Drive System Design Launches Automated Test Platform for E-Motor Optimization, Reducing Testing Time by 75%
Drive System Design has introduced an automated eMotor and Inverter Optimization Test Programme that reduces electric motor optimization testing time by over 75%. The platform can execute approximately 20,000 optimization points in under 48 hours, facilitating faster development for automotive, aerospace, marine, defense, and off-highway applications. It operates unmanned, managing thermal conditions and enhancing dyno utilization, while also incorporating techniques to replicate real-world loads early in the development cycle.
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Drive System Design (DSD) has launched an automated eMotor and Inverter Optimization Test Programme that significantly reduces electric motor optimization testing time by over 75%. The platform executes around 20,000 optimization points in less than 48 hours, addressing the lengthy motor optimization mapping process.
Utilizing a MATLAB/Simulink-based automation routine, the system operates continuously without supervision, managing thermal conditions and optimizing dyno use. DSD is also implementing rig and fixture techniques to simulate real-world loads earlier in the development process, enhancing mechanical validation before vehicle or aircraft integration.
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