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EV Traction Motor Control Engineering: Field-Oriented Control, SVPWM, and MTPA Algorithms for High-Performance Electric Drive Systems (Electric Vehicle & Battery Engineering Series) - Softcover
Book 6 of 6: Electric Vehicle & Battery Engineering Series
Synopsis
The Engineering Guide to EV Traction Motor Control
EV Traction Motor Control Engineering covers the implementation of field-oriented control for permanent magnet synchronous motors, from mathematical foundations to embedded control strategies for automotive electric drive systems.
- Build the Clarke/Park transform chain with timing and delay compensation
- Tune PI current regulators using practical control-design methods
- Implement SVPWM with dead-time compensation for modern inverter systems
- Design and calibrate MTPA and flux-weakening trajectories
- Apply sensorless control concepts using observer-based and Kalman-filter approaches
- Integrate thermal management, protection logic, and derating strategies
- Understand functional safety concepts for automotive motor controller development
- Plan embedded implementation for real-time microcontroller and DSP-based control platforms
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EV Traction Motor Control Engineering: Field-Oriented Control, SVPWM, and MTPA Algorithms for High-Performance Electric Drive Systems (Electric Vehicle & Battery Engineering Series)
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