Manabu Kawaji
PT MOTOR ENGINEERING DEPARTMENT,
AISIN CORPORATION
Abstract
Automotive electric motor designs must satisfy performance, heat, strength, and a wide variety of other requirements. Specific expertise about each of these requirements is vital to the design, but an approach without an evaluation considering every requirement often results in rework. A high-quality thermal design considering the cooling system is essential to large high-output drive motors built into vehicles. This case study examines the JMAG thermal analysis functions that should reduce rework and realize an effective thermal design process to verify whether the use of these simulations is efficient when designing cooling systems for automotive drive motors.
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