Cloud monitoring system based on intelligent balloon group, artificial rainfall system based on intelligent balloon group and control method of artificial rainfall system

Abstract

The invention discloses a cloud monitoring system based on an intelligent balloon group, an artificial rainfall system based on the intelligent balloon group and a control method of the artificial rainfall system. The control method comprises steps that intelligent balloons in the first total preset quantity are placed at different place points, and first environment parameters on intelligent balloon motion locus are respectively detected; first environment parameters of a pre-determined atmosphere area are acquired according to the first environment parameters on the intelligent balloons motion locus of the intelligent balloons in the total first preset quantity; intelligent balloons in the second total preset quantity are placed at place points which are adjusted according to the first environment parameters of the pre-determined atmosphere area, and artificial rainfall is carried out. The method is advantaged in that the environment parameters of the pre-determined atmosphere area can be acquired through the multiple intelligent balloons, the place points of the intelligent balloons and catalyst spreading positions are adjusted according to the environment parameters of the pre-determined atmosphere area, and the artificial rainfall is realized.

Description

technical field [0001] The invention relates to the technical field of artificial rainfall, in particular to a cloud monitoring system based on an intelligent balloon group, an artificial precipitation system and a control method. Background technique [0002] The principle of artificial precipitation is to affect the microphysical process of clouds by spreading catalysts (silver iodide, dry ice, etc.), so that under certain conditions, the clouds that cannot naturally precipitate are stimulated to produce precipitation, or the clouds that can naturally precipitate can increase the precipitation efficiency. . Clouds that can use catalysts to increase rainfall must meet certain conditions, which are called potential precipitation clouds. At present, the artificial precipitation catalysis operation methods mainly include: arranging silver iodide combustion furnaces on the ground, launching antiaircraft guns or rockets on the ground to spread catalysts, aircraft to spread cata...

AI Technical Summary

Problems solved by technology

However, the application of this method is not high at present, and it is usually only used as an auxiliary or supplementary means of increasing rainfall during non-aircraft operations. The main reason is that the ascent path of the balloon is affected by the airflow, and the uncertainty is large, and it cannot guarantee to enter the appropriate part of the cloud body. , it is difficult to select the delivery point; after the balloon is launched, it is not monitored at all, and the operator cannot verify whether the delivery is effective; before the balloon is launched, the catalyst smoke agent needs to be ignited or started to spread, and a large amount of catalyst is wasted before the balloon reaches the cloud.

Images