Internet of Things-based method and device for controlling power generation of wind power generator set

A power generation control method for a wind power generator set based on the Internet of Things, the method comprising:

• acquiring a first electric power regulation component, a second electric power regulation component and a third electric power regulation component of a wind generator set within a pre-set time period, the first electric power generation power regulation amount component represents a degree of influence of a regulation amount of a gearbox step-up ratio of the wind power generator group on the electric power generation power of the wind power generator group, the second electric power generation power regulation component represents a degree of influence of the generator electromagnetic torque of the wind power generator group on the electric power generated by the wind power generator group, the third electric power generation power regulation amount component represents a degree of influence of a regulation amount of a rotor speed of the wind turbine generator group on an electric power generation power of the wind turbine generator group;
• determining an expected electric power adjustment value at least according to one of the first electric power regulation and control amount component, the second electric power regulation and control amount component and the third electric power regulation and control amount component;
• and
• acquiring a current power generation power, and adjusting the power generation power of the wind generator group to be a difference value between the current power generation power and the expected adjusting value of the power generation power, wherein the current power generation power is the power generation power of the wind generator group in a pre-set time period.