A new approach to Predictive Torque Control with Dual Parallel PMSM system
作者： Ngoc Linh Nguyen , Maurice Fadel , Ana Llor , None
DOI: 10.1109/ICIT.2013.6505950
关键词: Synchronism 、 Control engineering 、 Engineering 、 Process (computing) 、 Performance improvement 、 Control theory 、 Support vector machine 、 Direct torque control 、 Torque 、 MATLAB 、 Space vector modulation
摘要: An original approach to Predictive Torque Control “Split and Seek” (PTC SS) for Mono-Inverter Dual-Parallel Permanent Magnet Synchronous Machines (PMSM) system is presented. Only one cost function both PMSM defined be minimized through the PTC approach. Unlike Master-Slave classical control, solution of will depend on references. The principle this extend possibilities control by offering additional virtual vectors find vector which minimizes function. This process includes two steps: first searching angle second magnitude. A model used predict behavior in next sampling interval under these different voltage vectors. After that, space modulation (SVM) technique applied synthesize vector. Simulations were built Matlab/Simulink software verify applicability new obtained results synchronism machines correct current tracking load speed conditions. performance improvement highlighted from specific tests.
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