Intelligent monitoring device and method for power tower pole

Abstract

The invention discloses an intelligent monitoring device and method for a power tower pole. The intelligent monitoring device comprises a controller, an output unit, a remote communication module and an electronic type six-shaft gyroscope, wherein the electronic type six-shaft gyroscope is arranged on the power tower pole and used for detecting an inclined angle of the power tower pole, the output unit is used for controlling switch-on and switch-off of a circuit breaker on the power tower pole, the remote communication module is used for sending warning information to a dispatching station, and the controller is used for sending the warning information to a dispatching center through the remote communication module when the inclined angle, detected by the electronic type six-shaft gyroscope, of the power tower pole is greater than a preset threshold value, or controlling the circuit breaker to trip through the output unit so as to prevent an electric shock accident or prevent a power network fault from being expanded. The intelligent monitoring device and method for the power tower pole are easy to implement, the safety of the power tower pole is favorably guaranteed, and a safety accident is avoided.

Description

technical field [0001] The invention relates to an intelligent monitoring device and method for electric tower poles. Background technique [0002] Distribution automation is a necessary means to improve the reliability of power supply. The State Grid Corporation of China has fully carried out the construction of distribution automation in provincial capitals, and clearly requires 315 affiliated cities, urban areas and county companies to achieve full coverage of distribution automation in 2020. [0003] The terminal equipment is the basic equipment of the distribution automation system, which is used for the monitoring of distribution equipment such as distribution switches and distribution transformers. The power distribution automation system configures corresponding two-remote or three-remote terminals according to the actual grid structure, equipment status and application requirements. [0004] Distribution automation is based on the intelligence of electrical primary...

AI Technical Summary

Problems solved by technology

[0009] 1. The current distribution automation terminal only realizes the collection of electrical related quantities of the system once, and cannot detect the operation of the tower where it is located, seriously affecting the normal operation of the power grid and early warning of accidents

[0010] 2. The power distribution automation terminal is damaged, dismantled or stolen by external forces, and the tower is tilted or the pole is first tilted or the pole is turned down, and there is no early warning or alarm

[0011] 3. Due to the failure to report when a failure or accident occurs, it will affect the recovery time of the power outage, causing economic losses and negative social impacts

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