I am engaged in electric power and energy. I will explain it to you in a systematic way without using professional language. I am afraid that you will not understand. Most of the power plants destroy the environment or ecology. For example, the hydroelectric power generation turtle dam uses the height difference and gravity of the water to open the gate. Potential energy is used to push the turbine to rotate, and the rotor rotates. The rotating magnetic field and the stator cut the magnetic field lines to generate induced electromotive force. Hydropower generation destroys the ecological balance. Wind turbine power generation also uses wind energy to push the blades to rotate, which will disturb the wind direction, but it should have little or no impact on rain. Because this little impact cannot overcome the weather changes of nature, and you said that wind turbine power generation has a magnetic field, but did you know that wind power generation is one of the power plants with the lowest power generation capacity. Each wind turbine can generate up to 0.5MW, that is It is said that its magnetic field cannot affect Jiyun. I hope my answer will be helpful to you. If you don’t understand, you can ask more
The basic idea of high-altitude wind power generation is to use high-altitude wind to generate electricity, rather than traditional wind power. Generators are installed on towers on the ground or offshore and rely on the rotation of blades to generate electricity. Methods that have been explored for high-altitude wind power generation include: flying in the air and generating electricity on the ground. A lightweight aircraft that does not generate electricity itself is tied to the reins and flown to high altitudes like a kite. The aircraft drags the reins to drive the mechanical devices on the ground to rotate. Thereby generating electricity. Flying in the air, aerial power generation puts a light wind turbine on a lightweight aircraft and flies it to a high altitude, generating electricity while flying, and then transmits the electric energy back to the ground through a rein with a metal core. As altitude increases, average wind speed increases, and wind energy reserves increase nearly cubically. Wind energy reserves at high altitudes are richer and more stable. The amount of wind energy contained in high altitudes is unmatched by current heights near the ground. High-altitude wind power generation has not yet formed a unified design model. It is different from traditional wind power generation in terms of height, equipment size, power, etc. for comparison. High-altitude wind energy is compared to current ground-mounted tower wind energy which can only utilize wind energy within 300 meters above the ground, generally referring to mid- and high-altitude wind energy above 300 meters above the ground. High-altitude wind energy is a new energy source that has basically not been developed and utilized by humans so far. It is a renewable and clean energy source with abundant reserves and wide distribution. A research report by environmental and climate scientists at Stanford University points out that the wind energy contained in high altitudes exceeds the total energy demand of human society by more than 100 times. High-altitude winds are characterized by high wind speed, wide distribution, high stability, and constant flow all year round. High-altitude winds are constant and stable all year round. Within a few kilometers of the ground, the higher you are from the ground, the stronger and more stable the wind will be. Therefore, collecting high-altitude wind energy can produce wind power with high stability and low power generation cost. This is one of the distinctive features of high-altitude wind power and one of the most significant advantages of high-altitude wind power compared with conventional wind power.