The direct cause of this wake is that the air pressure behind the wind wheel is lower than the original, which leads to the condensation of water vapor in the nearly saturated air. This situation is limited by meteorological conditions, and it is impossible for inland wind farms with dry north winds to appear in the north. This photo shows offshore wind farms in Europe. The first time I saw this picture, it was used to explain the interaction between offshore fans before and after. This photo shows offshore wind farms in Europe. This photo shows offshore wind farms in Europe. This photo shows offshore wind farms in Europe.
The bad news is that actually using wind energy to generate electricity may greatly change the climate in a potentially dangerous and unpredictable way. This photo shows offshore wind farms in Europe.
The research team led by Anna Possner of Carnegie Mellon University recently published a related paper in the Proceedings of the National Academy of Sciences. In this study, the research team used a simulated wind farm to explore its serious damage to the climate model. This photo shows offshore wind farms in Europe.
Wind power is used all over the world, and its potential is immeasurable. This is an amazing technology, but it is also accompanied by a potentially huge impact on the earth's climate.
This study reveals the potential of a large-scale wind power plant for global "large-scale non-local climate impact", but this does not mean that we must completely ignore the potential of marine wind energy.
This picture shows the electric field on the European sea.
The researchers said that this is not a complete or nothing situation. If we pay attention to the location of offshore wind power generation equipment, we can greatly reduce our dependence on other forms of energy and avoid any significant impact on the earth's climate.