Natural lightning strike discharge process monitoring system

Abstract

The invention discloses a natural lightning strike discharge process monitoring system, comprising an intelligent terminal, a server, a light control curtain device, a temperature and humidity sensor,a first photographing device, a thunderstorm weather analysis device, a high speed photographing device, an electric field measurement device, a magnetic field measurement device, a thunder detectiondevice, a light detection device and a second photographing device. The thunderstorm weather analysis device is connected with the second photographing device, the temperature and humidity sensor, the high speed photographing device, the electric field measurement device, the magnetic field measurement device and the thunder detection device. The server is connected with the intelligent terminal,the high speed photographing device, the electric field measurement device, the magnetic field measurement device, the thunder detection device, the light detection device, the second photographing device and the first photographing device. Thunder and lightning observation data can be fully automatically and reliably collected in a thunder and lightning observation process. The defect resultingfrom manual operation can be effectively reduced. Working efficiency can be effectively improved.

Description

technical field [0001] The invention relates to the technical field of natural lightning observation, in particular to a natural lightning discharge process monitoring system. Background technique [0002] The comprehensive observation of natural lightning discharge is an important means to understand the physical process of lightning discharge. Strengthening the comprehensive synchronous observation of the physical process of natural lightning discharge will help to propose effective lightning protection measures for lines, which is of great significance to ensure the safe and stable operation of UHV transmission projects. Since the 20th century, scientists from various countries have gradually accelerated the observation and measurement research on the lightning discharge process, and the observation and measurement methods have also been continuously enriched and improved. Lightning electric field measurement has gone through the process from electrostatic field to trans...

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Problems solved by technology

Although scholars at home and abroad have obtained a large amount of data such as electricity, magnetism, and light in the lightning discharge process, most of the comprehensive synchronous observations of natural lightning discharges require on-site personnel to operate and collect data, which reduces work efficiency and brings great benefits to the collection of lightning observation data. Inconvenience

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