CN111582819A - Method and device for filling maintenance list of power grid power transmission and transformation equipment - Google Patents
Method and device for filling maintenance list of power grid power transmission and transformation equipment Download PDFInfo
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Abstract
The application discloses a method and a device for filling a maintenance list of power grid power transmission and transformation equipment, wherein the method comprises the following steps: the first OMS maintenance order is issued to a local dispatching center through a superior dispatching center, so that the local dispatching center associates a local dispatching power-off and power-restoration application with a second OMS maintenance order; converting a first DICP power failure and recovery application uploaded by a plant station into a second DICP power failure and recovery application through a local scheduling center, and uploading the second DICP power failure and recovery application to a superior scheduling center; associating, by the local scheduling center, the second DICP outage request with a second OMS service order; and after the local dispatching center receives the reply of the power-on-reply stopping application of the superior dispatching center, the local dispatching center operates according to the reply information, so that the plant station executes an instruction corresponding to the reply information and fills the reply information into a second OMS maintenance list. The technical problems that the workload of manually filling the OMS overhaul list by operators is large, mistakes are easy to occur, and the overhaul risk of the provincial and local main network equipment exists are solved.
Description
Technical Field
The application relates to the technical field of power dispatching, in particular to a method and a device for filling a maintenance list of power grid power transmission and transformation equipment.
Background
The Guangdong power grid power dispatching control center (hereinafter referred to as Guangdong provincial power dispatching) has a connection with 19 local dispatching power plants in Guangdong province, nearly 70 central dispatching power plants and the like, wherein the connection comprises planned and unplanned maintenance and the like of power transmission and transformation equipment, power generation equipment, protection equipment and the like, and the dispatching service is busy. According to statistics, the planned blackout of key equipment in the Guangdong power grid 2019 exceeds 1800 items. Currently, a Dispatching Intelligent Command Platform (DICP) and a power grid Operation Management System (OMS), which are independently constructed by 19 local dispatches in the guangdong, are important links for realizing Dispatching and service connection between stations. The DICP realizes the operation instruction interaction between the dispatching station and the plant station, and the OMS realizes the closed-loop control of the overhaul, dispatching and execution process of the power transmission and transformation equipment. DICP and OMS systems which are independently built in Guangdong provincial.
Due to the rapid development of the electric power spot market, the power grid puts higher requirements on the safety and efficiency of electric power dispatching operation. DICP of the existing power dispatching technology among all levels of regulating and controlling mechanisms cannot realize transverse interconnection and intercommunication of application data, the efficiency of cooperative operation is low, the whole life cycle of dispatching commands and maintenance lists is manually circulated or filled by workers, the workload of the dispatchers is greatly increased, the high-efficiency development of dispatching services is hindered, the situations that the sources of operation tasks are unclear and inconsistent by the workers exist, and the risk of overhauling of provincial and local main distribution network equipment is increased.
Disclosure of Invention
The application provides a method and a device for filling a maintenance order of power grid power transmission and transformation equipment, which are used for solving the technical problems that in the existing power dispatching technology, DICP and OMS systems between all levels of regulating and controlling mechanisms cannot realize transverse interconnection and intercommunication, so that the workload of manually filling the OMS maintenance order by operating personnel is large, mistakes are easily made, and the maintenance risk of the provincial and local main network equipment is caused.
In view of this, the first aspect of the present application provides a method for filling a maintenance list of a power grid power transmission and transformation device, including:
the method comprises the steps that a first OMS maintenance order is issued to a local scheduling center through a superior scheduling center, so that the local scheduling center associates a local scheduling power-on/power-off application to a second OMS maintenance order, and the second OMS maintenance order is the same as the first OMS maintenance order;
converting a first DICP power-on-stop application uploaded by a plant station into a second DICP power-on-stop application through the local scheduling center, associating the second DICP power-on-stop application with the second OMS maintenance order, and uploading the second DICP power-on-stop application to the superior scheduling center, wherein the first DICP power-on-stop application comprises an operation instruction application, a start application and a completion application;
filling the second DICP power-off and power-off application in the second OMS maintenance order through the local scheduling center;
after the local scheduling center receives the reply of the second DICP power-on-demand application from the superior scheduling center, the local scheduling center performs reply operation according to the reply information, so that the plant station executes an instruction corresponding to the reply information, and fills the reply information in the second OMS maintenance order.
