CN-122022645-A - Freight transportation energy supply platform monitoring and operation and maintenance system

CN122022645ACN 122022645 ACN122022645 ACN 122022645ACN-122022645-A

Abstract

The invention provides a freight energy supply platform monitoring and operation and maintenance system, and relates to the technical field of monitoring and operation and maintenance systems. The freight energy supply platform monitoring and operation and maintenance system comprises a main system and a plurality of independent sub-systems which are associated with the main system and can independently operate, wherein each of the main system and the plurality of sub-systems comprises an intelligent monitoring processing unit for intelligent acquisition-processing-analysis data, an intelligent operation and maintenance processing unit for recording-analysis-execution of fault problems and an intelligent service processing unit for realizing service processing. The system can obviously reduce the downtime, reduce the emergency maintenance frequency and prolong the service life of key equipment by independently monitoring and intensively summarizing the monitoring operation and maintenance, intelligent early warning, autonomous operation and maintenance and resource optimization, thereby realizing effective control of the operation and maintenance cost and improvement of the economic benefit of the system in the whole life cycle.

Inventors

LIU HUIMIN
MA LIANG
LIU WEI
LI CHAO
HE HUAN
LIU RI
WANG YUJIE

Assignees

中宝智运物流科技集团有限公司

Dates

Publication Date: 20260512
Application Date: 20260115

Claims (8)

1. The freight energy supply platform monitoring and operation and maintenance system comprises a main system and a plurality of independent subsystems which are associated with the main system and can independently operate, and is characterized in that the main system and the plurality of independent subsystems comprise an intelligent monitoring and processing unit for intelligent acquisition-processing-analysis data, an intelligent operation and maintenance processing unit for recording-analysis-execution of fault problems and an intelligent service processing unit for realizing service processing; The subsystem also comprises an intelligent independent processing unit, wherein the intelligent independent processing unit comprises processing functions of an attenuation version intelligent monitoring processing unit, an intelligent operation and maintenance processing unit and an intelligent service processing unit; the main system and the plurality of sub-systems are connected with a storage unit, wherein the storage unit comprises a cloud storage module and a port storage module.
2. The system for monitoring and maintaining a cargo energy supply platform according to claim 1, wherein the intelligent monitoring processing unit comprises: The data acquisition module is used for acquiring operation data, environment data and equipment state data of each node of the freight energy supply platform in real time; The data storage module is used for carrying out structural storage on the acquired data so as to facilitate subsequent processing and analysis; the data processing module is used for cleaning, denoising, format conversion and preliminary analysis of the acquired data; the data monitoring module is used for monitoring the processed data in real time and identifying abnormal states; the data early warning module is used for sending an early warning signal when the potential risk or the abnormal trend is identified; the fault alarm module is used for immediately sending alarm information when detecting equipment faults or system anomalies; the information feedback module is used for feeding back monitoring results, early warning and alarm information to a user interface or related operation and maintenance personnel; and the information analysis module is used for analyzing the historical monitoring data and extracting an operation rule and an optimization suggestion.
3. The system for monitoring and maintaining a cargo energy supply platform according to claim 1, wherein the intelligent operation and maintenance processing unit comprises: the historical operation and maintenance operation recording module is used for recording the time, the content, the executive personnel and the result of all operation and maintenance operations; the operation and maintenance problem monitoring module is used for monitoring problems in the running of the system in real time and automatically classifying the problems; the historical operation and maintenance operation calling module is used for quickly calling the historical operation and maintenance record for reference when similar problems occur; And the operation and maintenance analysis and execution module is used for automatically or auxiliarily generating an operation and maintenance scheme according to the problem type and executing corresponding operation.
4. The system for monitoring and maintaining a cargo energy supply platform according to claim 1, wherein the intelligent service processing unit comprises: the user module is used for providing user registration, login, authority management and personalized service interfaces; the cloud computing module is used for providing elastic computing resources and supporting data processing and analysis tasks; and the user management module is used for managing user information, service request records and service state tracking.
5. The system for monitoring and maintaining a cargo energy supply platform according to claim 1, wherein the cloud storage module is configured to store a total data stream of a main system summary class, and the port storage module includes a plurality of independent storage modules located inside a subsystem, and is configured to perform storage and recording of independent operation and maintenance data, so as to ensure that the data can still be independently operated and recorded when a network is interrupted.
6. The system of claim 1, wherein the intelligent independent processing unit comprises an attenuation intelligent monitoring processing unit, an intelligent operation and maintenance processing unit and a processing function of an intelligent service processing unit, and is configured to automatically enable the attenuation monitoring mode when communication between the subsystem and the main system is interrupted or resources are limited.
7. The system for monitoring and maintaining a cargo energy supply platform according to claim 1, wherein the main system and the plurality of sub-systems interact with each other through a predefined loosely coupled communication protocol, wherein each sub-system has independent communication decision and data processing capabilities and maintains its operational autonomy when interacting with the main system.
8. The system for monitoring and maintaining a cargo energy supply platform according to any one of claims 1 to 7, comprising a method for using the system for monitoring and maintaining a cargo energy supply platform, comprising the steps of: S1, initializing and deploying a system: The method comprises the steps of deploying and starting an intelligent monitoring processing unit, an intelligent operation and maintenance processing unit and an intelligent service processing unit in a main system and each subsystem, configuring a communication protocol and a data interface between the units, setting core monitoring parameters, early warning threshold values and attenuation mode triggering conditions of each subsystem; s2, normal operation and monitoring: Collecting operation data, environment data and equipment state data of each node in real time through an intelligent monitoring processing unit, and cleaning, analyzing and monitoring; if the abnormal risk or the potential risk is identified, a corresponding signal is sent out through a data early warning module or a fault warning module, and a user or an operation and maintenance person is notified through an information feedback module; s3, communication state detection and mode switching: If the communication interruption or the resource limitation reaches a preset threshold value, automatically triggering an attenuation mode and starting an intelligent independent processing unit; In the attenuation mode, the subsystem monitors only the core parameters, adopts a lightweight algorithm to perform local processing, and executes a high compression or rolling storage strategy; s4, offline autonomous and emergency treatment: in the attenuation mode, the subsystem performs exception handling operation according to a locally stored plan, and maintains a basic service function; s5, communication recovery and data synchronization: Synchronizing the locally stored operation and maintenance record, monitoring data and alarm information to a cloud storage module of the main system, and carrying out integrated analysis on the synchronized data by the main system to update the system state and generate an operation and maintenance report or an optimization suggestion; S6, service interaction and user management: the system dispatches cloud computing resources according to the roles of the users and the requested content, and provides corresponding data inquiry, report generation or remote control functions.

