No. According to Sina News' query:
1. Wind power converts wind energy into mechanical energy via fan blades and then converts it into electrical energy via gears and generators.
2. The wind force is constantly changing, so the amplitude and frequency of the generated alternating current also changes, so the PCS converter needs to convert it into alternating current with a frequency of 50 Hz, then through the box type transformer. Connect to the network. They therefore cannot be connected to the same bus.
Wind and photovoltaic energy production are time-sensitive and accidental. If it is cloudy or the wind stops, wind power and photovoltaic power generation must therefore stop, but the charging cannot stop, so the electricity grid. Thermal power generation units must start immediately to fill the gap. However, it takes several hours tou a completely stopped thermal energy production unit starts. Therefore, to be able to fill the gap immediately, some units must operate at a low level. burden to be able to deal with this situation. However, these capacities are limited, so the electricity network must limit the production of wind and photovoltaic energy according to reserve capacity.