Venue:
Virtual
Watch Presentation
Overview
Electrified powertrain systems are increasingly complex, involving components like electric motors, batteries, inverters, and control systems. They rely on multiple teams of expert engineers to design and develop. The highest performance, most efficient, or lowest cost system design isn’t achieved by simply optimizing individual components but by understanding the trade-offs that exist within the system design space.
The Ansys ConceptEV embraces system engineering principles, best-in-class simulation, and cloud technology to deliver a revolutionary approach to EV system design. ConceptEV contains a collaborative shared system model purpose-built for simulating EV powertrains and connected to requirements from design conception. Break out of the traditional requirements cascade and effectively explore the design space to achieve more efficient, longer-range, and lower-cost EVs.
What attendees will learn
- Electric powertrain validation on various static, dynamic, and drive cycle requirements
- Powertrain requirements/DVPs verification
- Energy management across the vehicle powertrain, power consumption, and efficiency tread-offs for the given vehicle dynamics and powertrain components
- Explore the trade-off with different powertrain components/configurations to achieve the most optimized design
Who should attend
- Vehicle manufacturers
- Component manufacturers
- Engineering service providers
- Product development engineers/managers/department heads
- Research Institutes, start-ups
Speakers
- Tushar Sambharam, Senior Principal Application Engineer, Ansys.
- Tushit Desai, Lead Application Engineer, Ansys.
