Adaptive lubrication control system and method for high-load industrial equipment based on dynamic load sensing

Abstract

The application discloses a high-load industrial equipment adaptive lubrication control system and method based on dynamic load sensing, and belongs to the technical field of industrial equipment control, comprising a data acquisition module, which is used for acquiring the wind intensity of the region where the target wind turbine is located, and acquiring associated data based on the wind intensity, wherein the associated data comprises the wind intensity driving the rotation of the blades of the target wind turbine; a data processing module, which is used for distinguishing the associated data, wherein the distinguishing manner comprises distinguishing according to the wind intensity acquired on different blades, and calculating the wind intensity difference driving the rotation of each blade based on the wind intensity acquired on different blades; meanwhile, the maximum wind force and the minimum wind force driving the rotation of the blades are acquired based on the wind intensity difference. The application can perceive and accurately judge the wind intensity and load change of the wind turbine blades, improve the lubrication efficiency and the protection level of the equipment, and improve the wind power generation efficiency and the overall economic benefit.

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