Industrial centralized control system development platform

Abstract

The invention discloses an industrial centralized control system development platform. The gateway system is used for acquiring real-time operation data of the field equipment; the configuration system is used for drawing a display model according to the field devices and forming a human-computer interaction interface about the field devices according to the real-time operation data, transmitted by the gateway system, of the field devices; the menu system is used for carrying out function menu selection on the configuration page according to the field device and the menu of each level to generate a required management menu; according to user requirements, through the development platform, system diagrams of the industrial scene are configured, and function menus required by the industrial scene are configured, so that centralized control system application software suitable for the industrial scene requirements can be generated. The development platform can integrate power distribution equipment of manufacturers at home and abroad through configuration of a gateway, and besides intelligent power distribution equipment, the development platform can realize functions of the intelligent power distribution equipment by detecting operation data of non-intelligent power distribution equipment.

Description

Technical Field

[0001] The invention belongs to the field of power supply and distribution, and relates to an industrial centralized control system development platform. Background Art

[0002] The power supply and distribution system, industrial control system, and video surveillance system are all intelligent in their respective fields, but lack overall integration of the systems. For example, each power distribution equipment manufacturer in the intelligent power distribution system has its own system, which is incompatible with each other and cannot be integrated with equipment in other fields.

[0003] In industrial scenarios, it is necessary to realize intelligent centralized control of electricity, gas, water, industrial control equipment, etc. Each industrial scenario has different requirements and scales. Developing a centralized control system according to each scenario is not universal, has a long development cycle, and requires multiple professional software developers, which is costly. Summary of the invention

[0004] In order to solve the above problems, the technical solution adopted by the present invention is: an industrial centralized control system development platform, including;

[0005] Gateway configuration system to obtain real-time operating data of field equipment;

[0006] The configuration system is used to draw a display model based on the field equipment and form a human-machine interaction interface for the field equipment based on the real-time operation data of each field equipment transmitted by the gateway configuration system;

[0007] Menu configuration system: used to select function menus on the configuration page according to the on-site equipment and the menus at all levels to generate the required management menus.

[0008] Furthermore: the gateway configuration system is configured based on the communication protocol, collection parameters, alarm information, and execution action signals of the field equipment connected to each port of the gateway. After the configuration is completed, the information is sent to the gateway, and the gateway integrates all the data.

[0009] Further: the gateway configuration system includes a configuration interface for communication protocols, a configuration interface for acquisition parameters, and a configuration interface for alarm information;

[0010] The configuration interface of the communication protocol includes a basic attribute module and a port configuration module;

[0011] Basic attribute module: used to configure the basic attributes of the communication protocol;

[0012] Port configuration module; used to configure the port properties of the communication protocol.

[0013] Furthermore: the on-site equipment includes a power distribution system, a water supply system, a gas supply system, a video surveillance or access control management system.

[0014] Further: the configuration system includes a graphic element area: a graphic element for displaying components of the field device;

[0015] Property editing bar: used to edit the properties of the graphic element in the graphic element area when configuring the field equipment;

[0016] Drawing area: used to edit the properties of the selected graphic elements in the graphic element area, and build a display model of the on-site equipment based on the graphic elements after the edited properties.

[0017] Furthermore: the property editing bar includes: variables uploaded by the real-time association gateway, configuration of operations performed by pressing, popping up, and holding down the graphic element with the mouse, configuration of the graphic element wireframe shape color, fill color, text font and color, and configuration of animation display.

[0018] Furthermore: the menu configuration system sets menus at various levels by enabling or disabling status buttons.

