PCB Based Axial Flux Motor for Immersed Mechatronic Pumps in Thermal-Management Systems
The speech introduces a compact axial‑flux permanent‑magnet motor with an immersed double‑rotor layout tailored for high‑integrated electric water‑pump systems. A unified CAE workflow drives electromagnetic optimization and cooling performance tuning on e-motor design parameters in function of internal fluid‑flow effects. Prototype testing validates the motor’s performance, demonstrating high efficiency, robust thermal behaviour, and scalability for next generation thermal management modules (TMMS) in transportation applications.
- Axial‑Flux E‑Motor Architecture
- Integrated CAE Optimization Workflow
- Electromagnetic Design
- Hydraulic Application
Tuesday 19 May 14:35 - 15:05 Electric Motor Forum
Advancements in Electrical & Mechanical Engineering and Automation
Sustainability and Energy Efficiency
The speech introduces a compact axial‑flux permanent‑magnet motor with an immersed double‑rotor layout tailored for high‑integrated electric water‑pump systems. A unified CAE workflow drives electromagnetic optimization and cooling performance tuning on e-motor design parameters in function of internal fluid‑flow effects. Prototype testing validates the motor’s performance, demonstrating high efficiency, robust thermal behaviour, and scalability for next generation thermal management modules (TMMS) in transportation applications.
Electric Motor Forum Europe/London
Speakers
Engineering Director, Industrie Saleri Italo s.p.a.
Technical Leader, Industrie Saleri Italo S.p.A.