Preferably, the converting, by the local scheduling center, the first DICP power outage and restoration application uploaded by the plant station into a second DICP power outage and restoration application, associating the second DICP power outage and restoration application with the second OMS maintenance order, and uploading the second DICP power outage and restoration application to the superior scheduling center further includes:
and when the local scheduling center does not receive the first DICP power outage and restoration request of the plant station, an alarm prompt of 'whether the plant station does not carry out operation instruction request and submits the operation instruction request to a superior scheduling center' is made.
Preferably, after the local scheduling center receives the reply of the second DICP repeat stop application from the superior scheduling center, the local scheduling center performs a reply operation according to reply information, so that a plant station executes an instruction corresponding to the reply information and fills the reply information in the second OMS service list, further comprising:
when the local dispatching center does not receive the reply information of the superior dispatching center, making a "does the superior dispatching center not have a reply application, does the reply station apply? And warning prompt.
Preferably, the converting, by the local scheduling center, the first DICP power outage and restoration application uploaded by the plant station into a second DICP power outage and restoration application, associating the second DICP power outage and restoration application with the second OMS maintenance order, and uploading the second DICP power outage and restoration application to the superior scheduling center further includes:
when the local dispatching center does not receive the first DICP power outage application of the plant station, a' is made that the plant station does not perform the completion application operation, and whether the completion application is submitted to a superior dispatching center? And warning prompt.
Preferably, the issuing, by the superior scheduling center, the first OMS service order to the local scheduling center, so that the local scheduling center associates the local scheduling power outage request with the second OMS service order, further includes:
and filling the second DICP power-off and reply-back application and the reply information into the first OMS maintenance list through the superior scheduling center.
The application second aspect provides a single device of filling out is overhauld to electric wire netting power transmission and transformation equipment, includes:
the system comprises a maintenance order issuing module, a local dispatching center and a second OMS maintenance order issuing module, wherein the maintenance order issuing module is used for issuing a first OMS maintenance order to the local dispatching center through a superior dispatching center, so that the local dispatching center associates a local dispatching power failure and power failure application to the second OMS maintenance order, and the second OMS maintenance order is the same as the first OMS maintenance order;
the first scheduling module is used for converting a first DICP power-on-failure application uploaded by a plant station into a second DICP power-on-failure application through the local scheduling center, associating the second DICP power-on-failure application with the second OMS maintenance order and uploading the second DICP power-on-failure application to the superior scheduling center, wherein the first DICP power-on-failure application comprises an operation instruction application, a start-up application and a completion application;
the first streaming module is used for filling the second DICP call-stopping application into the second OMS maintenance order through the local scheduling center;
and the second scheduling module is used for performing repeat operation according to repeat information through the local scheduling center after the local scheduling center receives the repeat of the second DICP repeat stop application from the superior scheduling center, so that the plant station executes an instruction corresponding to the repeat information, and fills the repeat information into the second OMS maintenance order.
Preferably, the method further comprises the following steps:
and the first checking module is used for making an alarm prompt of ' no operation instruction application of the plant station, and whether to submit the operation instruction application to a superior scheduling center ' or not ' when the local scheduling center does not receive the first DICP power outage and restoration application of the plant station.
Preferably, the method further comprises the following steps:
a second checking module, configured to make a "do not reply work application by the upper level scheduling center, do not reply work application by the factory station? And warning prompt.
Preferably, the method further comprises the following steps:
a third checking module, configured to make "do not complete the factory site and do not submit a complete application to a superior scheduling center? And warning prompt.
