dispatcher at the dispatching end, and can be corrected by the power communication network defect fault auxiliary identification module according to the on-site conditions of the power communication equipment.

Further, in this embodiment, in the step S5, the on-site operation and maintenance information of the electric power communication equipment includes: the connection information of the on-site operation and maintenance processing module matching the electric power communication equipment, the The job number of the on-site operation and maintenance personnel of the equipment, the name of the on-site operation and maintenance personnel in charge of the power communication equipment, and the geographical location of the on-site operation and maintenance room in charge of the power communication equipment.

Further, in this embodiment, as shown in Figure 1, the centralized data processing module is also connected to several backup information push units, and the backup information push unit is connected to a backup on-site operation and maintenance processing module; if the An abnormality occurs during the process of sending the on-site operation and maintenance disposal information of the electric power communication equipment by the first information push unit to the on-site operation and maintenance processing module. The first information push unit feeds back abnormal connection information to the centralized data processing module; the centralized data processing module searches the power communication network equipment operation and maintenance database through the fourth query unit according to the abnormal connection information Obtain the on-site operation and maintenance information of the standby power communication equipment; and send the on-site operation and maintenance disposal information of the power communication equipment to the standby on-site operation and maintenance processing module through the standby information push unit, and notify the standby on-site operation and maintenance personnel to perform on-site processing, and the on-site operation and maintenance disposal information of the power communication equipment is used as on-site operation and maintenance reference information for reference by standby on-site operation and maintenance personnel. In this embodiment, the on-site operation and maintenance information of the backup power communication equipment includes: the connection information of the backup on-site operation and maintenance processing module that matches the power communication equipment, and the job number of the backup on-site operation and maintenance personnel in charge of the power communication equipment , the name of the backup on-site operation and maintenance personnel in charge of the power communication equipment, and the geographical location of the backup on-site operation and maintenance room in charge of the power communication equipment.

Further, in this embodiment, in the step S6, as shown in FIG. 1 and FIG. 2 , the on-site operation and maintenance personnel use the on-site operation and maintenance processing module to real-time process the on-site processing of the power communication equipment in stages using pictures or text to record, and send it to the dispatching module of the power communication network through the first information push unit and the centralized data processing module in real time, so that the dispatcher at the dispatching end can obtain the on-site situation of the power communication equipment processing; the power communication network The dispatching module generates on-site situation processing information of the power communication equipment according to the received on-site situation of the power communication equipment, and correspondingly stores it in the power communication network defect fault duration database according to the alarm number of the power communication equipment. In this embodiment, this method can realize the prompting, execution tracking and result confirmation of defects and faults, which is the support for faults and faults management in the power communication network.

Further, in this embodiment, in the step S6, as shown in FIG. 1 and FIG. 2 , the on-site operation and maintenance personnel pass the on-site operation and maintenance processing module through the The first information push unit and the centralized data processing module query the power communication defect fault processing information database in the power communication network fault fault processing information.

Further, in this embodiment, in the step S6, as shown in Fig. 1 and Fig. 2, after the on-site operation and maintenance personnel finish processing the power communication equipment on-site, they use pictures or texts through the on-site operation and maintenance processing module Record the on-site processing result of the power communication equipment, and send it to the power communication network scheduling module through the first information push unit and the centralized data processing module; the power communication network scheduling module according to the received power communication The on-site processing results of the equipment generate information on the on-site processing results of the power communication equipment, and store them in the power communication network defect fault duration database correspondingly according to the alarm number of the power communication equipment.

Furthermore, in this embodiment, the method proposed by the present invention provides strong support for the statistical analysis of fault data of power communication equipment defects in the subsequent power communication network. This statistical analysis is a data mining analysis and summary of historical defect records, looking for network links, equipment types, equipment manufacturer models, and causes of frequent defects from historical records. Optimization, network planning and other communication network scheduling management and construction work provides a strong help.

