How to build up a fast ASIL-D compliant control loop system for electric cars
Modern electric vehicles require fast and safe control loops in several different subsystems. Traction inverter, HVAC (heating, venting, and air conditioning) pumps, on-board charger and high voltage (HV) to low voltage (LV) DCDC converter are the most advanced systems with high safety levels and fast control loop requirements. Using the example of a DCDC converter, […]
Low Voltage Board Net – Integration as key driver for reliable cost saving architecture
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How to build up a fast ASIL-D compliant control loop system for electric cars
Modern electric vehicles require fast and safe control loops in several different subsystems. Traction inverter, HVAC (heating, venting, and air conditioning) pumps, on-board charger and high voltage (HV) to low voltage (LV) DCDC converter are the most advanced systems with high safety levels and fast control loop requirements. Using the example of a DCDC converter, […]
How to build up a fast ASIL-D compliant control loop system for electric cars
Modern electric vehicles require fast and safe control loops in several different subsystems. Traction inverter, HVAC (heating, venting, and air conditioning) pumps, on-board charger and high voltage (HV) to low voltage (LV) DCDC converter are the most advanced systems with high safety levels and fast control loop requirements. Using the example of a DCDC converter, […]
Brushless Excitation System (BES) for Electrically Excited Synchronous Motors (EESMs)
It regards the design of a PoC of a Brushless Excitation System (BES) for EESM based on high frequency rotary transformer and phase shift converter.
Minimization and omission of the LV-Battery in BEV: Next steps towards an optimized LV power supply system
The presentation aims to provide insights into the minimization and potential omission of LV batteries in the context of evolving automotive power supply systems.
Fast Simulation of Complex, Nonlinear Dynamical Systems with AI Surrogate Models
Taking advantage of the increased computational power that has been made available during the last decade, the complexity of simulation models in a wide range of domains, including the simulation of highly electrified vehicles, has risen considerably. As a result, even the fastest hardware may take a considerable amount of time to finish one simulation. […]
Circular Economy in Power Electronics – Status 2025
The circular economy in electronics aims to address the growing challenge of e-waste by promoting sustainable practices such as recycling, refurbishing, and reusing electronic sub-systems “on highest level” or second life. This article explores key concepts like the EU Green Deal, urban mining, and product carbon footprint, and highlights the urgent need for a circular […]
Stabilization of power supply through smart algorithms for optimizing power sources in the vehicle’s low voltage power network
Abstract Stabilization of power supply through smart algorithms for optimizing power sources in the vehicle’s low voltage power network Schäffler AG, Vitesco Technologies GmbH, Regensburg Authors: F. Rifai While the electrification of passenger cars used to be generally limited by the power performance of the power sources such as batteries, HV/LV DCDC and eventually a […]
Model Predictive Control in Hybrid Thermal Management Systems for Improving Performance and Efficiency in Battery Electric Vehicles
The presentation has been updated on some slides. I would kindly ask you to update it accordingly in your database as well. Thank you in advance for your support. Best regards, Marcell Misznéder