[0019] Further: the menu configuration system includes a primary menu module, a secondary menu module and a tertiary menu module;

[0020] The first-level menu module includes an energy management menu, an operation and maintenance management menu, a video surveillance menu, an access control management menu and a system management menu;

[0021] The sub-menus of the energy management menu include a power distribution system menu, a water supply system menu, a gas supply system menu, an environmental control system menu, and a statistical analysis menu;

[0022] The sub-menus of the operation and maintenance management menu include the inspection management menu, the inspection report management menu, the emergency repair management menu, the work order management menu, and the alarm management menu;

[0023] The sub-menus of the video management menu include video inspection menu, video map, historical video, implementation video menu, anchor management menu, and alarm record menu;

[0024] The sub-menus of the doorman management menu include an appointment record menu, a peer record menu, a weighbridge record menu, and a visitor statistics record menu;

[0025] The lower submenus of the system management menu include parameter setting menu, user management menu, role management menu, communication management menu, archive management menu, data dictionary menu and log management menu;

[0026] The sub-menus of the power distribution system menu include a main system diagram menu, an equipment monitoring menu, an equipment overview menu, an hourly meter reading menu, a real-time load menu, a demand analysis menu, an equipment health menu, and an electricity quantity display menu;

[0027] The sub-menus of the water supply system menu include a pipe network distribution menu, an equipment monitoring menu, an equipment summary menu and an energy efficiency analysis menu;

[0028] The sub-menus of the water supply system menu include a pipe network distribution menu, an equipment monitoring menu, an equipment summary menu and an energy efficiency analysis menu;

[0029] The lower-level menus of the environmental control system menu include a main system diagram menu, a device monitoring menu and an environmental monitoring menu;

[0030] The subordinate menus of the statistical analysis menu include a statistical analysis menu, a cost statistics menu, a trend analysis menu, a correlation analysis menu, an energy consumption report menu, a meter reading report menu, a settlement report menu and an energy consumption statistics menu;

[0031] The sub-menus of the inspection management menu include an inspection plan menu, an inspection task menu, an inspection record menu and a task template menu;

[0032] The sub-menus of the repair management menu include a warranty task menu and a warranty record menu;

[0033] The sub-menus of the emergency repair management menu include an emergency repair task menu and an emergency repair record menu;

[0034] The sub-menus of the work order management menu include a work order task menu, a dispatch record menu and a work order management menu;

[0035] The sub-menus of the operation and maintenance management menu include a personnel management menu, a team management menu and a vehicle management menu;

[0036] The sub-menus of the alarm management menu include a real-time alarm menu, a historical alarm menu and an alarm statistics menu;

[0037] The sub-menus of the parameter setting menu include a message queue menu, a login background menu, and a resource configuration menu;

[0038] The sub-menus of the user management menu include an add user menu, a delete menu, a send control menu, a password reset menu, an associated site menu and a logo upload menu;

[0039] The sub-menus of the role management menu include an add role menu, a delete role menu, a role authority menu and a modify role menu;

[0040] The sub-menus of the communication management menu include a network status menu, a site monitoring menu, a gateway monitoring menu and a device monitoring menu;

[0041] The sub-menus of the archive management menu package include a site archive menu, a gateway archive menu, a device archive menu, a video archive, and a topology definition menu;

[0042] The sub-menus of the data dictionary menu include sampling index, index grouping, equipment type, electricity price scheme, water price scheme, gas price scheme, notification type and user notification;

[0043] The lower level menus of the log management menu include a login log menu.

[0044] The present invention provides an industrial centralized control system development platform. According to user needs, through this development platform, the system diagrams of industrial scenes are configured, and the function menus required by the industrial scenes are configured, so that the centralized control system application software suitable for the needs of the industrial scenes can be generated. The development platform can integrate power distribution equipment from domestic and foreign manufacturers by configuring the gateway. In addition to intelligent power distribution equipment, it can also detect the operating data of non-intelligent power distribution equipment to realize the functions of intelligent power distribution equipment.

[0045] The present invention provides an industrial centralized control system development platform, which relates to the field of power supply and distribution and can be extended to various industrial scenarios such as industrial parks, to quickly realize the collection, control, analysis, diagnosis, etc. of underlying industrial equipment, various instruments, videos, access control, etc. BRIEF DESCRIPTION OF THE DRAWINGS

[0046] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative labor.

