YOUR FUTURE RESPONSIBILITIES
Between 2019 & 2022, SAL & industry partners developed the world’s most compact onboard charger in the Tiny Power Box project. New records will be broken in the follow-up “Tiny Power Box 2.0”.
You will collaborate with leading EU industry partners and be supported by the scientific team at SAL alongside your academic supervision at your university. The topic of this Master's Thesis investigates the effectiveness of various design strategies to reduce "hot spots" in magnetic cores operating at high switching frequencies while dissipating rated power for high-power-density On-Board Charger including following aspects:
You will collaborate with leading EU industry partners and be supported by the scientific team at SAL alongside your academic supervision at your university. The topic of this Master's Thesis investigates the effectiveness of various design strategies to reduce "hot spots" in magnetic cores operating at high switching frequencies while dissipating rated power for high-power-density On-Board Charger including following aspects:
- 3D Modeling of cores and windings with high fidelity details.
- Analyze different magnetic materials shapes and sizes for optimal cooling concepts.
- Simplified CAD Models for thermal simulation using FEA and CFD.
- Design of data driven, and analytical models based on the gathered results.
- Documentation of research outcomes.
- Work with other students & scientific staff in the same project. Together, the team will use your research & designs to build and evaluate an optimized onboard charger demonstrator for the next generation of electric vehicles.
- Scientific publication at relevant conferences would be supported & encouraged.