An intelligent auxiliary monitoring system and method for power distribution room based on Internet of Things technology

Abstract

The invention relates to an intelligent auxiliary monitoring system and method for power distribution room based on Internet of Things technology. The system includes a comprehensive server based on big data, a communication gateway, and a mobile monitoring terminal. The data connection is established between the comprehensive servers, and the mobile monitoring terminal includes a mobile bearing base, a protective cover, an air comprehensive detection mechanism, a video acquisition system, an auxiliary battery and a monitoring system. The invention has flexible and convenient network operation, high detection operation efficiency, good flexibility and versatility, reduces the cost of data acquisition operation for the monitoring operation of the power distribution room, and effectively improves the comprehensive operation efficiency of the data acquisition equipment in the power distribution room, reducing To monitor the vacancy rate of equipment operation.

Description

technical field [0001] The invention relates to an intelligent auxiliary monitoring system and method for a power distribution room based on Internet of Things technology, and belongs to the technical fields of security monitoring and information communication. Background technique [0002] At present, facilities and equipment such as intelligent power distribution room and unmanned power distribution room have been widely used, so it is necessary to develop a remote monitoring system for the operation status of this type of power distribution room. At the same time, in the traditional manned power distribution room, in order to To improve work efficiency, reduce labor costs and safety risks, and at the same time avoid control errors in power distribution rooms caused by human factors, resulting in power transmission and transformation accidents and safety accidents, it is also necessary to develop a remote monitoring system. A large number of monitoring systems of this type...

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Problems solved by technology

[0002] At present, facilities and equipment such as intelligent power distribution room and unmanned power distribution room have been widely used, so it is necessary to develop a remote monitoring system for the operation status of this type of power distribution room. At the same time, in the traditional manned power distribution room, in order to To improve work efficiency, reduce labor costs and safety risks, and at the same time avoid control errors in power distribution rooms caused by human factors, resulting in power transmission and transformation accidents and safety accidents, it is also necessary to develop a remote monitoring system. A large number of monitoring systems of this type, such as the patent publication number CN112305969A, the publication date is 20210202, the patent application number is 202011219992.9, and the patent name is the comprehensive safety monitoring system and method for intelligent power distribution room facing the Internet of Things; the patent publication number is CN104300675B, and the public The date is 20160706, the patent application number is 201410432873.X, and the patent name is "a remote monitoring method and system for power distribution room based on integrated substation system". Although these systems can meet the needs of use to a certain extent, on the one hand, the system The structure is complex, operation and maintenance are difficult, and at the same time, it can only meet the needs of specific power distribution room system operation, and the system has poor flexibility and versatility; on the other hand, in actual use, the current traditional monitoring system often needs to be fixed in the power distribution room The installation of a large number of monitoring equipment leads to complex system construction, high construction and operation and maintenance costs, and relatively high vacancy rate during operation. Therefore, traditional power distribution room monitoring systems are often difficult to effectively meet the needs of actual use.

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