Voice-interaction-based intelligent control method for transformer substation and distribution station

Abstract

The invention relates to a voice-interaction-based intelligent control method for a transformer substation and a distribution station. Voice control of a transformer substation and a distribution station is realized through a voice interaction system. The method comprises the following steps that: S1, a voice sensor acquires a voice instruction and inputs the voice instruction into the voice interaction system; S2, the voice interaction system judges whether the voice instruction is a valid voice instruction or not, if so, the S3 is executed, and if not, a voice broadcasting device broadcastsand notifies that the voice instruction is an invalid instruction; S3, the voice interaction system judges the voice instruction type and executes the corresponding operation, wherein the voice instruction types include question and answer types, system control types and equipment control types; and S4, the voice broadcasting device broadcasts and notifies an operation result. Compared with the prior art, the voice-interaction-based intelligent control method has the following advantages: the hands of the personnel is liberated, the management automation degree and the interaction timeliness of the transformer substation and distribution station are improved and the like.

Description

technical field [0001] The invention relates to the intelligent control of the substation room, in particular to an intelligent control method for the substation based on voice interaction. Background technique [0002] Traditional substations in my country need to arrange multiple personnel to carry out on-site rotation inspections. Manual inspections have a relatively large security risk, and the detected data cannot be accurately and timely connected to the management information system. With the development of science and technology, more and more intelligent devices and control methods have been applied to the management of power transformation and distribution to improve the accuracy and safety of manual inspections and improve work efficiency. [0003] However, the operation and control of these smart devices still require manual operation after the staff arrives at the site. Although the management of the substation has been optimized to a certain extent, it cannot c...

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Problems solved by technology

[0003] However, the operation and control of these smart devices still require manual operation after the staff arrives at the site. Although the management of the substation has been optimized to a certain extent, it cannot completely liberate the on-site operators, and at the same time, the command personnel cannot realize full control. Automatic remote control, when a fault is found, it is necessary to notify the on-site personnel to perform corresponding operations. After completing the operation, the on-site personnel need to manually enter information and send back the operation results. The whole process is very inconvenient

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