Wind energy is strongly affected by the natural environment.
The energy production of wind power plants is affected by the actual wind speed. That is, you cannot produce as much energy as you want. The power grid needs a stable and adjustable power supply. a big problem. Everyone knows that electrical energy cannot be stored.
For example, the power grid needs your power plant to provide 50,000 kilowatts of electricity right now, but you say, I'm sorry, the wind is light right now, and I don't can only send 10,000, the electricity network must then find other sources on its own. The distribution of power plants (such as thermal energy) allows them to produce more.
When your wind power plant can reach full power, the grid may not need as much electricity, so you will need to reduce thea production of electricity. However, reducing the power of the wind power plant will result in a lot. of waste.
Then there is the disconnection issue mentioned in the report. Wind turbines can only have high efficiency when they operate in a cluster. However, when running in a cluster, any small problem occurs on one or two machines. such as temperature alarms, voltage instability, tripping, etc., causing sudden load drop accidents, will also cause an instantaneous increase in the reactive load of the power plant transformer, and the protection of the transformer from voltage will be triggered at this time. the entire wind farm will trigger tens of thousands of kilowatts. A breakdown has a great impact on the power grid and is also very dangerous. The consequences are serious and the electricity network is very angry. . . .