Preferably, the method further comprises the following steps:
and the second circulation module is used for filling the second DICP power failure application and the reply information into the first OMS maintenance list through the superior scheduling center.
According to the technical scheme, the embodiment of the application has the following advantages:
the application provides a method for singly filling maintenance sheets of power grid power transmission and transformation equipment, which comprises the following steps: the first OMS maintenance order is sent to a local scheduling center through a superior scheduling center, so that the local scheduling center of the finished application associates the local scheduling power-off and power-on application with a second OMS maintenance order, and the second OMS maintenance order of the finished application is the same as the first OMS maintenance order of the finished application; converting a first DICP power-off and power-back application uploaded by a plant station into a second DICP power-off and power-back application through a local dispatching center of a finished application, associating the second DICP power-off and power-back application with a second OMS (operation management system) maintenance order, and uploading the second DICP power-off and power-back application to a superior dispatching center of the finished application, wherein the first DICP power-off and power-back application of the finished application comprises an operation instruction application, a start application and a finished application; filling a second DICP completion application to a second OMS maintenance order of the completion application through a local scheduling center of the completion application; after the completion application local dispatching center receives the reply of the completion application superior dispatching center to the completion application second DICP stop-reply-to-telegram application, the completion application local dispatching center performs reply operation according to the reply information, so that the plant station executes an instruction corresponding to the completion application reply information, and fills the completion application reply information to a completion application second OMS maintenance order.
According to the method for filling the maintenance list of the power grid power transmission and transformation equipment, a connection is established between a DICP system and an OMS system in a command control system, and interconnection and intercommunication in a power transmission and transformation system are enhanced; all operation actions in the lower-level equipment need to be reported layer by layer to obtain a reply, a reply message is downloaded layer by layer, and then the plant station can execute an operation instruction after receiving the reply message; moreover, each application, batch and operation instruction can be recorded into the OMS maintenance list, the maintenance list can accurately and exhaustively automatically record the operation instruction in the application of stopping power supply, can record the operated equipment and the operation time, and does not need the staff to circulate and fill the maintenance list, so that the trouble of filling the maintenance list by the staff is avoided, and the error is easy to occur. Therefore, the method for filling the maintenance list of the power grid power transmission and transformation equipment can solve the technical problems that the DICP and the OMS system between all levels of regulating and controlling mechanisms in the existing power dispatching technology cannot realize transverse interconnection and intercommunication, the workload of manually filling the OMS maintenance list by operators is large, errors easily occur, and maintenance risks of the equipment of the provincial and local main network are caused.
Drawings
Fig. 1 is a schematic flow chart of a method for filling a maintenance list of a power grid power transmission and transformation device according to an embodiment of the present disclosure;
fig. 2 is another schematic flow chart of a method for filling a maintenance list of power grid power transmission and transformation equipment according to an embodiment of the present disclosure;
fig. 3 is a schematic structural diagram of a maintenance list form filling device for power grid power transmission and transformation equipment according to an embodiment of the present application.
Detailed Description
In order to make the technical solutions of the present application better understood, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. 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 application.
For convenience of understanding, referring to fig. 1, a first embodiment of a method for repairing a list filling of a power grid power transmission and transformation device provided by the present application includes:
And the second OMS maintenance list is the same as the first OMS maintenance list.
It should be noted that, the upper-level scheduling center generally refers to a provincial scheduling center, and can manage the power scheduling work of the lower-level scheduling center; the subordinate scheduling center is generally a local scheduling center or a station terminal of the power system; the maintenance list is issued to each subordinate dispatching center layer by the superior dispatching center, and relevant factors such as various dispatching operations and operation equipment, operation results, operation time and the like in the dispatching process of the power system are recorded; the local dispatching center associates the local dispatching power outage and restoration application with the second OMS maintenance order so as to accurately record the operation object and the operation content and avoid the error caused by artificial judgment; the second OMS overhaul list is an overhaul list of the local scheduling center, and is obtained according to the first OMS overhaul list issued by the superior scheduling center, specifically, the second OMS overhaul list can be obtained synchronously in a one-to-one correspondence manner, or the second OMS overhaul list directly receives the first OMS overhaul list as the second OMS overhaul list of the local scheduling center. And the historical operation process is checked according to the maintenance list subsequently, so that not only can the equipment for executing the operation be specified, but also the operation time and the operation result can be specified.