[0047] Figure 1 It is the module diagram of the industrial centralized control system development platform system;

[0048] Figure 2 This is the actual application diagram of the industrial centralized control system development platform system;

[0049] Figure 3 It is the configuration interface diagram of the communication protocol;

[0050] Figure 4 This is the configuration interface diagram of the acquisition parameters;

[0051] Figure 5 This is the configuration interface diagram of the alarm information;

[0052] Figure 6 It is a composition diagram of the field equipment;

[0053] Figure 7 It is the function diagram of the centralized control system application software generated by the industrial centralized control system development platform;

[0054] Figure 8It is the interface diagram of the configuration system;

[0055] Fig. 9 It is the actual display diagram of the configuration system diagram in the application software;

[0056] Fig.10 It is a diagram of the menu system;

[0057] Fig.11 It is the configuration diagram I of the menu system;

[0058] Fig.12 This is the menu system configuration diagram II.

[0059] Figure numerals: 2. Industrial centralized control system development platform, 3. Centralized control system application software, 4. Gateway, 5. Field equipment, 6. Configuration system, 7. Menu configuration system, 8. Gateway configuration system, 9. Intelligent power distribution equipment, 10. General power distribution equipment, 11. Detection element, 12. Industrial instrument. DETAILED DESCRIPTION

[0060] It should be noted that, in the absence of conflict, the embodiments of the present invention and the features in the embodiments may be combined with each other. The present invention will be described in detail below with reference to the accompanying drawings and in combination with the embodiments.

[0061] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. The following description of at least one exemplary embodiment is actually only illustrative and is by no means intended to limit the present invention and its application or use. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0062] like Figure 1 An industrial centralized control system development platform 2 is shown, comprising:

[0063] The gateway configuration system 8 is used to obtain real-time operation data of the field device 5;

[0064] The configuration system 6 is used to draw a display model according to the field device 5, and form a human-computer interaction interface about the field device 5 according to the real-time operation data of each field device 5 transmitted by the gateway system;

[0065] Menu configuration system 7: used to select function menus on the configuration page according to the on-site device 5 and the menus at each level, and generate the required management menus.

[0066] Figure 2This is the actual application diagram of the industrial centralized control system development platform 2 system;

[0067] The project developer selects field equipment 5, such as intelligent power distribution equipment 9, general power distribution equipment 10, industrial instruments 12, video and access control equipment, etc., for real-time data collection at the industrial site according to project requirements;

[0068] Project developers use this centralized control system development platform to configure the gateway based on the gateway system to integrate the data of various field devices 5;

[0069] The project developer draws a display model based on the field device 5 based on the configuration system 6, and forms a human-computer interaction interface for the field device 5 based on the real-time operation data of each field device 5 transmitted by the gateway system;

[0070] Menu system: According to the field equipment 5, select the function menu in the configuration page according to the menus at each level to generate the required management menu.

[0071] Based on the menu system, the project developer configures the system menu and generates the centralized control system application software 3 that is suitable for the user needs of this project.

[0072] The gateway configuration system 8 is configured based on the communication protocol, collection parameters, alarm information, and execution action signals of the field devices 5 connected to each port of the gateway 4. After the configuration is completed, the information is sent to the gateway, and the gateway 4 integrates all the data.

[0073] Depending on the model, the gateway 4 has 1 to 8 RS485 ports, 2 to 4 network ports, Lora, 4G / 5G communication interfaces, etc. The gateway supports communication protocols such as modbus-RTU, modbus-TCP, OPC, IEC60870-101, IEC60870-103, and various brands of PLCs, which meet the needs of most field equipment 5 acquisition.

[0074] Gateway model sampling QT2xx series;

[0075] The gateway configuration system 8 includes a configuration interface for communication protocols, a configuration interface for acquisition parameters, and a configuration interface for alarm information;

[0076] Figure 3 It is the configuration interface diagram of the communication protocol;

[0077] The configuration interface of the communication protocol includes a basic attribute module and a port configuration module;

[0078] Basic attribute module: used to configure the basic attributes of the communication protocol;

[0079] Port configuration module; used to configure the port properties of the communication protocol.

[0080] Figure 4 This is the configuration interface diagram of the acquisition parameters;

[0081] The configuration interface of the acquisition parameters includes a connection attribute module, an alarm attribute module and a storage attribute module.

