Regulation and control center digital construction system based on intelligent gas

Abstract

The invention provides a regulation and control center digital construction system based on intelligent gas, and the system comprises a data integration module which is used for achieving the unified integration of all related system data and the integration of partial system services; the service platform module is used for integrating various existing business capabilities and abstracting or precipitating businesses and data into service capabilities for a foreground to call; and the application module interacts and realizes the functions of overall situation, safe operation, customer service and intelligent report on the terminal based on the service platform and data. According to the invention, the existing gas basic data and other information system data of a terminal company can be integrated, governed and analyzed, a comprehensive situation, safe operation and customer service special topic is constructed, and a list of gas operation situations is realized.

Description

Technical Field

[0001] The present invention relates to the field of smart gas, and in particular to a digital construction system for a control center based on smart gas. Background Art

[0002] Smart gas has become an important direction for the future development of the gas industry at home and abroad. Many countries and some regions in China have made active attempts on the development path of Internet + smart gas, constantly summarizing the problems encountered in the practice process, formulating improvement measures, and promoting the overall process of smart gas development. Based on the gradual maturity of business management, terminal gas companies in various regions of my country have also gradually implemented digital construction acceleration actions.

[0003] The dispatch center is the "core hub" of the terminal gas company, and implements the multi-professional joint office operation mechanism of production, safety, and pipelines. At present, the dispatch center of the terminal gas company generally has the following problems: 1) The station management means are single. Most terminal gas companies only implement station management through SCADA systems, video surveillance systems and manual inspections. There is no effective digital means, and it is difficult to promote the unmanned management mode of the station; 2) The data of each information system is relatively independent, and the utilization rate needs to be improved. Most terminal gas companies have established daily management work systems such as customer information systems, but each system basically operates independently, the data is not effectively integrated, and there is a lack of data linkage and fusion analysis capabilities. Summary of the invention

[0004] In view of the problems existing in the prior art, a digital construction system for a control center based on smart gas is provided.

[0005] The technical solution adopted by the present invention is as follows: A digital construction system of a control center based on intelligent gas, comprising:

[0006] Data integration module, used to realize unified integration of data from various related systems and integration of some system services;

[0007] The service platform module is used to integrate various existing business capabilities, abstract or precipitate business and data into service capabilities for front-end calls;

[0008] The application module, based on the service platform and data, realizes the functions of overall situation, safe operation, customer service and intelligent reporting in terminal interaction.

[0009] As a preferred solution, the data integration module is based on the edge IoT management platform to provide message, data and service integration capabilities; including gas company basic resource system data, Internet public data, subsidiary and gas site data; among them, gas company basic resource system data includes production data release system, gas safety emergency response platform, meter reading system, call system, online business hall, pipeline integrity management system data; Internet public data includes leakage monitoring system, RTU pressure monitoring system and AI intelligent monitoring platform data; subsidiary data includes customer service system data; gas site data includes intelligent inspection system and video surveillance system data.

[0010] As a preferred solution, the service platform module includes a data storage layer, a PaaS platform, a service layer, and an application layer, wherein:

[0011] The data storage layer includes various databases that store structured, semi-structured and unstructured data generated by various systems;

[0012] PaaS platform is used to integrate application servers, business capability access, business engines, and business open platforms, and provide basic service capabilities according to business capability needs;

[0013] The service layer abstracts and precipitates business and data into service capabilities for the front-end to call;

[0014] The business application layer adopts a microservice architecture, encapsulates and combines business functions into business logic based on data services, and provides them to application modules.

[0015] As a preferred solution, the data storage layer stores each type of data in its native format, with no fixed limits on account size or files.

[0016] As a preferred solution, the PaaS platform includes a distributed service framework, distributed database, distributed messages, distributed storage, distributed transactions, and real-time monitoring services. It manages various middleware resources through a registration center, configuration center, message queue, API gateway, and fuses, and opens resources to SaaS users through APIs.

[0017] As a preferred solution, in the service layer, various business capabilities are abstracted through the business middle platform, including project management, user management, log service, monitoring management, and equipment management; the AI ​​middle platform algorithm model and knowledge graph capabilities are precipitated through the data middle platform, and data support and technical support are provided to the business middle platform after data cleaning.

