We consider the design of optimal controllers for diesel trains with a traction induction motor drive using the method of analytical construction of regulators on the criterion of the generalized work (ACOR). It is proposed to decompose the model of the control object in the two models. For the first model using the method of synthesis of ACOR made optimal controller, which determines the required time to transfer an object from the starting point to the end of the specified time interval. With the second model for a real drive synthesized vector control system that implements this point.
Optimal controls, asynchronous traction drive, analytical construction of regulators on the criterion of the generalized work, decomposition model, the vector control