CN110930111A - APP (application) for unified management of physical assets and mobile operation - Google Patents
APP (application) for unified management of physical assets and mobile operation Download PDFInfo
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Abstract
The invention discloses a real asset and mobile operation unified management APP, which comprises a plurality of mobile operation micro applications; the micro application centralized control unified entry module is designed and developed with background services and data interfaces of each mobile operation micro application unified standard; the equipment decommissioning workflow optimization module is used for sharing and interacting each mobile operation micro application and bottom service data in the PMS to form a standard pushing and interacting mechanism; the data flow monitoring module is used for monitoring the flow and the quantity of all mobile operation data; and the authority management module is used for configuring the authority in a background management center according to the hierarchy, the department, the team and the work duty of the user, so that the personnel duty and the software use authority are definitely divided. The invention can save the communication time among units, improve the working efficiency and ensure the working quality.
Description
Technical Field
The invention relates to the fields of electric power industry, physical asset management, information system centralized control management and the like, in particular to an APP for uniformly managing physical assets and mobile operation.
Background
With the continuous construction and development of a strong smart power grid in a city, a large amount of equipment assets are purchased, put into production, operated, maintained and retired, but because different departments are involved in the four stages to use different informatization systems for management, information streams of the physical assets are mutually split in the whole service life, the whole management of the physical assets is disordered, internal data conflict is caused, historical data are difficult to sort and trace, and therefore the working efficiency is low, and the assets are difficult to clean.
However, the internet of things technology is mature nowadays, but the application of the internet of things technology in the power industry still belongs to a primary stage, if an identity card is issued to each power grid device, and all power assets, management services and service related party personnel are effectively run through by relying on the internet of things technology to form effective data sharing, platform interaction and unified management, the performance and level of asset management are greatly improved.
Disclosure of Invention
The invention aims to solve the technical problems and provide an APP for managing physical assets and mobile operations more scientifically in a unified manner.
In order to solve the technical problems, the invention adopts the following technical scheme:
an APP for uniformly managing physical assets and mobile operations comprises a plurality of mobile operation micro applications, a micro application centralized control uniform inlet module, an equipment retirement workflow optimization module, a data flow monitoring module and an authority management module, wherein the APP comprises a plurality of mobile operation micro applications, a plurality of micro application centralized control uniform inlet modules, a plurality of equipment retired workflow optimization modules, a plurality of data flow monitoring modules and a plurality of authority management modules
The micro-application centralized control unified entry module is designed and developed with background services and data interfaces of each mobile operation micro-application unified standard, so that the existing mobile operation micro-applications and mobile operation micro-applications which are likely to be expanded in the future can be quickly butted with a main system platform and are efficiently compatible;
the equipment decommissioning workflow optimization module takes a physical ID code as a carrier, intelligently combines an APP and a PMS through mobile operation unified management, enables decommissioning equipment account data to be shared and interacted, forms a standard pushing and interaction mechanism, simplifies the workflow for designers and operators, and improves the working efficiency of the workers through an intelligent and convenient information technology;
the data flow monitoring module is used for monitoring the flow and the quantity of all mobile operation data, performing summary analysis in a multi-dimensional mode and performing cross analysis in a secondary dimensional mode, so that the working conditions of all mobile operations are effectively monitored, and working links and processes can be reasonably optimized through feedback of actual use conditions;
and the mobile operation unified management APP is integrated with the national network unified authority management system through application, so that after logging in software, a mobile micro-application user subjected to centralized control management can browse and use all mobile operation micro-applications and functions under own functions, and clear division of personnel responsibility and software use authority is realized.
Further, the mobile operation micro-application comprises a power grid asset unified identity code micro-application, a power grid engineering management micro-application, an operation and maintenance management micro-application and a decommissioning equipment management micro-application.
Further, RFID tags giving unique identification to the equipment are unified by utilizing an RFID tag technology, and the RFID tags giving the unique identification to the equipment are scanned by the power grid asset unified identity code micro application and then compared with equipment data in the PMS for checking or directly recorded.
Further, in the equipment operation stage, the power grid engineering management micro-application inputs a test report and archive data information before equipment operation through the RFID label of the unique identifier on the scanning equipment, and the equipment is officially arranged on the site, so that the requirement of the site equipment is consistent with the requirement of the equipment in the distribution network engineering through the verification of the power grid engineering management micro-application.
