There are some studies on the impact of large-scale wind power plants on local climate, and the conclusions are somewhat confusing. Some increase precipitation, others reduce it, others increase temperature, and still others decrease it. There is no conclusion yet.
This relates to the basis for comparison of current research methods. After all, there are too many factors that affect the climate and it is difficult to completely exclude other influences. Therefore, comparison results are difficult to obtain. be reliable and will also be different from those in different locations. The climatic environment is linked.
The main factors that affect precipitation are the water content of clouds and temperature changes. If the water content is high enough, the clouds are thick enough and if there are temperature changes, rain will occur. The most fundamental principle of wind power generation is that a conductor cuts a magnetic field to generate current (i.e. magnetism generates electricity) and the mechanical energy generated by the wind pushing the wind turbine is converted into electrical energy.
The future development trend of wind power generation
Three praises for the large number of wind and solar fields:
1 . large areas Wind farms demonstrate amazing technology in utilizing wind energy and provide us with renewable and clean energy.
2. The scale of this wind farm is huge, and the wind turbines are carefully arranged, giving people a spectacular visual effect.
3. Wind energy provides us with a reliable and stable power supply.
4. The wind farm operations and maintenance team did an excellent job. It ensured the efficient operatione wind turbines and provided clean energy to society.
Offshore wind power and high altitude wind power.
1. Offshore wind power generation. With the full development and utilization of onshore wind resources, judging from the development trend in recent years, offshore wind farms will be the main battlefield for wind power generation in the future. Offshore wind farms have the advantages of high wind speed and good stability. Public data shows that the global installed capacity of offshore wind power has exceeded 20 GW and there is still greater room for development in the future. At the same time, the construction of offshore wind farms will also drive the development of corresponding industrial chains and technological progress.
2. High altitude wind power generation. With the progress of scienceand technology, high-altitude wind power generation has become a new wind power generation method that has attracted much attention. High-altitude wind power generation achieves electrical energy conversion by suspending energy storage devices at high altitudes and using high-altitude wind energy to spin generators. The advantage of high-altitude wind power generation is that it does not depend on surface wind speed or topography and can fully exploit stable high-altitude wind resources. At the same time, high-altitude wind power generation is in the experimental stage, and its future development prospects are highly anticipated.