Electricity utilization information acquiring system

Abstract

The invention discloses an electricity utilization information acquiring system. A fault is automatically detected through a terminal, a fault code is formed, a two-dimension code is formed, and the two-dimension code is transmitted to a cloud server, so that a main station can directly search the reason for fault formation of the terminal and a solving strategy; and a right field service worker is dispatched to maintain, so that labor waste is avoided.

Description

technical field [0001] The invention relates to the collection of electricity consumption information, in particular to an electricity consumption information collection system. Background technique [0002] Nowadays, the electric power industry has developed rapidly with the continuous advancement of science and technology, involving a variety of communication resources and professional equipment, such as communication equipment, bearer lines, bearer services, etc.; at the same time, there are intelligent resources and non-intelligent resources, physical resources and logical resources; at the same time With the gradual expansion of the power system, communication lines and users are constantly added, which leads to the increasing complexity of power resource management, communication production scheduling operations, and production team maintenance; at the same time, the difficulty of various fault handling also increases the cost. [0003] At present, power terminal equip...

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Problems solved by technology

[0002] Nowadays, the electric power industry has developed rapidly with the continuous advancement of science and technology, involving a variety of communication resources and professional equipment, such as communication equipment, bearer lines, bearer services, etc.; at the same time, there are intelligent resources and non-intelligent resources, physical resources and logical resources; at the same time With the gradual expansion of the power system, the number of communication lines and users continues to increase, which leads to the increasing complexity of power resource management, communication production scheduling operations, and production team maintenance; at the same time, the difficulty of various fault handling also increases the cost

[0003] At present, power terminal equipment used for power data collection, power grid monitoring, and remote load control are more common in power grid operations. Most of these terminal equipment use 160×160 resolution dot-matrix LCD displays to display information. limited, and the terminal functions are relatively complex, and fault diagnosis is relatively difficult. Generally, experienced employees are required to solve the problem, resulting in high labor costs; and when the on-site service personnel are not familiar with or do not understand the business, it will cause The efficiency of solving problems becomes relatively low, and at the same time, the accuracy of maintenance is not high enough, and there may even be insufficient preparation or misjudgment, resulting in greater losses