The above are the preferred embodiments of the present invention, and all changes made according to the technical solution of the present invention, when the functional effect produced does not exceed the scope of the technical solution of the present invention, all belong to the protection scope of the present invention.

Claims (10)

1. An electric power communication network defect fault handling decision-making auxiliary analysis method, is characterized in that, realizes according to the following steps: Step S1: Monitor the operating status of the power communication equipment in real time through a power communication equipment early warning module set at the power communication equipment in the power communication network, and generate early warning information, and pass through a centralized data processing module set at the dispatching end of the power communication network Transmit to a power communication network dispatching module, and notify the dispatcher at the dispatching end that there is a defect in the power communication device; Step S2: According to the early warning information, the centralized data processing module queries the power communication equipment defect failure information corresponding to the early warning information in a power communication network defect failure information database through a first query unit, and through a second query The unit queries the power communication defect fault processing information corresponding to the power communication equipment defect fault information in a power communication network defect fault processing information database, and queries the power communication device in a power communication network equipment configuration database through a third query unit related information of electric power communication equipment; Step S3: The centralized data processing module generates defect fault comprehensive information of electric power communication equipment according to the electric power communication device defect fault information, the electric power communication defect fault processing information, and the electric power communication device related information, and sends the power communication device defect fault comprehensive information to The comprehensive information of equipment defects and failures is sent to the power communication network dispatching module; Step S4: The electric power communication network dispatching module generates the power communication equipment defect fault service impact level of the electric communication equipment defect fault through an electric power communication network defect fault auxiliary identification module in combination with the electric power communication equipment defect fault comprehensive information, and the The power communication equipment defect failure business impact level is fed back to the centralized data processing module; Step S5: The centralized data processing module inquires the on-site operation and maintenance information of the electric communication equipment in an electric communication network equipment operation and maintenance database through a fourth query unit, and according to the business impact of the defect failure of the electric communication equipment The level and the comprehensive information of defects and faults of the power communication equipment generate the on-site operation and maintenance treatment information of the power communication equipment, and send the on-site operation and maintenance treatment information of the power communication equipment to an on-site operation and maintenance processing module through a first information push unit, Inform on-site operation and maintenance personnel to carry out on-site processing, and the on-site operation and maintenance disposal information of the power communication equipment is used as on-site operation and maintenance reference information for on-site operation and maintenance personnel to refer to; Step S6: The on-site operation and maintenance personnel maintain the power communication equipment with defects and faults according to the on-site operation and maintenance disposal information of the power communication equipment received by the on-site operation and maintenance processing module, and pass the on-site operation and maintenance after the maintenance is completed. processing module, and feed back a power communication equipment business recovery confirmation information to the centralized data processing module through the first information push unit; the centralized data processing module sends the power communication equipment business recovery confirmation information to the power communication The network dispatching terminal reminds dispatchers that the power communication equipment has completed on-site maintenance. 2. A kind of electric power communication network defect failure processing decision aided analysis method according to claim 1, it is characterized in that, described electric power communication equipment early warning module also comprises an equipment early warning data collection unit, an equipment early warning data processing unit and a Early warning data identification unit; the equipment early warning data acquisition unit is used to monitor the operation status of the electric power communication equipment in real time, and generate early warning initial information if the electric power communication equipment is in an abnormal operation state, and send the early warning initial information to the equipment early warning data processing unit; the equipment early warning data processing unit acquires early warning data from the early warning initial information, and transmits it to the early warning data identification unit for standardized processing to generate the early warning information; the early warning information It includes the ID of the power communication device, the warning time, the type of the power communication device, and the location information of the power communication device. 