An environmental parameter acquisition device for an overhead line channel

Abstract

The invention discloses a device and method for collecting environmental parameters of an overhead line channel. The device includes a power supply module, a control module, a storage module, a communication module and a collection function module. The collection function module consists of a wire temperature measurement module, a temperature and humidity module, The camera module, infrared imaging module, and vertical ranging module are composed of one or more modules; the power module includes an online energy-taking unit and an energy storage unit connected by a power line, and the power module supplies power to the control module, storage module, and communication module in parallel. The control module supplies power to each module in the collection function module in parallel; each module in the storage module, the communication module and the collection function module is connected to the control module in parallel. The device can realize the collection of various types of environmental data. At the same time, the power supply module provides reliable power supply for each component of the device to realize all-weather data collection. At the same time, the communication module and the control module improve the data feedback data.

Description

technical field [0001] The invention belongs to the technical field of electric power engineering, and in particular relates to an environmental parameter acquisition device for an overhead line channel. Background technique [0002] Acquisition of environmental data such as vegetation, wildfires, construction, and meteorology in the overhead line channel is one of the important tasks of line operation. Failure to collect and analyze in time may directly lead to line failure and outage. However, the current drones and helicopters carry pods to collect channels and construction conditions. First, the flight is easily affected by weather or air traffic control, and the actual flying days are few. Second, the data update cycle is long, and shortening the update cycle requires a lot of time. Manpower, material and financial resources, and thirdly, specialized personnel are required for flight; on the one hand, there is a blank period of sampling for wildfire information collecte...

AI Technical Summary

Problems solved by technology

However, the current drones and helicopters carry pods to collect channels and construction conditions. First, the flight is easily affected by weather or air traffic control, and the actual flying days are few. Second, the data update cycle is long, and shortening the update cycle requires a lot of time. Manpower, material and financial resources, and thirdly, specialized personnel are required for flight; on the one hand, there is a blank period of sampling for wildfire information collected by artificial satellites, and on the other hand, there are high requirements for early warning platforms; Problems such as poor reliability in less sunny environments

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