Wind turbines have grown too quickly and have had a significant impact on the electricity grid. The low-voltage switchover has almost been transformed. Once the AVC transformation is completed, the response of the power grid will be improved. I think the large-scale power rationing you mentioned is not a deliberate restriction on the part of the power grid. This depends on the capacity of the local wind farm's grid connection point. Your grid connection point is 220 kV or 110 kV, and the capacity cannot exceed 100 kV. while wind farms in Northeast China and Inner Mongolia. The large one can reach 400,000 and the medium one can reach 200,000. The electricity consumption in the Northeast and Inner Mongolia is not so large when it is initially designed. , the trend of developing new energy is a national policy. The electricity grid can deploy wind farms, mais it must comply with national policies. In response to the development trend, wind farms have been built in large numbers, but the power grid has not kept up. or transformed in advance, leading to widespread energy rationing. At present, if the wind farm is built near a 500kV main station, there will be almost no power rationing, that is, it will almost be the Spring Festival , because you cannot influence it, and your total or zero production will have almost no impact on its voltage. I suggest you report this to your superiors. The location of the post is very important. Avoid the ends of these lines and be close to the main station! Plus, smart grids will come, and the bread will come.
Things often have two sides, and wind energy is no exception. The good news is that if further research into wind resourcesOcean vessels were fast and reliable, and if a way to harness them efficiently could be found, we could power the world with electricity without the need for fossil fuels.
The direct cause of this type of wake is that the air pressure behind the wind wheel is lower than before, causing the water vapor present in the almost saturated air to condense. . The occurrence of this situation is limited by weather conditions. This image is of an offshore wind farm in Europe. The first time I saw this diagram was to illustrate the interaction between the forward and backward movement of offshore wind turbines. This photo shows an offshore wind farm in Europe. This photo shows an offshore wind farm in Europe. This photo shows an offshore wind farm in Europe.
And the bad news is:Using this wind energy to produce electricity could changesignificantly alter the climate in potentially dangerous and unpredictable ways. The image is of an offshore wind farm in Europe.
A 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 team used simulated wind farms to explore the havoc they wreak on climate models. This photo shows an offshore wind farm in Europe.
Wind energy is used all over the world and its potential is immeasurable. This is an astonishing technology, but it has potentially enormous impacts on Earth's climate.
This study reveals the potential for “significant non-local climate impacts” from a large-scale wind farm serving the entire world, but that doesn't mean we should completely ignore the potential of ocean wind energy.
This imageshows the European offshore electric field.