Furthermore, in the operation and maintenance phase, the operation and maintenance management micro-application decomposes the equipment inspection plan of each area or line into groups, and when an operator inspects and inspects the equipment on site, the operation and maintenance management micro-application can scan the RFID label with the unique identifier on the equipment to acquire all relevant information of the equipment to be inspected, and after the equipment is inspected, the condition state of the equipment can be updated, and the information is timely pushed to a relevant system through the RFID label with the unique identifier on the equipment.
Furthermore, in the decommissioning treatment stage, a task plan is firstly issued to the decommissioning equipment management and control micro-application by the non-power grid transport physical management platform, the decommissioning equipment management and control micro-application scans the RFID tag with the unique identifier on the equipment, the decommissioning equipment management and control micro-application scans the serial number and information of the equipment to be decommissioned, then the decommissioning treatment is carried out, and finally the decommissioning state of the micro-application to all relevant system pushing equipment is managed and controlled by the decommissioning equipment.
The invention has the beneficial effects that:
1. promoting the management work of the whole life cycle of the company assets and improving the operation performance of enterprises;
2. through the mobile operation micro application of each link and the combination and comprehensive application of the mobile terminal and the real object ID, a depth management mechanism of the whole process of the transport inspection is constructed, the mobile efficient management and control of four major links of the asset whole life is realized, and the lean management level of the transport inspection major is improved;
3. verifying the authenticity of PMS data through the work development of the ID of the physical assets, and realizing the one-to-one correspondence of accounts and objects; and (4) system barriers of ERP are opened, the real-time one-to-one correspondence between accounts and objects is realized, and finally the goal of unified management of accounts, cards and objects is realized.
4. And the business data (information such as supplier material supply distribution condition, supplier cooperation condition, supplier equipment quality, overhaul and the like) is extracted, the multi-dimensional evaluation mechanism of the supplier is further perfected, and the more scientific management of the material department is assisted.
5. The data sharing is achieved by getting through the service interaction among the information systems, the horizontal and vertical through of each service department and each service team subordinate to the service department is achieved, the working data flow is automatically pushed through the APP, all service related units are mobilized, the communication time among the units is saved, the working efficiency is improved, and the working quality is guaranteed.
6. By uniformly and centrally monitoring the use condition of each mobile operation micro application, the examination management can be carried out, so that the management is well documented, the management and control are carried out on the spot, and the working progress of each unit team is really and effectively accelerated.
Drawings
Fig. 1 is a design and architecture diagram of an APP for unified management of physical assets and mobile operations according to the present invention.
Detailed Description
The invention is described in further detail below with reference to the following figures and detailed description:
referring to fig. 1, the APP for unified management of physical assets and mobile operations (referred to as "unified management APP") of the present invention includes a plurality of mobile operation micro applications, a micro application centralized control unified entry module, an equipment retirement workflow optimization module, a data traffic monitoring module, and an authority management module. From the technical aspect, develop unified extensible interface service, with all business function integration to unified management APP of the removal operation APP of each specialty, make it become the removal operation micro application in the unified management APP, realize through the authority management that the application concentrates the weight-sharing and uses, the bottom data interaction process of each application of establishing ties to the in service behavior to each application is monitored. The single sign-on is adopted, and the aims of one-time installation, unified use and centralized management are achieved. The one hand has made things convenient for on-the-spot user's download, installation and use, and on the other hand has also avoided using the unified management APP all mobile terminal commonly used of once adaptation because of the difficult problem of multiple independent APP and different model mobile terminal cross adaptation, alright in order to reach the effect of compatible all professional micro applications.
The micro-application centralized control unified inlet module comprises: background service and data interfaces with unified standards are designed and developed for mobile operation micro applications of all specialties, so that the existing mobile operation micro applications and mobile operation micro applications which are likely to be expanded in the future can be quickly butted with a main system platform and are efficiently compatible.
The equipment decommissioning work flow optimizing module comprises: equipment decommissioning work flow optimization module to the ID code in kind is the carrier, through removing the unified management APP of operation and PMS system intelligence combination, makes decommissioning equipment account data form sharing and interaction, forms the propelling movement and the mutual mechanism of standard, realizes that designer and operation personnel simplify the work flow, promotes staff's work efficiency through intelligent, convenient information technology mode.
Data flow monitoring module: the method comprises the steps of monitoring the flow and the quantity of all mobile operation data, carrying out summarizing analysis in a multi-dimensional mode such as a planning target and completion condition, a monthly actual use flow condition and a ranking list of use conditions of various professional micro applications, carrying out cross analysis in secondary dimensions such as a single micro application use condition, a single mobile terminal use condition and a key service completion condition, realizing effective supervision on the work condition of each mobile operation, and reasonably optimizing a work link and a flow through feedback of the actual use condition.