And step 102, converting the first DICP power-on-stop application uploaded by the plant station into a second DICP power-on-stop application through the local dispatching center of the finished application, associating the second DICP power-on-stop application with a second OMS maintenance order, and uploading the second DICP power-on-stop application to the superior dispatching center of the finished application.
The first DICP stop-reply electricity application comprises an operation instruction application, a start-up application and a completion application.
It should be noted that the plant station is required to apply for the operation of the power transmission and transformation equipment, and the corresponding operation can be performed only after the batch information is obtained; the specific operation application comprises power failure instruction application, start-up application and completion application; when the local dispatching center receives the application of the plant station, the application information needs to be checked and modified according to the requirement, and then the application information is sent to the superior dispatching center to wait for the batch reply of the superior dispatching center; uploading layer by layer when in application. That is, the local dispatching center is the upper dispatching center of the plant station, directly receives the application of the plant station, plans the local dispatching power-off and power-off application according to the power-off and power-off application planned by the plant station, and uploads the local dispatching power-off and power-on application to the upper dispatching center for replication. For example, after the plant station applies for the operation instruction of the local scheduling center, the local scheduling center applies for a local scheduling power outage and restoration application corresponding to the requirement, that is, a first DICP power outage and restoration application, according to the operation instruction of the plant station, and uploads the power outage and restoration application to the upper-level scheduling center.
And 103, filling the second DICP call completion application to a second OMS maintenance order of the completed application through the local scheduling center of the completed application.
It should be noted that, in addition to uploading the power outage and restoration request of the plant station, the local scheduling center needs to fill the obtained content of the second DICP power outage and restoration request in the second OMS service order, and it should be noted that the filled second OMS service order records relevant scheduling contents including the requested operation, the requested operating equipment, and the requested operating result.
And step 104, after the completion application local dispatching center receives the reply of the completion application superior dispatching center to the completion application second DICP stop-reply-to-telegraph application, the completion application local dispatching center performs reply operation according to the reply information, so that the plant station executes an instruction corresponding to the completion application reply information, and fills the completion application reply information to a completion application second OMS maintenance order.
It should be noted that after receiving the second DICP repeat stop power application, the superior scheduling center needs to perform repeat or not, and after repeating the second DICP repeat stop power application, the local scheduling center receives repeat information issued by the superior scheduling center, and the local scheduling center can execute an instruction corresponding to the repeat information according to the repeat information repeat station; if the application is for starting up, the factory station executes the operation of starting up; if the completion operation is applied, the equipment closing action required to be executed after completion is executed, and so on, and the specific application and repeating process is not repeated herein. And finally, the reply information is filled in a second OMS maintenance order, so that the operation action information and the corresponding operation result information can be recorded. The second DICP power-off and power-back-off application to be written by the local scheduling center is associated with the corresponding second OMS maintenance order, and all the operating equipment, the operating instruction information, the operating actions and the related time are recorded in the OMS maintenance order, so that the condition that the workload is increased and the accuracy is inaccurate when workers transfer or fill the maintenance order is avoided.
