High frequency electrical drives

高性能电机驱动系统通过提高运行速度来寻求更高的功率密度和效率，从而对电气和机械部件施加了严重的压力。电气驱动器和控制器同样需要提高运行速度，以提供高质量的控制并减少损失，同时提供相同或更长的运行寿命。该博士学位将专注于创新方法，以增加驱动器的实时嵌入式建模，以提高控制的保真度，电气开关的速度和增加额外的功能，而不会增加驱动器或其控制器的成本。

High performance motor drive systems place severe stresses on electrical and mechanical components in search of increased power density and efficiency by increasing operating speed. Electrical drives and controllers similarly need to increase in speed of operation in order to deliver high quality control and reduce losses while delivering the same or longer operating life. This PhD will focus on innovative methods to increase real-time embedded modelling of drives to improve the fidelity of control, speed of electrical switching and adding additional functionality, without incurring a cost increase on the driver or its controller.