Jacking potential energy ejecting artificial rainmaking method and system based on smart power grid and relying on mountain potentials

Abstract

The invention relates to a jacking potential energy ejecting artificial rainmaking method and system based on a smart power grid and relying on mountain potentials. The method and system are characterized in that an upward catapult upward orbit and an parallel gravity downward orbit, which are respectively matched with an upward orbit car and a downward orbit car, and an fixed-wing electric powered unmanned aerial vehicle used for spreading rainfall agent pushed or pulled or bore by the upward orbit car are arranged relying on mountain potentials; a cable connected with the upward orbit car bypasses a crown block assembly on the top end of the upward orbit and the downward orbit and is connected with the downward orbit car; a cable connected with the downward orbit car bypasses the crown block on the lower end of the downward orbit and the crown block on the lower end of the upward orbit, and is connected with the upward orbit car; the lower tail segment of the downward orbit or the downward orbit car is provided with an impacting kinetic energy buffer recycle device running to the tail segment of the downward orbit; the upward orbit car is provided with a carriage return sump providing downward momentum potential energy; an upper reservoir injecting water to the carriage return sump and a lower reservoir receiving water from the carriage return sump are arranged on a mountain and down the mountain respectively; the lower reservoir delivers the water to the upper reservoir relying on the off-peak electricity of the smart power grid, and power is generated when the water is drained from the upper reservoir to the lower reservoir to charge the electric powered unmanned aerial vehicle. The method and system have the advantages that the cost is low, the applicability is extensive, the rainfall effect is good, and the problem of widespread water shortages in a short period is solved.

Description

technical field [0001] The invention relates to an artificial rainfall method, in particular to an artificial rainfall method and system based on a smart grid relying on mountain potential energy ejection ejection. Background technique [0002] As the global temperature warms, the ground temperature will inevitably increase, the intensity of land water evaporation will increase, and the land's water storage capacity will also decrease. The natural water shortage caused by temperature warming will also intensify accordingly. At the same time, with the advancement of urbanization, a huge number of people living in rural conditions have changed from a rural lifestyle that requires little water to an urban lifestyle that requires a lot of water. Need to flush water, and after moving to the city, you need to use the flush toilet. Originally, the waste water discharged from rural life can be filtered through the formation to replenish groundwater. After moving to the city, the was...

AI Technical Summary

Problems solved by technology

However, rockets or guns use shells to spread rain-enhancing agents. The cost of launching ammunition is high, and the shell casings often need to be recycled. The area of ​​rain-enhancing is very limited, the requirements for clouds are high, the utilization rate of raining agents is low, and the rainfall effect is poor. Application; the aircraft among them spreads rain-enhancing agent, although it has low requirements on the cloud layer and good rainfall effect, but because of the high cost, it can only be used in very few special cases that do not need to calculate the cost