OPTIMIZATION POSITION AND SPEED OF A MULTIPLY ELECTROMECHANICAL SYSTEMS CORRECTION OF FUZZY CONTROL INFLUENCES

We consider the construction of a multiply electromechanical system and modeled transients, using as a control ob-ject of cage hoisting plant in deep mines. This setting is characterized by the presence of elastic links with distributed and lumped parameters that mathematical model, which is a compound control subsystems with interconnections. Controlled variables are the movement of the body (the cage), its speed and motor current and dynamic loads that cause the elastic vibrations in the system prior to the exact shutdown stand at a predetermined level. Due to the fact that during operation of electromechanical system changing parameters, it is suggested to use a correction based on fuzzy logic control actions on all three channels of regulation, including the formation of a two-stage torque current To exclude the oscillatory processes. Studies have shown high accuracy of implementing the specified modes of electromechanical system that provides maximum performance and minimal power loss.