A distributed energy operation and maintenance monitoring management system and method thereof

Abstract

The invention provides a distributed energy operation and maintenance monitoring and management system, including on-site data monitoring terminal, mobile measurement and control terminal, relay service platform, remote service platform, Internet of Things communication network, each relay service platform communicates through the Internet of Things The network establishes data connections with several on-site data monitoring terminals and remote service platforms respectively, and forms a management network. Each management network is set to several mobile measurement and control terminals, and the mobile measurement and control terminals establish data connections with the remote service platform through the Internet of Things communication network. . Its use method includes four steps: hardware assembly, software system setting, operation and maintenance management and operation and maintenance mobile supervision. On the one hand, the present invention has a simple system structure, good versatility, and good network expansion and adjustment capabilities; on the other hand, the present invention has strong data processing capabilities, high energy monitoring and management accuracy, and good auxiliary data verification during operation. and troubleshooting capabilities.

Description

technical field [0001] The invention relates to a distributed energy operation and maintenance monitoring management system and a method thereof, belonging to the field of information technology. Background technique [0002] The distributed energy management system is currently an important means to improve the comprehensive utilization of energy and manage and dispatch operations. It has been applied in the supply and management of electric energy, natural gas and other energy sources and achieved good results. , the currently used distributed system is in operation. On the one hand, the system structure is single, and the system structure adjustment and expansion capabilities are relatively poor. It is difficult to flexibly adjust the supervision system structure according to the energy supply system structure adjustment, and the system's anti-fault capability and fault emergency handling The ability is poor, which seriously affects the flexibility and reliability of the ...

AI Technical Summary

Problems solved by technology

[0002] The distributed energy management system is currently an important means to improve the comprehensive utilization of energy and manage and dispatch operations. It has been applied in the supply and management of electric energy, natural gas and other energy sources and achieved good results. , the currently used distributed system is in operation. On the one hand, the system structure is single, and the system structure adjustment and expansion capabilities are relatively poor. It is difficult to flexibly adjust the supervision system structure according to the energy supply system structure adjustment, and the system's anti-fault capability and fault emergency handling The ability is poor, which seriously affects the flexibility and reliability of the current energy operation and maintenance management system; The need for comprehensive remote operation and maintenance management of complex energy structures within the scope, resulting in the poor ability of the current energy remote comprehensive operation and maintenance management system for energy comprehensive management and scheduling, insufficient scheduling management accuracy, and unable to meet the needs of energy comprehensive management and scheduling operations, which seriously affects Improve the quality, efficiency and versatility of energy comprehensive operation and maintenance management

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