[0082] Connection property module: used to configure the connection properties of the field device 5;

[0083] Alarm attribute module: used to configure the alarm attributes of the field device 5;

[0084] The storage attribute module is used to configure the storage attributes of the real-time data of the field device 5: including whether to store, the storage method, the cycle, and the storage data range.

[0085] Figure 5 This is the configuration interface diagram of the alarm information;

[0086] Figure 6 It is a composition diagram of the field equipment;

[0087] The field equipment 5 includes, but is not limited to, intelligent power distribution equipment 9, general power distribution equipment 10, various industrial instruments 12, etc. The general power distribution equipment 10 detects data such as input and output line voltage, temperature, current, fault and switch status through detection elements 11, and uploads the data to the gateway.

[0088] Figure 7 It is the function diagram of the centralized control system application software generated by the industrial centralized control system development platform;

[0089] Figure 8 It is the interface diagram of the configuration system;

[0090] Fig. 9 It is the actual display diagram of the configuration system diagram in the application software;

[0091] The configuration system 6 includes a graphic element area: a graphic element for displaying components of the field device 5;

[0092] Property editing bar: used to edit the properties of the graphic element in the graphic element area when configuring the field device 5;

[0093] Drawing area: used to edit the properties of the selected graphic elements in the graphic element area, and to construct a display model of the field device 5 based on the graphic elements after the property editing.

[0094] The configuration system 6 is used to draw the system diagram and human-computer interaction interface of various field equipment 5 such as power distribution system, water supply system, gas supply system, video monitoring, access control management, etc.;

[0095] If the required graphic element is not available in the graphic element area, you can also draw a custom graphic element in the drawing area. In the drawing area (select a single graphic element, configure the properties of the graphic element in the property editing bar, such as associating the gateway to upload data, defining the organizational structure of the field instrument corresponding to the graphic element, and configuring the execution action.

[0096] The detailed functions of the property editing bar include: real-time association of variables uploaded by the gateway, configuration of operations performed by pressing, popping up, and holding down the mouse, configuration of the shape color, fill color, text font and color of the element wireframe, configuration of animation display, etc. After completing the system diagram editing, upload it to the centralized control system application software 3, and you can view the system diagram in the corresponding subsystem of the centralized control system application software 3, such as Fig. 9 , and you can click on the elements in the system diagram to view the field instrument detection data and perform configuration actions.

[0097] The centralized control system application software 3 sends a switch command to the detection element 11 through the gateway. After receiving the command, the detection element 11 controls the switch of the general power distribution equipment 10. The gateway calculates the internal resistance of the power distribution equipment based on the input and output line voltage difference and current detected by the detection element 11, and predicts the fault in combination with the temperature value; analyzes and diagnoses the fault of the general power distribution equipment 10 and calculates the life cycle based on the detection data and the switch command execution results.

[0098] The menu configuration system 7 is used to configure the generated centralized control system application software 3 functions. Fig.10 ,

[0099] The menu system includes a first-level menu module, a second-level menu module and a third-level menu module;

[0100] The first-level menu module includes an energy management menu, an operation and maintenance management menu, a video surveillance menu, an access control management menu and a system management menu;

[0101] The secondary menu module includes a power distribution system menu, a water supply system menu, a gas supply system menu, an environmental control system menu, a statistical analysis menu, an inspection management menu, an inspection report management menu, an emergency repair management menu, a work order management menu, an alarm management menu, a video inspection menu, a video map, a historical video, an implementation video menu, an anchor point management menu, an alarm record menu, an appointment record menu, a peer record menu, a weighbridge record menu, a visitor statistics record menu, a parameter setting menu, a user management menu, a role management menu, a communication management menu, an archive management menu, a data dictionary menu and a log management menu;

[0102] The sub-menus of the energy management menu include a power distribution system menu, a water supply system menu, a gas supply system menu, an environmental control system menu, and a statistical analysis menu;

[0103] The sub-menus of the operation and maintenance management menu include the inspection management menu, the inspection report management menu, the emergency repair management menu, the work order management menu, and the alarm management menu;

[0104] The sub-menus of the video management menu include video inspection menu, video map, historical video, implementation video menu, anchor management menu, and alarm record menu;

[0105] The sub-menus of the doorman management menu include an appointment record menu, a peer record menu, a weighbridge record menu, and a visitor statistics record menu;

