Top potential energy catapult rainmaking method and system based on smart grid and hill lie

Abstract

The invention relates to a top potential energy catapult rainmaking method and system based on a smart grid and the hill lie. According to the method and system, upward tracks and downward tracks of water bin type upward and downward track cars are arranged based on the hill lie, a catapult flying track and a track end fixed pulley set are arranged up the hill, track upper and lower end fixed pulleys are arranged down the hill, a cable connected with the upward track car is wound around the upper end fixed pulleys, the end fixed pulley set and the upper end fixed pulleys in sequence and then is connected with the downward track car, and the upward track car is connected with the downward track car through a cable wound around the two lower end fixed pulleys; an upward reciprocating car and a downward reciprocating car for catapulting a rainmaking fixed wing electric unmanned aerial vehicle are fixedly connected to two cable sections on the flying track respectively; the upward and downward track cars are provided with water bins and downward impact kinetic energy buffering and recovering devices; a high-level reservoir and a low-level reservoir are arranged up the hill and down the hill, wherein the low-level reservoir drives a water pump to raise water to the high-level reservoir through off-peak electricity of the smart grid, the high-level reservoir and the low-level reservoir make water flow into the water bins and receive the water from the water bins separately, the electric unmanned aerial vehicle blows off the water to the low-level reservoir from the high-level reservoir to generate electricity and charge in the period of the peak demand for electricity, and direct charging is performed through the smart grid in the period of off-peak for electricity. The Top potential energy catapult rainmaking method and system have the advantages that cost is low, applicability is high, the rainmaking effect is good, and the general problem of water lack can be solved within short term.

Description

technical field [0001] The invention relates to an artificial rainfall method, in particular to an overhead potential energy ejection artificial rainfall method and system based on a smart grid and relying on a mountain. Background technique [0002] As the global temperature warms, the ground temperature will inevitably rise, the evaporation intensity of land water will increase, and the water storage capacity of the land will also weaken, and the natural water shortage caused by the warming will inevitably increase accordingly. At the same time, with the advancement of urbanization, a huge number of people living in rural areas have changed from a rural lifestyle that requires very little water to an urban lifestyle that requires a lot of water. It needs to be flushed, and after moving to the city, it is necessary to use a flush toilet. Originally, the wastewater discharged from rural life can be recharged to groundwater through stratum filtration, and the wastewater disch...

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, a