SIMBA Power Electronics Virtual Conference
Join us for an insightful virtual conference where industry experts share their knowledge on power electronics simulation. Explore the cutting-edge features of SIMBA and see how it can revolutionize your work.
Date: November 7
Start time: 2pm CEST
Duration: About 3 hours
Location: Online, Zoom
Cost: Free
Preliminary Program
The full program will be communicated by the end of September.
The fastest software presentation you've ever seen
Adrien MICHEL, SIMBA
If you are new to SIMBA, don’t worry. We will kick off the conference with a quick overview of its capabilities and unique features that make it the best power electronics simulation software available.
Conference Keynote
Emmanuel RUTOVIC and Guillaume FONTES, SIMBA
In this keynote, we will unveil the latest advancements in SIMBA. Attendees will gain an exclusive preview of upcoming features, including new semiconductor models. We will also introduce a groundbreaking approach for the thermal analysis of soft-switching converters. This session is a must-attend for professionals eager to stay ahead of the curve in power electronics technology and explore the future capabilities of SIMBA.
High efficiency Bidirectional dual active bridge design, simulation, and validation using SIMBA simulation
Khaled SAILAN, REFU Drive GmbH
Phase shift control techniques are the most common modulation techniques used to control the dual active bridge. For the dual active bridge with high efficiency requirements, the triple phase shift is recommended to reduce the conducting losses and increase efficiency.
High accuracy thermal model for heat loss calculation in power devices
Giorgio VALENTE, Hexagon
Accurate thermal models are very important to precisely calculate the losses in power devices. Typically, 1D thermal models are used for this purpose as they can be easily integrated in power electronics simulation tools such as Simba......
System Level Modelling and Continuous Time Simulation of MVDC Microgrids featuring Solid State Transformers
Daniel SIEMASZKO, Hitachi Energy
The rapid development of Solid-State Transformers (SST) enables a future for microgrids that features the connection of various sources, loads, and storage elements to a common MVDC bus. The simulation of such systems presents various challenges......
Power electronics design driven by AI and automated simulations
Alejandro LLOP MÁÑEZ, Tecnalia
Up to now, the most common way of power electronics design was analytically, then verified by simulation. With the advent of AI and, particularly, the integration of programming into powerful simulators......
If you are a SIMBA user and wish to participate in the conference, please contact us at manu@simba.io.