Proactive Control of Rolling Stock with Traction Asynchronous Electric Motors

Abstract

Proactive management research continues to evolve over time. At the same time, they find applications in various fields of industry. Main approaches of complex objects managing are considered in this article. It is shown that today it is advisable to use approaches related to proactive control to control rolling stock with traction asynchronous electric motors. While using a mathematical model which describes the movement of a diesel train with three carriages, its application for the implementation of proactive control is demonstrated. Approaches related to the identification of the parameters of an object during its operation are proposed in order to clarify the parameters of the existing model in the control system. In this case, it is proposed to identify the parameters of the object at two stages: at the first (lower) level, to determine the parameters which are associated with traction asynchronous electric motors, and at the second (upper) level, the parameters which are associated with the movement of the train. The basic relationships which describe the identification process are given.