According to the method for filling the maintenance list of the power grid power transmission and transformation equipment, a connection is established between a DICP system and an OMS system in a command control system, and interconnection and intercommunication in a power transmission and transformation system are enhanced; all operation actions in the lower-level equipment need to be reported layer by layer to obtain a reply, a reply message is downloaded layer by layer, and then the plant station can execute an operation instruction after receiving the reply message; moreover, each application, batch and operation instruction can be recorded into the OMS maintenance list, the maintenance list can accurately and exhaustively automatically record the operation instruction in the application of stopping power supply, can record the operated equipment and the operation time, and does not need the staff to circulate and fill the maintenance list, so that the trouble of filling the maintenance list by the staff is avoided, and the error is easy to occur. Therefore, the method for filling the maintenance list of the power grid power transmission and transformation equipment can solve the technical problems that the DICP and the OMS system between all levels of regulating and controlling mechanisms in the existing power dispatching technology cannot realize transverse interconnection and intercommunication, the workload of manually filling the OMS maintenance list by operators is large, errors easily occur, and maintenance risks of the equipment of the provincial and local main network are caused.
For convenience of understanding, referring to fig. 2, a second embodiment of a method for repairing a list of power grid transmission and transformation equipment, provided in an embodiment of the present application, includes:
And the second OMS maintenance list is the same as the first OMS maintenance list.
It should be noted that, the upper-level scheduling center generally refers to a provincial scheduling center, and can manage the power scheduling work of the lower-level scheduling center; the subordinate scheduling center is generally a local scheduling center or a station terminal of the power system; the maintenance list is issued to each subordinate dispatching center layer by the superior dispatching center, and relevant factors such as various dispatching operations and operation equipment, operation results, operation time and the like in the dispatching process of the power system are recorded; the local dispatching center associates the local dispatching power outage and restoration application with the second OMS maintenance order so as to accurately record what operation is performed by equipment, and errors caused by artificial judgment are avoided; the second OMS overhaul list is an overhaul list of the local scheduling center, and is obtained according to the first OMS overhaul list issued by the superior scheduling center, specifically, the second OMS overhaul list can be obtained synchronously in a one-to-one correspondence manner, or the second OMS overhaul list directly receives the first OMS overhaul list as the second OMS overhaul list of the local scheduling center. And the historical operation process is checked according to the maintenance list subsequently, so that not only can the equipment for executing the operation be specified, but also the operation time and the operation result can be specified.
It should be noted that the second DICP repeat request and repeat request can be filled in the first OMS repair order through the superior scheduling center, the scheduling center of each level records the detailed content in the scheduling process, and the circulation and filling of each repair order are automatically completed without human intervention, so that the whole scheduling process has more practical significance and is more reliable.
It should be noted that the superior scheduling center can directly issue a power outage operation instruction besides issuing a maintenance order, and the local scheduling center performs power outage operation on the plant station according to the power outage operation instruction of the superior scheduling center; and similarly, the upper-level dispatching center and the local dispatching center can transfer the OMS maintenance list according to the power failure operation flow.
The first DICP stop-reply electricity application comprises an operation instruction application, a start-up application and a completion application.
It should be noted that the plant station is required to apply for the operation of the power transmission and transformation equipment, and the corresponding operation can be performed only after the batch information is obtained; the specific operation application comprises power failure instruction application, start-up application and completion application; when the local dispatching center receives the application of the plant station, the application information needs to be checked and modified according to the requirement, and then the application information is sent to the superior dispatching center to wait for the batch reply of the superior dispatching center; uploading layer by layer when in application. That is, the local dispatching center is the upper dispatching center of the plant station, directly receives the application of the plant station, plans the local dispatching power-off and power-off application according to the power-off and power-off application planned by the plant station, and uploads the local dispatching power-off and power-on application to the upper dispatching center for replication. For example, after the plant station applies for the operation instruction of the local scheduling center, the local scheduling center applies for a local scheduling power outage and restoration application corresponding to the requirement, that is, a first DICP power outage and restoration application, according to the operation instruction of the plant station, and uploads the power outage and restoration application to the upper-level scheduling center.