[0018] As a preferred solution, the service platform module also includes a data management module based on the concept of data middle platform to achieve unified collection, unified management, unified standards and unified release of data. The data management module includes a data consumption module, a data base module, a data model module, a business object module, a data asset management module and a data source module; wherein,

[0019] Data source module, used to obtain static data, business data, real-time monitoring data and IOT data;

[0020] The business object module sorts the data according to the business objects or functions to be provided, and automatically publishes business data standards;

[0021] The data model module provides model design, model review, model verification, model publishing and model governance operations for data processing according to business needs;

[0022] The data base module includes a data center and data services provided; the data center is used to store data that has been processed and packaged by the data model, and provides data support for various businesses; data services include data clustering, association rule mining, data modeling, data visualization, and open interfaces;

[0023] The data consumption module is used to call the interface provided by the data base to realize data display, analysis, push and sharing.

[0024] As a preferred solution, the data management module also includes data asset management, which is used to provide metadata management, indicator management, data base operation, data service governance, information architecture, data control, data quality, and data security services.

[0025] As a preferred solution, the business object module mainly includes data sorting for overall situation, safe operation and customer service.

[0026] As a preferred solution, the application module provides functions including external overall situation, internal overall situation, safe operation, customer service and intelligent reporting, among which:

[0027] The overall external situation includes the display of enterprise scale, operational capabilities, development history, safety management and operational support;

[0028] The overall internal situation includes operation capacity, gas supply volume analysis, gas consumption structure analysis, gas supply trend and gas consumption analysis for key users;

[0029] Safe operation includes abnormal warning, warning center, emergency linkage disposal, pipeline integrity information query, site monitoring and pipeline network safety management functions;

[0030] Customer service includes security management, payment analysis and meter reading statistics;

[0031] Intelligent reporting includes report combination, automatic data filling, daily gas volume report, monthly report and quick daily report function.

[0032] Compared with the prior art, the beneficial effects of adopting the above technical solution are: the present invention can integrate, manage and analyze the existing basic gas data and other information system data of the terminal company, build comprehensive status, safe operation and customer service topics, and realize an overview of the gas operation status. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Figure 1 The present invention is a business diagram of a digital construction system of a control center based on smart gas in one embodiment of the present invention.

[0034] Figure 2 The figure is a schematic diagram of the digital construction system architecture of the control center based on smart gas in one embodiment of the present invention.

[0035] Figure 3 The present invention is a schematic diagram of data integration in a digital construction system of a control center based on smart gas in one embodiment of the present invention.

[0036] Figure 4 The present invention is a schematic diagram of the data architecture of a digital construction system of a control center based on smart gas in one embodiment of the present invention.

[0037] Figure 5 The present invention is a schematic diagram of an application architecture in a digital construction system of a control center based on smart gas in one embodiment of the present invention.

[0038] Figure 6 The present invention is a functional architecture diagram of a digital construction system of a control center based on smart gas in one embodiment of the present invention. DETAILED DESCRIPTION

[0039] Embodiments of the present application are described in detail below, and examples of the embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar modules or modules with the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present application, and cannot be construed as limitations on the present application. On the contrary, the embodiments of the present application include all changes, modifications and equivalents that fall within the spirit and connotation of the appended claims.

[0040] In order to solve the problem that the existing systems basically operate independently, the data is not effectively integrated, and there is a lack of data linkage and fusion analysis capabilities. The embodiment of the present invention proposes a digital construction system for a control center based on smart gas, including:

[0041] Data integration module, used to realize unified integration of data from various related systems and integration of some system services;

[0042] The service platform module is used to integrate various existing business capabilities, abstract or precipitate business and data into service capabilities for front-end calls;

[0043] The application module, based on the service platform and data, realizes the functions of overall situation, safe operation, customer service and intelligent reporting in terminal interaction.

[0044] like Figure 1 As shown, the digital construction system of the control center proposed by the present invention integrates, manages and analyzes the existing basic gas data and other information system data of the terminal company, builds comprehensive situation, safe operation and customer service topics, and realizes an overview of the gas operation situation. At the same time, you can go directly to the site with one click to query the information of the station IOC, such as the IOC of the Jingkai Station and the IOC of the Xiangyangqiao Station, to achieve macro and micro overall control.

[0045] Please refer to Figure 2 In this embodiment, the data integration module is based on the edge IoT management platform to provide message, data and service integration capabilities; including gas company basic resource system data, Internet public data, subsidiaries and gas site data.