And the mobile operation unified management APP is integrated with the national network unified authority management system through application, so that after logging in software, a mobile micro-application user subjected to centralized control management can browse and use all micro-applications and functions under own functions, and clear division of personnel responsibility and software use authority is realized.
The mobile operation micro-application comprises a power grid asset unified identity code micro-application, a power grid engineering management micro-application, an operation and maintenance management micro-application and a retired equipment management and control micro-application.
The utility model discloses a little application of electric wire netting asset unified identity code: the adaptive hardware equipment terminal can realize the ultrahigh frequency RFID code scanning function, and can compare, update, push and process the scanned equipment information through the power grid asset unified identity code micro application, thereby realizing three main functions of asset inventory checking, newly added equipment checking and stock equipment checking. Specifically, RFID tags giving unique identification to equipment are unified by utilizing an RFID tag technology, a power grid asset unified identity code micro application is developed, and the micro application is used for comparing and checking the scanned RFID tags of the equipment with equipment data in a PMS or directly inputting the scanned RFID tags into the PMS. For the incremental equipment, the work is moved forward, in the equipment purchasing stage, a supply manufacturer is required to stick an RFID label and then send the RFID label to a company material purchasing department, and a worker uses the power grid asset unified identity code micro application in the unified management APP to scan, check and input the equipment on site, and signs out after the equipment is accurate and correct; for stock equipment, checking and additional recording tasks are decomposed into all team personnel, the special personnel scan and check equipment labels after arriving at the site, the inconsistent problems are found and summarized and fed back through the unified management APP, and the equipment without labels is additionally sent with RFID labels and scanned and recorded on the site.
Power grid engineering management micro-application: in the equipment operation stage, before the equipment is put into operation formally, the data such as test reports, archive data and the like before the equipment is put into operation are input into the power grid engineering management micro-application through the association of the RFID unique identifier of the equipment, and when the equipment is put into operation formally, the equipment requirements of the field equipment and the equipment requirements of the distribution network engineering can be ensured to be consistent through the check of the unified management APP. The power grid engineering management micro-application can perform work such as field management and control, progress control, personnel management, subcontracting management, bearing capacity analysis and the like, and realizes quantitative management and control of 'full flow, recollection and visualization' of power grid engineering safety, quality and progress management and control. And automatic quantitative analysis according to different dimensions and different granularities of engineering project types, local companies, construction teams and the like is completed through a big data analysis technology. The method can generate data reports and various graphic reports according to weekly reports, monthly reports and custom intervals, and can be used as a scientific and effective support for the overall process safety and quality control evaluation of power grid engineering.
The operation, maintenance, overhaul and management micro application comprises the following steps: in the operation maintenance and overhaul stage, the operation maintenance and overhaul management micro application decomposes the equipment inspection plan of each block or line into each team, when an operator inspects and inspects the equipment on site, the operation maintenance and overhaul management micro application can scan the RFID label with the unique identifier on the equipment to acquire all relevant information of the equipment to be inspected, the condition state of the equipment can be updated after the equipment is inspected, and the information is timely pushed to a relevant system through the RFID label with the unique identifier on the equipment. The operation maintenance and overhaul management micro-application can decompose inspection tasks such as transmission and transformation, power transmission, power distribution and the like, inquire equipment data on site, acquire geographic coordinates, input inspection result information on site and the like.
Controlling micro application of retired equipment: in the decommissioning treatment stage, a task plan is issued to the decommissioning equipment management and control micro-application on-site through the decommissioning equipment management and control RFID tag with the unique identifier on the micro-application scanning equipment, after checking that the serial number and information of the equipment to be decommissioned are not available, the decommissioning treatment is carried out again, and finally the decommissioning state of all related system pushing equipment is subjected to micro-application through the decommissioning equipment management and control. By combining the concept of Internet of things with a self-built non-in-transit power grid physical asset management and control platform, the functions of labeling and code scanning, photographing and uploading, storage position filling and the like of the retired equipment after the equipment is retired are achieved.
In summary, the present invention is not limited to the above-mentioned embodiments, and those skilled in the art can propose other embodiments within the technical teaching of the present invention, but these embodiments are included in the scope of the present invention.