It should be noted that the operation in steps 203 and 204 is a checking process of the local scheduling center, the local scheduling center receives a first DICP power outage application from the plant station, where the power outage application includes a series of applications that the plant station needs to perform an operation instruction, and if the local scheduling center does not receive the first DICP power outage application sent by the plant station, and at this time, the local scheduling may be misoperated, the local scheduling power outage application is uploaded to a superior scheduling center, and in order to avoid an uploading action caused by the misoperation, the local scheduling center needs to prompt the local scheduling center in an alarm manner, and whether the uploading operation is still performed without receiving the first DICP power outage application is avoided. For example, if the uploading operation is a power failure and power restoration application of an operation instruction, the information of the alarm prompt asks that "the plant station does not apply the operation instruction and whether to submit the operation instruction application to the superior scheduling center"; it should be noted that the alarm prompts in this embodiment are all completed in the local dispatch center, but the alarm prompts performed in different operation phases are for the purpose of avoiding misoperation. Other check procedures for power outage application are similar and will not be described herein. The alarm information is a strategy made by the local dispatching center to avoid misoperation only for prompting the local dispatching center whether to continue submitting.
And step 205, filling the second DICP stop-call application of the finished application to a second OMS maintenance order of the finished application through the local dispatching center of the finished application.
It should be noted that, in addition to uploading the power outage and restoration request of the plant station, the local scheduling center needs to fill the obtained content of the second DICP power outage and restoration request in the second OMS service order, and it should be noted that the second OMS service order records the relevant scheduling contents including the operation of the request, the operation device, and the operation result.
And step 206, after the completion application local dispatching center receives the reply of the completion application superior dispatching center to the completion application second DICP stop-reply-to-telegraph application, the completion application local dispatching center performs reply operation according to the reply information, so that the plant station executes an instruction corresponding to the completion application reply information, and fills the completion application reply information to a completion application second OMS maintenance order.
It should be noted that, if the local scheduling center does not receive the reply information of the upper-level scheduling center in the process of the start-up application, an alarm is required to prompt the local scheduling center to determine whether the start-up application of the factory station needs to be continued, the check is to prevent the misoperation of uploading, the check is to prevent the misoperation of issuing the reply-stop application, and the check is to ensure the start-up operation executed under the permission of the upper-level scheduling center, so the policy is formulated.
It should be noted that after receiving the second DICP repeat stop power application, the superior scheduling center needs to perform repeat or not, and after repeating the second DICP repeat stop power application, the local scheduling center receives repeat information issued by the superior scheduling center, and the local scheduling center can execute a command corresponding to the repeat information according to the repeat information repeat station; if the application is for starting up, the factory station executes the operation of starting up; if the completion operation is applied, the equipment closing action required to be executed after completion is executed, and so on, and the specific application and repeating process is not repeated herein. And the operation action information and the corresponding operation result information can be recorded by filling the reply information in the second OMS maintenance order. The second DICP power-off and power-back-off application to be written by the local scheduling center is associated with the corresponding second OMS maintenance order, and all the operating equipment, the operating instruction information, the operating actions and the related time are recorded in the OMS maintenance order, so that the condition that the workload is increased and the accuracy is inaccurate when workers transfer or fill the maintenance order is avoided.
For easy understanding, please refer to fig. 3, the present application provides an embodiment of a maintenance list filling device for power grid transmission and transformation equipment, including:
the repair order issuing module 301 is configured to issue the first OMS repair order to the local scheduling center through the superior scheduling center, so that the local scheduling center of the finished application associates the local scheduling power outage and restoration application with a second OMS repair order, and the second OMS repair order of the finished application is the same as the first OMS repair order of the finished application;
the first scheduling module 302 is configured to convert a first DICP power outage application uploaded by a plant station into a second DICP power outage application through a local scheduling center of a finished application, associate the second DICP power outage application with a second OMS maintenance order, and upload the second DICP power outage application to a superior scheduling center of the finished application, where the first DICP power outage application of the finished application includes an operation instruction application, a start application and a finished application;
the first circulation module 303 is configured to fill the second DICP call completion application to a second OMS repair order of the completed application through the local scheduling center of the completed application;
and the second scheduling module 304 is configured to, after the completion application local scheduling center receives the reply of the completion application superior scheduling center to the completion application second DICP stop-and-reply-to-electricity application, perform a reply operation according to the reply information through the completion application local scheduling center, so that the plant station executes an instruction corresponding to the completion application reply information, and fills the completion application reply information to a completion application second OMS maintenance order.