[0046] Specifically, the basic resource system of the gas company includes the production data release system, the gas safety emergency disposal platform, the meter reading system, the call system, the online business hall, and the pipeline integrity management system. The production data release system includes SCADA data, upstream production data, gas supply and demand data, pressure regulation and odorization data, production alarm data, etc. The gas safety emergency disposal platform includes safety monitoring data, alarm data, hidden danger information, emergency rescue information and other data. The meter reading system includes user daily gas consumption data, pressure and flow data, etc. The call system includes the number of call work orders, work order disposal data, call reception volume, user call type, customer satisfaction rate data, etc. The online business hall includes self-service business processing volume, call volume, seat data, etc. The pipeline integrity management system includes pipeline network GIS data, pipeline attribute data, pipeline inspection data, inspection personnel positioning data, inspection problem data, inspection positioning data, etc.

[0047] The public data on the Internet includes various data from the leakage monitoring system, RTU pressure monitoring system and AI intelligent monitoring platform. Among them, the leakage monitoring system includes pipeline network GIS data, valve well GIS data, valve well leakage monitoring data, laser methane point data, alarm data, etc. The RTU pressure monitoring system includes station operation data, pressure monitoring data, alarm data, etc. The AI ​​intelligent monitoring platform includes camera information (manufacturer, protocol, location, engineering survey parameters), AI algorithm, alarm data, real-time video monitoring data, etc.

[0048] The subsidiary provides customer service system data, including user data, work order dispatch and disposal information, sales data, user service statistics, etc.

[0049] The gas station includes an intelligent inspection system and a video monitoring system. The intelligent inspection system includes inspection point information, robot inspection data, inspection alarm data, video inspection data, etc. The video monitoring system includes camera information, alarm information, and real-time video monitoring data.

[0050] In this embodiment, the service platform module mainly includes a bottom-up data storage layer, a PaaS platform, a service layer, and an application layer, and finally interactively presents on a large screen, a PC, and a mobile phone. In order to promote communication, collaboration, and integration between development (application / software engineering), technical operations, and quality assurance (QA) departments, in one embodiment, the system as a whole adopts DevOps throughout the entire development process, and provides processes and methods for communication and collaboration issues between departments.

[0051] Please refer to Figure 3 , the data storage layer, including various databases, stores structured, semi-structured and unstructured data generated from various systems; through various databases in the storage layer, a large amount of structured, semi-structured and unstructured data is stored. It is a place to store each type of data in its native format, with no fixed restrictions on account size or files. It provides a large amount of data to improve analytical performance and native integration. Making data easier to process is a cost-effective way to store all the data of an organization for later processing. Such as distributed cache redis, relational database mysql, oracle, NoSql library MongoDB, graph database Neo4j or other three-dimensional video storage modules. At the same time, the service platform also includes supporting components such as container cloud, cloud platform, HES protection, etc.

[0052] The PaaS platform is used to integrate application servers, business capability access, business engines, and business open platforms, and provide basic service capabilities according to business capability needs; in this embodiment, the PaaS platform includes a distributed service framework, a distributed database, distributed messages, distributed storage, distributed transactions, and real-time monitoring services. It manages various middleware resources through a registration center, a configuration center, a message queue, an API gateway, and a fuse, and opens resources to SaaS users through an API. Among them, a basic service communication interface is also provided, which completes registration, obtains services, configuration information, and interacts with service information with a link monitoring center, a service monitoring center, a configuration management center, and a service registration center. The remaining service layers implement service calls and service pulls through an API gateway. It should be noted that the service platform also includes basic components such as service governance, monitoring services, log services, process engines, three-dimensional engines, and report components.

[0053] The service layer abstracts and precipitates business and data into service capabilities for the front-end to call; in the service layer of this embodiment, various business capabilities are abstracted through the business middle platform, including project management, user management, log service, monitoring management, and equipment management; the AI ​​middle platform algorithm model and knowledge graph capabilities are precipitated through the data middle platform, and after data cleaning, data support and technical support are provided for the business middle platform.

[0054] In this embodiment, the service layer includes two parts: business and support, wherein the support includes user service, label service, authentication service, approval service, authority service, rule service, resource service, file service, project service, access service, batch service, document service, data service, etc., to provide support for the business. The business includes data integration (including data collection, collection monitoring), data standardization (including coding management, standard document management), master data, business data and indicator data management (including data acquisition, data push, data editing, process management, indicator data management, business data management, etc.), data storage (including database, data shared storage), data sharing (including data query, data interface), data quality (including data HES management, log management), system management (including user management, authority management), etc., to provide corresponding business functions.

