STIMOLA CURIOSITA’, PASSIONE E CORAGGIO
HYDETECO - High-efficiency Design, Testing, and Control of Synchronous Motors with Reduced Rare-Earths for Automotive
Abstract
The research project intends to develop an integrated methodology of design, electromagnetic characterization, and identification of the optimal control characteristics for synchronous motors for automotive traction applications characterized by a minimum content of "rare earth" type magnets and to set up a demonstrator available for design validation and testing the performance of these machines.
Two types of motors will be considered: low-field magnet-assisted reluctance motor (PMASynRel - target motor) and rare-earth interior permanent magnet motor (IPM - benchmark motor). The two projects will be compared in terms of performance, power density, and efficiency. The design methodology will be validated through the set up of an energy recovery demonstrator of the PMASynRel target motor prototype.
The demonstrator will allow comparison with a further type of machine made available by the proponents, the pure synchronous reluctance (SynRel) motor.
The results of the research project made available to stakeholders and the scientific community through publications and presentations at conferences, will contribute to providing useful information on the current and future developments in the electric automotive traction sector.
Partenariato
- Università degli Studi di Udine
- Università degli Studi de L’Aquila
Importo del progetto
Importo totale dell’intero progetto Euro 259.978,00
Importo del progetto Uniud Euro 96.159,00
Importo del progetto UniAq Euro 163.819,00
Durata
- Data avvio progetto 01 giugno 2024
- Data conclusione progetto 31 maggio 2025
Link
https://www.polimi.it/ricerca/il-pnrr-e-il-politecnico/bandi-a-cascata