When the generator rotates at a higher speed, does it drive higher voltage or higher current?

As far as the simple generator model is concerned, because the magnetic induction intensity B has not changed, the output voltage of the generator E = BLV, and V is the speed of cutting the magnetic lines of force. Therefore, as V becomes larger, the output voltage also becomes larger, so the light bulb will change. Bright. If the actual generator output voltage becomes larger, it will cause the electrical equipment to burn out. Therefore, B will be adjusted at this time to make the output voltage stable. In addition, the actual generator used in power plants does not allow the speed to increase, so the generator output frequency will also change when the speed increases, and all electrical equipment is designed and manufactured according to a frequency of 50HZ. The increase in the speed of the wind turbine means that the wind force increases and the input energy of the generator increases. According to the law of conservation of energy, the output power of the generator also increases. When the output voltage of the wind turbine remains unchanged (with a voltage regulating device), the output current must be increased.