AN OPTIMIZATION MODEL FOR THE SYNTHESIS OF THE CONTROL SYSTEM OF AN ALTERNATING CURRENT ELECTRIC DRIVE BASED ON THE USE OF A VECTOR CONTROL ALGORITHM
DOI:
https://doi.org/10.26906/SUNZ.2022.4.036Keywords:
optimization model, alternating current electric drive, synthesis, optimization methods, mathematical models, quality criteria, dynamic processes, research and refinement, structuresAbstract
Considered the issues of developing an optimization model for the synthesis of the AC traction electric drive control system of a diesel train and its research, using modern optimization methods based on mathematical models and vector control algorithms. In the process of the decision: mathematical models of the elements of the traction electric drive systems of the diesel train were developed, taking into account the flow of electromagnetic processes in them; the analysis and selection of optimization methods and quality criteria typical for this type of control objects, which can be used for the synthesis of the control system of the electric drive of a diesel train, taking into account the mathematical model that describes dynamic processes; the development of optimization models of the control system of the electric drive of the electric transmission of a diesel train using quality criteria typical for this type of electric transmission was carried out; studies and refinements were made on optimization models of the structures and parameters of the control system, both with known control laws and with those proposed in the synthesis process.Downloads
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