Further, still include: the first checking module 305 is configured to make an alarm prompt that "the plant station does not apply for the operation instruction, and whether to submit the operation instruction application to the upper-level scheduling center" or not, when the local scheduling center of the finished application does not receive the first DICP power outage application of the finished application of the plant station.
Further, still include: a second checking module 306, configured to make "do not have the upper level scheduling center complete the job application and do not complete the job application at the factory site? And warning prompt.
Further, still include: a third checking module 307, configured to make "do not perform completion application operation on the plant station, and do not submit completion application to the upper-level scheduling center? And warning prompt.
Further, still include: and the second transfer module 308 is configured to fill the second DICP stop-and-reply application and the stop-and-reply information of the complete application to the first OMS overhaul list of the complete application through the upper scheduling center of the complete application.
In the several embodiments provided in the present application, it should be understood that the disclosed apparatus and method may be implemented in other ways. For example, the above-described apparatus embodiments are merely illustrative, and for example, the division of the units is only one logical division, and other divisions may be realized in practice, for example, a plurality of units or components may be combined or integrated into another system, or some features may be omitted, or not executed. In addition, the shown or discussed mutual coupling or direct coupling or communication connection may be an indirect coupling or communication connection through some interfaces, devices or units, and may be in an electrical, mechanical or other form.
The units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the units can be selected according to actual needs to achieve the purpose of the solution of the embodiment.
In addition, functional units in the embodiments of the present application may be integrated into one processing unit, or each unit may exist alone physically, or two or more units are integrated into one unit. The integrated unit can be realized in a form of hardware, and can also be realized in a form of a software functional unit.
The integrated unit, if implemented in the form of a software functional unit and sold or used as a stand-alone product, may be stored in a computer readable storage medium. Based on such understanding, the technical solution of the present application may be substantially implemented or contributed to by the prior art, or all or part of the technical solution may be embodied in a software product, which is stored in a storage medium and includes instructions for executing all or part of the steps of the method described in the embodiments of the present application through a computer device (which may be a personal computer, a server, or a network device). And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-only Memory (ROM), a Random Access Memory (RAM), a magnetic disk or an optical disk, and other various media capable of storing program codes.
The above embodiments are only used for illustrating the technical solutions of the present application, and not for limiting the same; although the present application has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions in the embodiments of the present application.
Claims (10)
1. A method for filling a maintenance list of power grid power transmission and transformation equipment is characterized by comprising the following steps:
the method comprises the steps that a first OMS maintenance order is issued to a local scheduling center through a superior scheduling center, so that the local scheduling center associates a local scheduling power-on/power-off application to a second OMS maintenance order, and the second OMS maintenance order is the same as the first OMS maintenance order;
converting a first DICP power-on-stop application uploaded by a plant station into a second DICP power-on-stop application through the local scheduling center, associating the second DICP power-on-stop application with the second OMS maintenance order, and uploading the second DICP power-on-stop application to the superior scheduling center, wherein the first DICP power-on-stop application comprises an operation instruction application, a start application and a completion application;
filling the second DICP power-off and power-off application in the second OMS maintenance order through the local scheduling center;
after the local scheduling center receives the reply of the second DICP power-on-demand application from the superior scheduling center, the local scheduling center performs reply operation according to the reply information, so that the plant station executes an instruction corresponding to the reply information, and fills the reply information in the second OMS maintenance order.
2. The power grid transmission and transformation equipment service order form filling method according to claim 1, wherein the local scheduling center converts a first DICP power outage and restoration application uploaded by a plant station into a second DICP power outage and restoration application, associates the second DICP power outage and restoration application with the second OMS service order, and uploads the second DICP power outage and restoration application to the superior scheduling center, the method further comprising:
and when the local scheduling center does not receive the first DICP power outage and restoration request of the plant station, an alarm prompt of 'whether the plant station does not carry out operation instruction request and submits the operation instruction request to a superior scheduling center' is made.