[0055] The business application layer adopts the microservice architecture, encapsulates and combines business functions based on data services, and provides them to the application module. At the same time, it combines the necessary public technical service components in the system to realize the business logic of the entire system based on the microservice architecture design. Please continue to refer to Figure 3 The front-end application layer can be implemented through APP, WEB or other methods, and the services provided are called through the API gateway.

[0056] In order to achieve data control, in this embodiment, a data management module is also provided in the service platform module, which realizes unified collection, unified control, unified standards and unified release of data based on the concept of data middle platform. Figure 4 , the data management module includes a data consumption module, a data base module, a data model module, a business object module, a data asset management module and a data source module; specifically.

[0057] The data source module is used to obtain static data, business data, real-time monitoring data and IOT data; in this embodiment, static data includes pipeline network data, equipment ledgers, operating capabilities, etc., business data includes gas supply, hidden dangers, gas usage structure, risky operations, adjustment and rescue work orders, customer service, inspections, etc., real-time monitoring data includes SCADA system, video surveillance system, laser leak detection, robot inspection, equipment monitoring and other data, IOT data includes cameras, explosion-proof mobile phones, smart safety helmets, laser leak detection, sensors, networks and other data.

[0058] The business object module sorts the data according to the business objects or functions to be provided, and automatically publishes the business data standards. In view of the functions to be provided by the entire system. In this embodiment, it is mainly divided into the overall situation, safe operation, customer service and other parts.

[0059] The data model module provides model design, model review, model verification, model publishing and model governance operations for data processing according to business needs.

[0060] The data base module includes a data center and data services provided; the data center is used to store data that has been processed and packaged by the data model, and provide data support for various businesses, such as subject status, safe operation, customer service, station management, official website digital twin, station digital twin, etc. Data services include data clustering, association rule mining, data modeling, data visualization, and open interfaces.

[0061] The data consumption module is used to call the interface provided by the data base to realize the display, analysis, push and sharing of data. In one embodiment, it can include real-time visualization of the situation, self-service data analysis, auxiliary intelligent decision-making, automatic flow of work orders, APP data push, and PC data sharing.

[0062] In one embodiment, the data management module also includes data asset management, which is used to provide metadata management, indicator management, data base operation, data service governance, information architecture, data control, data quality, and data security services.

[0063] Please refer to Figure 5 , which shows the application functions provided by the digital construction system of the intelligent gas control center proposed in the present invention, mainly including the overall external situation, the overall internal situation, safe operation, customer service and intelligent reporting functions.

[0064] Specifically, the overall external situation includes enterprise scale, operational capabilities, development history, security management, operation guarantee, user scale, customer service, intelligent improvement, safe operation days, operation map display, etc.;

[0065] The overall internal situation includes operation capacity, gas supply volume analysis, gas consumption structure analysis, gas supply trend, gas consumption analysis of key users, work order adjustment, safe operation days, operation map display, etc.

[0066] Safe operation includes abnormal warning, warning center, emergency linkage disposal, pipeline integrity information query, site monitoring, pipeline network safety management function, three-dimensional scene, station intelligent inspection, safety system construction, shared operation supervision, etc.

[0067] Customer service includes security management, payment analysis and meter reading statistics;

[0068] Intelligent reporting includes report combination, automatic data filling, daily gas volume report, monthly report and quick daily report function.

[0069] The present invention builds the IOC of the gas company based on the underlying platform and various data, and realizes functions such as overall situation (external), overall situation (internal), safe operation, customer service and intelligent reporting. It can effectively solve the problems that the existing systems basically operate independently, the data is not effectively integrated, and there is a lack of data linkage and fusion analysis capabilities.

[0070] For those skilled in the art, the specific meanings of the above terms in the present invention can be understood in specific situations; the drawings in the embodiments are used to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Generally, the components of the embodiments of the present invention described and shown in the drawings herein can be arranged and designed in various different configurations.

[0071] Although the embodiments of the present application have been shown and described above, it can be understood that the above embodiments are exemplary and cannot be understood as limitations on the present application. Ordinary technicians in this field can change, modify, replace and modify the above embodiments within the scope of the present application.

