Key Technologies of Electric Vehicle E-Drive Systems
Technical overview of e-drive systems covering motor power, inverter efficiency gains with SiC, and multi-in-one high integration trends for EV power units.
Technical overview of e-drive systems covering motor power, inverter efficiency gains with SiC, and multi-in-one high integration trends for EV power units.
Technical overview of seven laser welding and brazing methods for automotive manufacturing, detailing process principles, advantages, and materials compatibility.
Explore the in-depth guide to controllers in X-in-1 power systems, featuring OLEA U series FPCUs for enhanced EV performance.
Overview of evolving vehicle chassis demands and major transmission technologies—Tiptronic, dual-clutch transmission (DSG), AMT and Porsche 7-speed manual.
Analysis of EV thermal management and heat pump design best practices, comparing layouts, control strategies, system roles and trade-offs to improve cold-weather range.
Laser welding of EV motor stator cores: equipment and material preparation, precise parameter control (power, speed, beam) and post-weld NDT and mechanical inspection.
Explore how electronic fuses revolutionize vehicle zone architecture, enhancing power efficiency and diagnostics in modern automotive design.
Learn about ESD and surge protection designs for automotive ambient lighting, addressing challenges and solutions for reliability.
Analysis of automakers' in?house autonomous driving domain controller development: SoC selection, hardware/software architecture, mechanical design and verification trade-offs.
Recommended test procedures for intelligent driving system testing, covering assisted driving, ACC, parking assist, obstacle avoidance, sensors, and vehicle subsystems.