Several aspects must be taken into account when dealing with power electronic design. Within a system we can identify different elements such as thermal dissipation, electrical characteristics, ...

The power electronics simulation system, Wang said, would ideally be installed in the Edibon Power Systems Simulation Lab in the McMahon Engineering Building. The lab, which was unveiled this fall at ...

Real-time simulation of power electronic systems represents a transformative advance in both academic research and industrial application. By utilising hardware platforms such as field programmable ...

A more efficient development process yielding physical systems that behave as modeled and are much less likely to require fixes or redesign. Power electronics systems are at the heart of many ...

Power Hardware-in-the-Loop (PHIL) simulation and testing is a cutting-edge methodology that integrates actual power system components with high-fidelity computational models. This approach creates a ...

Every day, power electronics systems play a bigger role in our lives. All-electric and hybrid vehicles are now common on our streets. Electrification of the aerospace industry is accelerating, and ...

Peer grading is employed using detailed rubrics that measure how your design meets the specifications, and how your simulations verify this performance. Priori knowledge needed: Specialization on ...

Power electronics is a key enabling technology in essentially all electronic systems and is increasingly important in the grid interface of renewable energy sources and in efficient electrical loads.

How in-house-developed and third-party general-purpose simulation tools are limited to a few expert users and aren’t easily shareable. How multiphysics simulation of subsystems can result in an ...