Designing Efficient Power Electronics Converters with MATLAB and Simulink
Power electronics are critical to enabling a range of new and evolving technologies, including electric grids that use renewable energy, electric vehicles for clean transportation, and variable-speed motors for industrial applications.
This eBook explores how you can address complex challenges using MATLAB and Simulink.
When designing efficient power electronics systems, key challenges include:
Reducing the size of components and losses in power electronics converters
Designing feedback control and supervisory logic to improve power quality
Accelerating the use of digital controls for power electronics
-1.png?width=825&height=131&name=output-onlinepngtools%20(5)-1.png "logo.png")
![[White paper] Hardware-in-the-Loop Testing for Power Electronics Control Design](https://event.techsource-asia.com/hubfs/%5BWhite%20paper%5D%20Hardware-in-the-Loop%20Testing%20for%20Power%20Electronics%20Control%20Design.png "[White paper] Hardware-in-the-Loop Testing for Power Electronics Control Design")
![[Brochure] Speed Up Digital Control Development for Motors, Power Converters, and Battery Systems with Simulink (1)](https://event.techsource-asia.com/hubfs/%5BBrochure%5D%20Speed%20Up%20Digital%20Control%20Development%20for%20Motors%2c%20Power%20Converters%2c%20and%20Battery%20Systems%20with%20Simulink%20(1).png "[Brochure] Speed Up Digital Control Development for Motors, Power Converters, and Battery Systems with Simulink (1)")
