[ Huaqiang Security Network News ] Explain the four major functions of the four substation monitoring systems: 1. Integrated functions, 2. Scheduling functions, 3. Electronic plan functions, 4. Graphical management of geographic information. 
1, integrated function
Each technology subsystem performs tasks in different scopes, such as CCTV monitoring systems to complete video transmission, display and storage. Each subsystem integrates these functions into a high-level application platform. When the high-level integration platform processes the same alarm event, the different subsystems work together at the same time. The command center will establish a unified control platform that integrates the functions of each functional subsystem. This is a platform for management center applications. The construction of the command center has experienced three stages: the construction of a single subsystem, the uniform control of each subsystem by the center, but the independence of each subsystem and the integration of the command center system. At present, the system integration stage has been developed. It is possible that various information management or technical subsystems may be constructed using different technologies, but the interface specifications should be complied with, so that after the system is completed, the command center can work on different subsystems under a unified operation interface. Coordination linkage.
The integration function is to establish a technical route. In the command and dispatch integration system, an interconnection and interconnection mechanism can be established with the power system management data center and the technical subsystem to realize the function of collecting information from these systems, thereby collecting the subsystems. Information. The established business subsystems such as security monitoring, access control, intelligent analysis, and unattended system are the four business systems of power management. These business systems continuously generate business data during daily operation, and become transformed after being extracted and processed. The business information of the electrical management department, which will be stored in different business systems, and provide information services to other business departments through different query systems. The integration function of the electronic map integration platform can be reflected in the control platform of the dispatch center in real time. After the electronic map integration platform is built, the information generated by these systems will be integrated into the system, and the system will provide users and applications externally. Information service.
After the information of each subsystem passes through the integrated link and is collected into the system, the system completes the security monitoring function of each substation by the power department. Monitor the power security situation within the scope of the jurisdiction, and notify the management center of the alarm and prompts when an abnormality is found. Therefore, the integration function is to allow the power management department to see various information related to power safety management.
2, scheduling function
When an alarm event occurs, the management center can use the control platform to dispatch relevant personnel, facilities, and fire rescue through the relevant departments. At the same time, the system records the whole process of scheduling, and can be played back afterwards and evaluated by experts. Reasonable command and dispatch can be stored as a plan, and can be referenced when similar events occur later. The command and dispatch function is based on the integrated function, and the control commands of the management center can reach the technical subsystems and related personnel.
3, electronic plan function
Establish an electronic plan system When an alarm event occurs, the management center can refer to the plan for correct command and dispatch. By processing data in the data center power management, it provides auxiliary decision-making functions for power security management. The traditional text-based paper plan is digitally abstracted, combined with accident consequence simulation analysis, GIS map, power emergency protection and other systems to solve the problems of storage, management, upgrade and inconvenient use of traditional paper plans. The system can extract information elements according to the text emergency plan, including the four tasks of the plan (prevention, preparation, response, recovery) and the resources of each task, and then form the basic information unit of the emergency command. The system can quickly formulate various emergency rescue plans. Dynamically load data generation command system and task list to support fast response.
4. Graphical management of geographic information
The power remote integrated video surveillance system is a multi-branch system involving microstructures and macro systems. A large number of macro-related events have spatial distribution characteristics. However, it is very inconvenient to use this spatial information in actual work to serve emergency command and decision. It is either marked on a paper map or it is difficult to find a suitable map. It is inefficient and difficult to update and maintain. When the amount is large, it is more difficult to carry out. In addition, graphical data and attribute data are inconvenient for interaction and correlation analysis.
Each technology subsystem performs tasks in different scopes, such as CCTV monitoring systems to complete video transmission, display and storage. Each subsystem integrates these functions into a high-level application platform. When the high-level integration platform processes the same alarm event, the different subsystems work together at the same time. The command center will establish a unified control platform that integrates the functions of each functional subsystem. This is a platform for management center applications. The construction of the command center has experienced three stages: the construction of a single subsystem, the uniform control of each subsystem by the center, but the independence of each subsystem and the integration of the command center system. At present, the system integration stage has been developed. It is possible that various information management or technical subsystems may be constructed using different technologies, but the interface specifications should be complied with, so that after the system is completed, the command center can work on different subsystems under a unified operation interface. Coordination linkage.
The integration function is to establish a technical route. In the command and dispatch integration system, an interconnection and interconnection mechanism can be established with the power system management data center and the technical subsystem to realize the function of collecting information from these systems, thereby collecting the subsystems. Information. The established business subsystems such as security monitoring, access control, intelligent analysis, and unattended system are the four business systems of power management. These business systems continuously generate business data during daily operation, and become transformed after being extracted and processed. The business information of the electrical management department, which will be stored in different business systems, and provide information services to other business departments through different query systems. The integration function of the electronic map integration platform can be reflected in the control platform of the dispatch center in real time. After the electronic map integration platform is built, the information generated by these systems will be integrated into the system, and the system will provide users and applications externally. Information service.
After the information of each subsystem passes through the integrated link and is collected into the system, the system completes the security monitoring function of each substation by the power department. Monitor the power security situation within the scope of the jurisdiction, and notify the management center of the alarm and prompts when an abnormality is found. Therefore, the integration function is to allow the power management department to see various information related to power safety management.
2, scheduling function
When an alarm event occurs, the management center can use the control platform to dispatch relevant personnel, facilities, and fire rescue through the relevant departments. At the same time, the system records the whole process of scheduling, and can be played back afterwards and evaluated by experts. Reasonable command and dispatch can be stored as a plan, and can be referenced when similar events occur later. The command and dispatch function is based on the integrated function, and the control commands of the management center can reach the technical subsystems and related personnel.
3, electronic plan function
Establish an electronic plan system When an alarm event occurs, the management center can refer to the plan for correct command and dispatch. By processing data in the data center power management, it provides auxiliary decision-making functions for power security management. The traditional text-based paper plan is digitally abstracted, combined with accident consequence simulation analysis, GIS map, power emergency protection and other systems to solve the problems of storage, management, upgrade and inconvenient use of traditional paper plans. The system can extract information elements according to the text emergency plan, including the four tasks of the plan (prevention, preparation, response, recovery) and the resources of each task, and then form the basic information unit of the emergency command. The system can quickly formulate various emergency rescue plans. Dynamically load data generation command system and task list to support fast response.
4. Graphical management of geographic information
The power remote integrated video surveillance system is a multi-branch system involving microstructures and macro systems. A large number of macro-related events have spatial distribution characteristics. However, it is very inconvenient to use this spatial information in actual work to serve emergency command and decision. It is either marked on a paper map or it is difficult to find a suitable map. It is inefficient and difficult to update and maintain. When the amount is large, it is more difficult to carry out. In addition, graphical data and attribute data are inconvenient for interaction and correlation analysis.
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