Description

Freight transportation energy supply platform monitoring and operation and maintenance system Technical Field The invention relates to the technical field of monitoring operation and maintenance systems, in particular to a freight energy supply platform monitoring and operation and maintenance system. Background With the development of logistics and energy industries, the scale of a freight energy supply platform is continuously enlarged, and the complexity of monitoring and operation and maintenance is increased. The traditional centralized monitoring system has a single point of failure risk, and once the main system fails, the whole monitoring network is paralyzed. In the prior art, although some systems have redundant designs, the child nodes generally have incomplete functions and cannot continuously execute complete monitoring, operation and maintenance and service functions after being separated from the main system. Therefore, there is a need for an intelligent monitoring and operation system that can operate in tandem and independently. Disclosure of Invention Aiming at the defects of the prior art, the invention is realized by the following technical scheme that the freight energy supply platform monitoring and operation and maintenance system comprises a main system and a plurality of independent subsystems which are associated with the main system and can independently operate, wherein the main system and the plurality of independent subsystems respectively comprise an intelligent monitoring processing unit for performing intelligent acquisition-processing-analysis data, an intelligent operation and maintenance processing unit for performing recording-analysis-execution of fault problems and an intelligent service processing unit for realizing service processing; The subsystem also comprises an intelligent independent processing unit, wherein the intelligent independent processing unit comprises processing functions of an attenuation version intelligent monitoring processing unit, an intelligent operation and maintenance processing unit and an intelligent service processing unit; the main system and the plurality of sub-systems are connected with a storage unit, wherein the storage unit comprises a cloud storage module and a port storage module. Preferably, the intelligent monitoring processing unit includes: The data acquisition module is used for acquiring operation data, environment data and equipment state data of each node of the freight energy supply platform in real time; The data storage module is used for carrying out structural storage on the acquired data so as to facilitate subsequent processing and analysis; the data processing module is used for cleaning, denoising, format conversion and preliminary analysis of the acquired data; the data monitoring module is used for monitoring the processed data in real time and identifying abnormal states; the data early warning module is used for sending an early warning signal when the potential risk or the abnormal trend is identified; the fault alarm module is used for immediately sending alarm information when detecting equipment faults or system anomalies; the information feedback module is used for feeding back monitoring results, early warning and alarm information to a user interface or related operation and maintenance personnel; and the information analysis module is used for analyzing the historical monitoring data and extracting an operation rule and an optimization suggestion. Preferably, the intelligent operation and maintenance processing unit includes: the historical operation and maintenance operation recording module is used for recording the time, the content, the executive personnel and the result of all operation and maintenance operations; the operation and maintenance problem monitoring module is used for monitoring problems in the running of the system in real time and automatically classifying the problems; the historical operation and maintenance operation calling module is used for quickly calling the historical operation and maintenance record for reference when similar problems occur; And the operation and maintenance analysis and execution module is used for automatically or auxiliarily generating an operation and maintenance scheme according to the problem type and executing corresponding operation. Preferably, the intelligent service processing unit includes: the user module is used for providing user registration, login, authority management and personalized service interfaces; the cloud computing module is used for providing elastic computing resources and supporting data processing and analysis tasks; and the user management module is used for managing user information, service request records and service state tracking. Preferably, the cloud storage module is configured to store total data flows summarized and classified by the main system, and the port storage module includes a plurality of independent stora