[0106] The lower submenus of the system management menu include parameter setting menu, user management menu, role management menu, communication management menu, archive management menu, data dictionary menu and log management menu;

[0107] The sub-menus of the power distribution system menu include a main system diagram menu, an equipment monitoring menu, an equipment overview menu, an hourly meter reading menu, a real-time load menu, a demand analysis menu, an equipment health menu, and an electricity quantity display menu;

[0108] The sub-menus of the water supply system menu include a pipe network distribution menu, an equipment monitoring menu, an equipment summary menu and an energy efficiency analysis menu;

[0109] The lower submenus of the gas supply system menu include a pipe network distribution menu, an equipment monitoring menu, an equipment summary menu and an energy efficiency analysis menu;

[0110] The lower-level menus of the environmental control system menu include a main system diagram menu, a device monitoring menu and an environmental monitoring menu;

[0111] The subordinate menus of the statistical analysis menu include a statistical analysis menu, a cost statistics menu, a trend analysis menu, a correlation analysis menu, an energy consumption report menu, a meter reading report menu, a settlement report menu and an energy consumption statistics menu;

[0112] The sub-menus of the inspection management menu include an inspection plan menu, an inspection task menu, an inspection record menu and a task template menu;

[0113] The sub-menus of the repair management menu include a warranty task menu and a warranty record menu;

[0114] The sub-menus of the emergency repair management menu include an emergency repair task menu and an emergency repair record menu;

[0115] The sub-menus of the work order management menu include a work order task menu, a dispatch record and a work order management menu;

[0116] The sub-menus of the operation and maintenance management menu include a personnel management menu, a team management menu and a vehicle management menu;

[0117] The sub-menus of the alarm management menu include a real-time alarm menu, a historical alarm menu and an alarm statistics menu;

[0118] The sub-menus of the parameter setting menu include a message queue menu, a login background menu, and a resource configuration menu;

[0119] The sub-menus of the user management menu include an add user menu, a delete menu, a send control menu, a password reset menu, an associated site menu and a logo upload menu;

[0120] The sub-menus of the role management menu include an add role menu, a delete role menu, a role authority menu and a modify role menu;

[0121] The sub-menus of the communication management menu include a network status menu, a site monitoring menu, a gateway monitoring menu and a device monitoring menu;

[0122] The sub-menus of the archive management menu package include a site archive menu, a gateway archive menu, a device archive menu, a video archive, and a topology definition menu;

[0123] The sub-menus of the data dictionary menu include sampling index, index grouping, equipment type, electricity price scheme, water price scheme, gas price scheme, notification type and user notification;

[0124] The lower level menus of the log management menu include a login log menu.

[0125] The submenus of the power distribution system menu, the submenu of the water supply system menu, the submenu of the gas supply system menu, the submenu of the environmental control system menu, the submenu of the statistical analysis menu, the submenu of the inspection management menu, the submenu of the repair management menu, the submenu of the emergency repair management menu, the submenu of the work order management menu, the submenu of the operation and maintenance management menu, the submenu of the alarm management menu, the submenu of the parameter setting menu, the submenu of the user management menu, the submenu of the role management menu, the submenu of the communication management menu, the submenu of the archive management menu package, the submenu of the data dictionary menu, and the submenu of the log management menu belong to the third-level submenus;

[0126] The main system diagram is drawn and configured through the configuration system 6. It is used to display the overall operation overview of the power supply and distribution system and control the opening and closing operations. The equipment monitoring function can display the various operating parameters of each field device 5 in the distribution system through curve graphs, bar graphs, reports, etc. The equipment overview displays the classified statistical quantity of field equipment 5 and the online / offline operation overview. The hourly meter reading can count the operating parameters of each power-related field equipment 5 by hour. The real-time load can display the maximum and minimum load values ​​and corresponding time, peak-to-valley value difference, and load proportion of each power-related field equipment 5. The demand analysis can display the daily maximum demand and the demand data of different time periods according to the specified time period. Equipment health can display the temperature characteristics, number of actions, and electrical life of each circuit breaker in the distribution system. The power indication can collect the power indication of the power meter in the field equipment 5 on a daily basis.

