Electric power engineering intelligent construction site comprehensive management and control information system

Abstract

The invention discloses an electric power engineering intelligent construction site comprehensive management and control information system, and belongs to the technical field of Internet. The systemcomprises a mobile terminal, a cloud management platform, a local management platform and an operation area terminal arranged in a construction site; the operation area terminal is wirelessly connected with the local management platform; the local management platform is connected with the cloud management platform through an optical fiber / dedicated line, and the cloud management platform is connected with the mobile terminal through a 3G / 4G network; the operation area terminal uploads the monitored data to the local management platform and the cloud management platform in turn; and the cloud management platform generates alarm signals according to pre-set alarming conditions and alarming manners corresponding to various monitoring data, and pushes various monitoring data and alarm signalsto the mobile terminal in real time. The invention realizes the comprehensive application of the system in each link of construction site management by establishing a unified technological and management platform.

Description

technical field [0001] The invention relates to the field of Internet technology, in particular to a comprehensive management and control information system for electric power engineering smart construction sites. Background technique [0002] At present, in the construction management process of electric power construction sites, the traditional management method is to build various systems such as the real-name one-card subsystem, the tower crane operation monitoring subsystem, the mass concrete temperature measurement subsystem, the deformation monitoring subsystem, the environmental monitoring subsystem, etc. Manage the construction process of electric power construction. Its shortcomings are: First, each system operates independently and cannot be managed in a centralized manner. It needs to use wired cables such as 485 cables, optical fibers or network cables to transmit data, which cannot meet the various harsh construction environments on the project site , and the ...

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Problems solved by technology

Its shortcomings are: First, each system operates independently and cannot be managed in a centralized manner. It needs to use wired cables such as 485 cables, optical fibers or network cables to transmit data, which cannot meet the various harsh construction environments on the project site , and the construction and maintenance are difficult and the cost is high

The second is that each system is managed separately, the cost of manpower input is high and the efficiency of on-site management is low

Third, at some project sites with large scope and many obstructions, it may not be possible to realize the construction of various systems, resulting in difficulties in construction management of power construction sites

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