3. The method for filling the overhaul list of the power grid power transmission and transformation equipment according to claim 1, wherein after the local dispatching center receives the reply of the second DICP application from the superior dispatching center, the local dispatching center performs a reply operation according to reply information, so that a plant station executes an instruction corresponding to the reply information and fills the reply information in the second OMS overhaul list, further comprising:
when the local dispatching center does not receive the reply information of the superior dispatching center, making a "does the superior dispatching center not have a reply application, does the reply station apply? And warning prompt.
4. The power grid transmission and transformation equipment overhaul list filling method according to claim 1, wherein the local dispatching center converts the first DICP power outage and restoration application uploaded by the plant station into a second DICP power outage and restoration application, associates the second DICP power outage and restoration application with a second OMS overhaul list, and uploads the second DICP power outage and restoration application to the superior dispatching center, the method further comprising:
when the local dispatching center does not receive the first DICP power outage application of the plant station, a' is made that the plant station does not perform the completion application operation, and whether the completion application is submitted to a superior dispatching center? And warning prompt.
5. The method for filling the maintenance order of the power grid electric transmission and transformation equipment according to claim 1, wherein the first OMS maintenance order is issued to a local dispatching center through a superior dispatching center, so that the local dispatching center associates a local dispatching power-off and power-restoration application with a second OMS maintenance order, further comprising:
and filling the second DICP power-off and reply-back application and the reply information into the first OMS maintenance list through the superior scheduling center.
6. The utility model provides a single device of filling out of electric wire netting power transmission and transformation equipment maintenance which characterized in that includes:
the system comprises a maintenance order issuing module, a local dispatching center and a second OMS maintenance order issuing module, wherein the maintenance order issuing module is used for issuing a first OMS maintenance order to the local dispatching center through a superior dispatching center, so that the local dispatching center associates a local dispatching power failure and power failure application to the second OMS maintenance order, and the second OMS maintenance order is the same as the first OMS maintenance order;
the first scheduling module is used for converting a first DICP power-on-failure application uploaded by a plant station into a second DICP power-on-failure application through the local scheduling center, associating the second DICP power-on-failure application with the second OMS maintenance order and uploading the second DICP power-on-failure application to the superior scheduling center, wherein the first DICP power-on-failure application comprises an operation instruction application, a start-up application and a completion application;
the first streaming module is used for filling the second DICP call-stopping application into the second OMS maintenance order through the local scheduling center;
and the second scheduling module is used for performing repeat operation according to repeat information through the local scheduling center after the local scheduling center receives the repeat of the second DICP repeat stop application from the superior scheduling center, so that the plant station executes an instruction corresponding to the repeat information, and fills the repeat information into the second OMS maintenance order.
7. The electric network transmission and transformation equipment overhaul list form filling device of claim 1, further comprising:
and the first checking module is used for making an alarm prompt of ' no operation instruction application of the plant station, and whether to submit the operation instruction application to a superior scheduling center ' or not ' when the local scheduling center does not receive the first DICP power outage and restoration application of the plant station.
8. The electric network transmission and transformation equipment overhaul list form filling device of claim 1, further comprising:
a second checking module, configured to make a "do not reply work application by the upper level scheduling center, do not reply work application by the factory station? And warning prompt.
9. The electric network transmission and transformation equipment overhaul list form filling device of claim 1, further comprising:
a third checking module, configured to make "do not complete the factory site and do not submit a complete application to a superior scheduling center? And warning prompt.
10. The electric network transmission and transformation equipment overhaul list form filling device of claim 1, further comprising:
and the second circulation module is used for filling the second DICP power failure application and the reply information into the first OMS maintenance list through the superior scheduling center.
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