[0127] The pipe network distribution is drawn and configured through the configuration system 6 to display the overall operation profile of the water supply system. The equipment monitoring function can display the various operating parameters of each field equipment 5 in the water supply system through curve graphs, bar graphs, reports, etc. The equipment overview displays the classified statistical quantity of field equipment 5 and the online / offline operation profile. The energy efficiency analysis can compare and analyze the energy efficiency conversion ratio based on the water volume and electricity consumption.

[0128] The distribution of the pipe network is drawn and configured through the configuration system 6 to display the overall operation profile of the gas supply system. The equipment monitoring function can display the various operating parameters of each field equipment 5 in the gas supply system through curve graphs, bar graphs, reports, etc. The equipment overview displays the classified statistical quantity of field equipment 5 and the online / offline operation profile. The energy efficiency analysis can compare and analyze the energy efficiency conversion ratio of production capacity and energy consumption based on gas production, gas consumption and electricity consumption.

[0129] Video inspection can set and query camera capture time periods and inspection overviews. Video map can intuitively view the distribution of video surveillance from the map, and click to directly view real-time video. Historical video is used to query saved historical videos. Real-time video is used to view the real-time video of each camera. Anchor management is used to add, delete, and modify camera location, grouping, and numbering information. Alarm management can view the alarm information of each camera, including pictures and videos at the time of alarm, alarm time, alarm level, alarm content, and alarm type. Alarm types include people crossing the area, area intrusion, speeding, etc.

[0130] The appointment record can query the visiting unit, appointment number, appointment time, visitor name, visitor type, visitor unit, contact information, visit information, visitee, approval status, etc. The access record can query the passers-by, access methods, entry and exit directions, visit reasons, visiting organizations, visiting organizations, etc. in each channel of the factory area. The weighbridge record can query the weighed materials, license plate numbers, purchasing units, supply units, gross weight, net weight, tare weight, total weighing and net weighing time in each factory area. Visitor statistics can use pie charts and bar charts to view information such as the number of employees and vehicles in each unit, the number of visitors, the number of vehicles, and the number of internal cooperation personnel.

[0131] The menu configuration system 7 software integrates three levels of optional function menus. According to the project requirements, you can select the validity or invalidity of each function menu on the configuration page, such as Fig.11 , through the menu configuration system 7, make the "Video Map" and "Anchor Management" secondary menus under the first-level menu "Video Surveillance" valid, and the "Video Inspection", "Historical Video", "Real-time Video", and "Alarm Record" secondary menus invalid.

[0132] After completing the menu configuration, generate the centralized control system application software 3. Under the first-level menu "Video Surveillance", there are only "Video Map" and "Anchor Point Management". Fig.12 .

[0133] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or replace some or all of the technical features therein with equivalents. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the scope of the technical solutions of the embodiments of the present invention.

Claims

1. An industrial centralized control system development platform, characterized by: include; Gateway configuration system to obtain real-time operating data of field equipment; The configuration system is used to draw a display model based on the field equipment and form a human-machine interaction interface for the field equipment based on the real-time operation data of each field equipment transmitted by the gateway configuration system; Menu configuration system: used to select function menus on the configuration page according to the on-site equipment and the menus at all levels to generate the required management menus.

2. The industrial centralized control system development platform according to claim 1, characterized in that: The gateway configuration system is configured based on the communication protocol, collection parameters, alarm information, and execution action signals of the field equipment connected to each port of the gateway. After the configuration is completed, the information is sent to the gateway, and the gateway integrates all the data.

3. The industrial centralized control system development platform according to claim 1, characterized in that: The gateway system includes a configuration interface for communication protocols, a configuration interface for acquisition parameters, and a configuration interface for alarm information; The configuration interface of the communication protocol includes a basic attribute module and a port configuration module; Basic attribute module: used to configure the basic attributes of the communication protocol; Port configuration module; used to configure the port properties of the communication protocol.

4. The industrial centralized control system development platform according to claim 1, characterized in that: The on-site equipment includes a power distribution system, a water supply system, a gas supply system, a video surveillance system or an access control management system.

