Reduce the man-hours required for the design, development, and verification of motor control! We will introduce a case study of motor control development using the physical modeling tool Dymola.
Today, motors have established technology as a key technology in various fields and are widely used. However, in recent years, due to environmental issues and the demand for high efficiency (cost-effectiveness), the development of motor technology has been actively pursued again, particularly in the automotive industry. Dymola provides the necessary component models for model-based motor control development, allowing for the quick and easy creation of motor models without taking much time. As a result, it is possible to significantly reduce the man-hours required for motor control design, development, and verification. This document introduces examples of disturbance suppression using cascade control with a DC motor model, as well as methods for vector control and sensorless control of AC motors (PMSM motors and IM motors). It also presents an introduction to Dymola's motor models. For more details, please contact us or refer to the catalog.
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【Features】 ○ Introduction of disturbance suppression using cascade control with a DC motor model ○ Introduction of vector control and sensorless control methods for AC motors (PMSM motors and IM motors) ○ Dymola provides necessary component models for model-based motor control development, allowing for quick and easy creation of motor models without taking much time ○ Significant reduction in man-hours required for motor control design/development/verification is possible ● For more details, please contact us or refer to the catalog.
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Neorium Technology responds to the diverse needs of customers involved in model-based development, consistently providing high-quality technology. In particular, we have a wealth of experience in professional services (model development, contracting, consulting, technical seminars) and product services (sales of control design support software and technical support) in the fields of control, optimization, machine learning, and system modeling. If you have any issues with model-based development, please feel free to consult us. Additionally, in collaboration with our partners, we also offer support services for ADAS simulation testing in the automotive sector. Examples include road surface creation, creation of OpenDRIVE and OpenSCENARIO data, and automation through MILS/HILS.