3. A method for decision-making aided analysis of defects in electric power communication networks according to claim 2, wherein said electric power communication network dispatching module generates an electric power communication equipment alarm number according to said early warning information, and the electric power communication The equipment alarm number includes the power communication equipment ID and the early warning time; the power communication network dispatching module uses the power communication equipment alarm number as an index name, and stores the on-site operation and maintenance disposal information of the power communication equipment in a power communication network defect fault in the time database. 4. The decision-making auxiliary analysis method for defect fault processing of electric power communication network according to claim 1, characterized in that, the defect fault information of the electric power communication equipment includes: optical fiber fault, equipment light receiving momentary interruption, optical board fault and optical transceiver fan Fault; the power communication defect fault processing information includes: master-standby switchover, power switchover, and repair after rushing through first; the power communication device device association information includes the power device ID information of the power device associated with the power communication device, the power Equipment location information and power equipment user information. 5 . The decision-making auxiliary analysis method for defect and fault handling of electric power communication network according to claim 1 , wherein, in the step S4, the business impact levels of the defect and fault of electric power communication equipment include normal, intermediate and emergency. 6. The method for assisting decision-making analysis of defects and faults in electric power communication network according to claim 1, characterized in that, in the step S5, the on-site operation and maintenance information of the electric power communication equipment includes: The connection information of the matching on-site operation and maintenance processing module, the job number of the on-site operation and maintenance personnel in charge of the power communication equipment, the name of the on-site operation and maintenance personnel in charge of the power communication equipment, and the on-site operation and maintenance of the power communication equipment room location. 7. A kind of electric power communication network defect fault processing decision aided analysis method according to claim 1, it is characterized in that, described centralized data processing module is also connected with several standby information pushing units, and described standby information pushing unit is connected with The standby on-site operation and maintenance processing module is connected; if the first information push unit sends an abnormality in the process of sending the on-site operation and maintenance disposal information of the electric power communication equipment to the on-site operation and maintenance processing module, the first information push unit feeds back a connection abnormality The information is sent to the centralized data processing module; the centralized data processing module obtains the on-site operation and maintenance information of the standby power communication equipment from the operation and maintenance database of the power communication network equipment through the fourth query unit according to the abnormal connection information; and send the on-site operation and maintenance disposal information of the power communication equipment to the standby on-site operation and maintenance processing module through the standby information push unit, and notify the standby on-site operation and maintenance personnel to perform on-site processing, and the on-site operation and maintenance of the power communication equipment The disposal information is used as on-site operation and maintenance reference information for reference by backup on-site operation and maintenance personnel. 8. A kind of electric power communication network defect fault processing decision aided analysis method according to claim 1 or 3, it is characterized in that, in said step S6, on-site operation and maintenance personnel pass said on-site operation and maintenance processing module, real-time The on-site processing of the power communication equipment is recorded in stages using pictures or text, and is transmitted to the power communication network dispatching module through the first information push unit and the centralized data processing module in real time, so that dispatchers at the dispatching end can obtain power communication The equipment handles the on-site situation; the power communication network dispatching module generates the on-site situation processing information of the power communication equipment according to the received power communication equipment processing on-site situation, and correspondingly stores it in the power communication network according to the alarm number of the power communication equipment Defect fault history database. 9. The decision-making auxiliary analysis method for defect and fault handling of electric power communication network according to claim 1, characterized in that, in the step S6, the on-site operation and maintenance personnel pass through the on-site The operation and maintenance processing module, through the first information push unit and the centralized data processing module, queries the power communication defect fault processing information in the power communication network defect fault processing information database. 10. The decision-making auxiliary analysis method for defect and fault handling of electric power communication network according to claim 1, characterized in that, in the step S6, the on-site operation and maintenance personnel pass through the on-site The operation and maintenance processing module uses pictures or words to record the on-site processing results of the power communication equipment, and transmits them to the power communication network dispatching module through the first information push unit and the centralized data processing module; the power communication network dispatching module The module generates on-site processing result information of the power communication equipment according to the received on-site processing results of the power communication equipment, and stores correspondingly in the power communication network defect fault duration database according to the alarm number of the power communication equipment.