Claims (6)
1. The utility model provides a real object asset and removal operation unified management APP which characterized in that: the system comprises a plurality of mobile operation micro applications, a micro application centralized control unified entry module, an equipment retirement workflow optimization module, a data flow monitoring module and an authority management module, wherein the mobile operation micro applications are connected with the equipment retirement workflow optimization module through the network interface, and the data flow monitoring module is connected with the mobile operation micro applications through the network interface
The micro-application centralized control unified entry module is designed and developed with background services and data interfaces of each mobile operation micro-application unified standard, so that the existing mobile operation micro-applications and mobile operation micro-applications which are likely to be expanded in the future can be quickly butted with a main system platform and are efficiently compatible;
the equipment decommissioning workflow optimization module takes a physical ID code as a carrier, intelligently combines an APP and a PMS through mobile operation unified management, enables decommissioned equipment account data to be shared and interacted, and forms a standard pushing and interaction mechanism so as to realize that designers and operators simplify the workflow;
the data flow monitoring module is used for monitoring the flow and the quantity of the centralized control mobile operation data, performing summary analysis in a multi-dimensional mode and performing cross analysis in a secondary dimensional mode to realize effective supervision on the working conditions of each mobile operation, and reasonably optimizing working links and flows through feedback of actual use conditions;
and the mobile operation unified management APP is integrated with the national network unified authority management system through application, so that after logging in software, a mobile micro-application user subjected to centralized control management can browse and use all mobile operation micro-applications and functions under own functions, and clear division of personnel responsibility and software use authority is realized.
2. The physical asset and mobile operation unified management APP as claimed in claim 1, wherein: the mobile operation micro-application comprises a power grid asset unified identity code micro-application, a power grid engineering management micro-application, an operation and maintenance management micro-application and a retired equipment management control micro-application.
3. The physical asset and mobile operation unified management APP as claimed in claim 2, wherein: and uniformly endowing the equipment with the RFID label with the unique identifier by utilizing an RFID label technology, scanning the RFID label endowed with the unique identifier on the equipment through the power grid asset uniform identity code micro application, and then comparing and checking or directly inputting the scanned RFID label with equipment data in a PMS (permanent magnet synchronous motor) system.
4. The physical asset and mobile operation unified management APP according to claim 3, characterized in that: in the equipment operation stage, the power grid engineering management micro-application inputs a test report and archive data information before equipment operation through the RFID label of the unique identifier on the scanning equipment, and the equipment is officially arranged on the site and is checked through the power grid engineering management micro-application, so that the requirement of the site equipment is consistent with that of the equipment in the distribution network engineering.
5. The physical asset and mobile operation unified management APP according to claim 3, characterized in that: in the operation maintenance and overhaul stage, the operation maintenance and overhaul management micro application decomposes the equipment inspection plan of each block or line into each team, and when an operator inspects and inspects the equipment on site, the operation maintenance and overhaul management micro application can scan the RFID label with the unique identifier on the equipment to acquire all relevant information of the equipment to be inspected, and after the equipment is inspected, the condition state of the equipment can be updated, and the information is timely pushed to a relevant system through the RFID label with the unique identifier on the equipment.
6. The physical asset and mobile operation unified management APP according to claim 3, characterized in that: in the decommissioning treatment stage, a task plan is issued to the decommissioning equipment management and control micro-application by a non-power transmission network physical management platform, the RFID label with the unique identifier on the scanning equipment of the decommissioning equipment management and control micro-application is checked on site, the decommissioning treatment is carried out after the serial number and the information of the equipment to be decommissioned are checked, and finally the decommissioning state of the micro-application to all related system pushing equipment is managed and controlled by the decommissioning equipment.
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| CN111460018A (en) * | 2020-03-31 | 2020-07-28 | 金现代信息产业股份有限公司 | Object ID data link method and system |
| CN111639768A (en) * | 2020-04-26 | 2020-09-08 | 国网安徽省电力有限公司 | Power grid physical asset decommissioning management and control system |
| CN112801617A (en) * | 2021-01-29 | 2021-05-14 | 湖北省电力勘测设计院有限公司 | Data integration method based on substation electrical equipment real object ID and ODS system |
| CN114023134A (en) * | 2021-11-05 | 2022-02-08 | 河南卓达电气有限公司 | Digital information electric power simulation training system |
| CN114023134B (en) * | 2021-11-05 | 2024-07-16 | 河南卓达电气有限公司 | Digital information electric power simulation training system |
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Application publication date: 20200327 |