Front-end processor system and method for comprehensive management of remote power distribution room

Abstract

The invention discloses a front-end processor system and a method for comprehensive management of a remote power distribution room. The system comprises an access module, a management module, a service module, a data interface module and a kernel database. The method comprises the following steps of: firstly, accessing a front-end processor system portal through a network by a client; carrying out unified identity authentication on the client by the front-end processor system, if the client is an invalid user, denying the access, and if the client is a valid user, analyzing the loads and the communication of a client area and each service application platform to select an optimal service application platform for the client; then, sending the uniform resource locator (URL) of the sub-service application platform to the client, and directly accessing the sub-service application platform through the received URL by the client; carrying out identity authentication again on the client by the sub-service application platform; and if the client is an invalid user, denying the access, and if the client is a valid user, providing service for the client and simultaneously synchronizing the database in real time together with the front-end processor system by the sub-service application platform. The invention improves the stability of client connection, saves the front-end investment, and has better expansibility.

Description

technical field [0001] The invention relates to front-end computer technology in the electric power industry, in particular to a front-end computer system and method for comprehensive management of remote power distribution rooms in the electric power industry. technical background [0002] my country's power industry has entered a period of rapid development. The distribution room is widely distributed and the number is large. At the same time, the number is still increasing, and the management workload is increasing. With the continuous advancement and development of smart grid construction, higher requirements are put forward for the remote comprehensive management of power distribution rooms. [0003] At present, due to the limitation of network communication conditions, most power distribution rooms still rely on traditional manual inspection and management, and very few power distribution rooms are equipped with remote management systems. In these traditional power di...

AI Technical Summary

Problems solved by technology

With the increasing number of power distribution rooms and the increasing complexity of the management system, the traditional two-tier architecture has many limitations, such as: the system application server is too heavily loaded, it is difficult to manage a large number of terminals, and the system performance is prone to decline

[0008] Faced with the increasing number of system terminal equipment, it is impossible to solve the distributed implementation management system, and the system scalability is poor

The database server of the business application platform does not have a remote data synchronization backup server, which threatens the security of the database

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