Movement operation and maintenance system and method of power communication network

Abstract

The invention discloses a movement operation and maintenance system and method of a power communication network. The movement operation and maintenance system of the power communication network comprises a handheld terminal and a remote background server, wherein the handheld terminal and the remote background server are in communication through a 3G or 4G wireless public network. The handheld terminal comprises a smart mobile phone, an external memory and a data collection terminal. The external memory comprises an SRAM and a Flash. The smart mobile phone is in communication with the external memory. According to the movement operation and maintenance method of the power communication network, the processes of storage, collection, storage, comparison, display, collection, comparison, storage and postback are carried out, and finally guide to the on-site operation and maintenance work and result display can be achieved.

Description

technical field [0001] The invention relates to an electric power communication network, in particular to a mobile operation and maintenance system and method for the electric power communication network, and belongs to the technical field of electric power communication. Background technique [0002] The construction of the power communication network during the "Twelfth Five-Year Plan" period is about to be completed, and the construction of the power communication network of power companies will also usher in a new construction cycle. Facing the existing and upcoming power communication network, the existing operation and maintenance methods are Problems such as backward data storage technology, numerous on-site operation and maintenance index data, unclear hierarchical structure, poor integration and coordination of data resources, and lack of on-site operation and maintenance of work orders will face increasing work pressure; On-site operation and maintenance personnel ...

AI Technical Summary

Problems solved by technology

[0002] The construction of the power communication network during the "Twelfth Five-Year Plan" period is about to be completed, and the construction of the power communication network of power companies will also usher in a new construction cycle. Facing the existing and upcoming power communication network, the existing operation and maintenance methods are Problems such as backward data storage technology, numerous on-site operation and maintenance index data, unclear hierarchical structure, poor integration and coordination of data resources, and lack of on-site operation and maintenance of work orders will face increasing work pressure; On-site operation and maintenance personnel cannot perform standardized operations in full accordance with the system requirements, which also reduces the efficiency of operation and maintenance, causes hidden dangers to operation and maintenance, and restricts the safe and stable operation of the power communication network

[0003] The existing on-site operation and maintenance mainly has the following problems: (1) At the current stage, the operation and maintenance site still uses manual methods for equipment positioning and information reading, which cannot guarantee the effectiveness and accuracy of equipment physical location positioning and information reading, which reduces the Work efficiency has caused hidden dangers to on-site operation and maintenance; (2) The standardized management of on-site operation and maintenance is not smooth. At this stage, due to manual identification of equipment information and paper-based work instructions, it is impossible to use information technology to carry out effective communication between the two. At the same time, once an emergency occurs at the operation and maintenance site, the on-site personnel and remote dispatchers will not be able to update the on-site data in time, which increases the uncertainty of on-site operation and maintenance; (3) the existing operation instructions indicate the guidance of on-site operations, Lack of on-site feedback supervision links, unable to realize closed-loop management of on-site operation and maintenance, and unable to determine whether on-site personnel have completed the on-site operation and maintenance work in a standardized, accurate and effective manner according to the requirements of the instruction book

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