Claims

1. The digital construction system of the control center based on intelligent gas is characterized by: include: Data integration module, used to realize unified integration of data from various related systems and integration of some system services; The service platform module is used to integrate various existing business capabilities, abstract or precipitate business and data into service capabilities for front-end calls; The application module, based on the service platform and data, realizes the functions of overall situation, safe operation, customer service and intelligent reporting in terminal interaction.

2. According to claim 1, the digital construction system of the control center based on intelligent gas is characterized in that: The data integration module is based on the edge IoT management platform and provides message, data and service integration capabilities; including gas company basic resource system data, Internet public data, subsidiary and gas site data; among them, gas company basic resource system data includes production data release system, gas safety emergency response platform, meter reading system, call system, online business hall, pipeline integrity management system data; Internet public data includes leakage monitoring system, RTU pressure monitoring system and AI intelligent monitoring platform data; subsidiary data includes customer service system data; gas site data includes intelligent inspection system and video surveillance system data.

3. The digital construction system of the control center based on intelligent gas according to claim 2 is characterized in that: The service platform module includes a data storage layer, a PaaS platform, a service layer, and an application layer, wherein: The data storage layer includes various databases that store structured, semi-structured and unstructured data generated by various systems; PaaS platform is used to integrate application servers, business capability access, business engines, and business open platforms, and provide basic service capabilities according to business capability needs; The service layer abstracts and precipitates business and data into service capabilities for the front-end to call; The business application layer adopts a microservice architecture, encapsulates and combines business functions into business logic based on data services, and provides them to application modules.

4. According to claim 3, the digital construction system of the control center based on intelligent gas is characterized in that: The data storage layer stores each type of data in its native format, with no fixed limits on account size or files.

5. According to claim 3, the digital construction system of the control center based on intelligent gas is characterized in that: The PaaS platform includes a distributed service framework, distributed database, distributed messages, distributed storage, distributed transactions, and real-time monitoring services. It manages various middleware resources through a registration center, configuration center, message queue, API gateway, and fuse, and opens resources to SaaS users through an API.

6. The digital construction system of the control center based on intelligent gas according to claim 3 is characterized in that: In the service layer, various business capabilities are abstracted through the business middle platform, including project management, user management, log service, monitoring management, and equipment management; the AI ​​middle platform algorithm model and knowledge graph capabilities are precipitated through the data middle platform, and data support and technical support are provided to the business middle platform after data cleaning.

7. The digital construction system of the control center based on intelligent gas according to claim 3 is characterized in that: The service platform module also includes a data management module based on the concept of data middle platform to achieve unified collection, unified management, unified standards and unified release of data. The data management module includes a data consumption module, a data base module, a data model module, a business object module, a data asset management module and a data source module; wherein, Data source module, used to obtain static data, business data, real-time monitoring data and IOT data; The business object module sorts the data according to the business objects or functions to be provided, and automatically publishes business data standards; The data model module provides model design, model review, model verification, model publishing and model governance operations for data processing according to business needs; The data base module includes a data center and data services provided; the data center is used to store data that has been processed and packaged by the data model, and provide data support for various businesses; data services include data clustering, association rule mining, data modeling, data visualization, and open interfaces; The data consumption module is used to call the interface provided by the data base to realize data display, analysis, push and sharing.

8. The digital construction system of the control center based on intelligent gas according to claim 7 is characterized in that: The data management module also includes data asset management, which is used to provide metadata management, indicator management, data base operation, data service governance, information architecture, data control, data quality, and data security services.

9. The digital construction system of the control center based on intelligent gas according to claim 7 is characterized in that: The business object module mainly includes data sorting for overall situation, safe operation and customer service.

10. The digital construction system of the control center based on intelligent gas according to claim 1 is characterized in that: The application module provides functions including external overall situation, internal overall situation, safe operation, customer service and intelligent reporting, among which: The overall external situation includes the display of enterprise scale, operational capabilities, development history, safety management and operational support; The overall internal situation includes operation capacity, gas supply volume analysis, gas consumption structure analysis, gas supply trend and gas consumption analysis for key users; Safe operation includes abnormal warning, warning center, emergency linkage disposal, pipeline integrity information query, site monitoring and pipeline network safety management functions; Customer service includes security inspection management, payment analysis and meter reading statistics; Intelligent reporting includes report combination, automatic data filling, daily gas volume report, monthly report and quick daily report function.

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