5. The industrial centralized control system development platform according to claim 1, characterized in that: The configuration system includes the graphic element area: graphic elements used to display the components of the field equipment; Property editing bar: used to edit the properties of the graphic element in the graphic element area when configuring the field equipment; Drawing area: used to edit the properties of the selected graphic elements in the graphic element area, and build a display model of the on-site equipment based on the graphic elements after the edited properties.

6. The industrial centralized control system development platform according to claim 1, characterized in that: The property editing bar includes: variables uploaded by the real-time association gateway, configuration of operations performed by pressing, popping up, and holding down the graphic element with the mouse, configuration of the graphic element wireframe shape color, fill color, text font and color, and configuration of animation display.

7. The industrial centralized control system development platform according to claim 1, characterized in that: The menu configuration system sets menus at various levels by enabling or disabling status buttons.

8. The industrial centralized control system development platform according to claim 1, characterized in that: The menu configuration system includes a primary menu module, a secondary menu module and a tertiary menu module; The first-level menu module includes an energy management menu, an operation and maintenance management menu, a video surveillance menu, an access control management menu and a system management menu; The sub-menus of the energy management menu include a power distribution system menu, a water supply system menu, a gas supply system menu, an environmental control system menu, and a statistical analysis menu; The sub-menus of the operation and maintenance management menu include the inspection management menu, the inspection report management menu, the emergency repair management menu, the work order management menu, and the alarm management menu; The sub-menus of the video management menu include video inspection menu, video map, historical video, implementation video menu, anchor management menu, and alarm record menu; The sub-menus of the doorman management menu include an appointment record menu, a peer record menu, a weighbridge record menu, and a visitor statistics record menu; The lower submenus of the system management menu include parameter setting menu, user management menu, role management menu, communication management menu, archive management menu, data dictionary menu and log management menu; The sub-menus of the power distribution system menu include a main system diagram menu, an equipment monitoring menu, an equipment overview menu, an hourly meter reading menu, a real-time load menu, a demand analysis menu, an equipment health menu, and an electricity quantity display menu; The sub-menus of the water supply system menu include a pipe network distribution menu, an equipment monitoring menu, an equipment summary menu and an energy efficiency analysis menu; The sub-menus of the water supply system menu include a pipe network distribution menu, an equipment monitoring menu, an equipment summary menu and an energy efficiency analysis menu; The lower-level menus of the environmental control system menu include a main system diagram menu, a device monitoring menu and an environmental monitoring menu; The subordinate menus of the statistical analysis menu include a statistical analysis menu, a cost statistics menu, a trend analysis menu, a correlation analysis menu, an energy consumption report menu, a meter reading report menu, a settlement report menu and an energy consumption statistics menu; The sub-menus of the inspection management menu include an inspection plan menu, an inspection task menu, an inspection record menu and a task template menu; The sub-menus of the repair management menu include a warranty task menu and a warranty record menu; The sub-menus of the emergency repair management menu include an emergency repair task menu and an emergency repair record menu; The sub-menus of the work order management menu include a work order task menu, a dispatch record menu and a work order management menu; The sub-menus of the operation and maintenance management menu include a personnel management menu, a team management menu and a vehicle management menu; The sub-menus of the alarm management menu include a real-time alarm menu, a historical alarm menu and an alarm statistics menu; The sub-menus of the parameter setting menu include a message queue menu, a login background menu, and a resource configuration menu; The sub-menus of the user management menu include an add user menu, a delete menu, a send control menu, a password reset menu, an associated site menu and a logo upload menu; The sub-menus of the role management menu include an add role menu, a delete role menu, a role authority menu and a modify role menu; The sub-menus of the communication management menu include a network status menu, a site monitoring menu, a gateway monitoring menu and a device monitoring menu; The sub-menus of the archive management menu package include a site archive menu, a gateway archive menu, a device archive menu, a video archive, and a topology definition menu; The sub-menus of the data dictionary menu include sampling index, index grouping, equipment type, electricity price scheme, water price scheme, gas price scheme, notification type and user notification; The lower level menus of the log management menu include a login log menu.

Images