Innovation and collaborative, synchronized program management for new programs
Vehicle electrification isn’t just trending; it’s rampant. Faced with stricter environmental regulations and consumer demands for sustainability, connectivity, and affordability, automakers and suppliers are discovering that rapid vehicle electrification is vital to their survival.
Siemens Vehicle Electrification offers a comprehensive set of digital solutions to slash development time, increase manufacturing adaptability, improve energy efficiency, and deliver high-quality electric vehicles (EVs) on time and on budget.
Vehicle electrification isn’t just trending; it’s rampant. Faced with stricter environmental regulations and consumer demands for sustainability, connectivity, and affordability, automakers and suppliers are discovering that rapid vehicle electrification is vital to their survival.
Siemens Vehicle Electrification offers a comprehensive set of digital solutions to slash development time, increase manufacturing adaptability, improve energy efficiency, and deliver high-quality electric vehicles (EVs) on time and on budget.
Electric vehicle production poses brand new challenges, even to veteran automakers who must work hastily to innovate and revise processes that were based on internal combustion engine (ICE) vehicles. Innovation in the EV space is also accompanied by new complexities in multiple domains, E/E systems architecture, ePowertrain, manufacturing, and vehicle engineering, lightweighting, and in-cabin technology. While veteran automakers struggle to catch up on innovation, many technology companies entering the auto market have been challenged on the production side. Some have even been forced to exit the industry before producing a single electric vehicle.
The most direct and comprehensive path to faster innovation and successful mass production is an end-to-end digital transformation with Siemens Vehicle Electrification solutions. Siemens Vehicle Electrification solutions support the development of better products faster by revolutionizing: E/E systems architecture, ePowertrain, manufacturing, operations, and vehicle engineering.
On-Demand Webinar | 220 minutes
Discover the new tools and assessment methods needed to address the acoustic engineering challenge of electric vehicles in this webinar series - Addressing the engineering challenges of electrification.
Explore the key areas of this solution.
Get better insights on airflows and aerodynamics to increase vehicle efficiency, comfort and safety, improve handling and reduce noise using 3D CFD simulation.
Deploy an integrated, multi-scale battery modeling and simulation approach, enabling to drive innovation and improve design from cell electrochemistry to battery systems integration and performance validation.
Successfully develop mechatronics systems and optimize mechanics, electronics and software simultaneously as an integrated system.
Accelerate the design and engineering of electric motors by virtually exploring design variants and assessing multi-level performance.
Effectively design, test and deploy on-board software in a common environment for system and software engineers that supports SysML, AUTOSAR and AADL.
Accelerate EV development by bringing together multi-domain product development – mechanical, electrical, and software -- along with considerations like cost, reliability, and manufacturability.
Experience optimal driving sensations with the added comfort of a quiet hybrid or electric powertrain. Optimize the NVH & acoustic behavior of your powertrain or vehicle with Simcenter tools and services.
Understand the behavior of power electronics and power modules using power cycling, structure functions, and calibration methods to improve global reliability and reduce costs.
Virtually explore and physically validate critical xEV components and subsystems, as well as their performance during integration to meet range, drivability and performance expectations.
Cross-domain engineering and optimal vehicle integration of electric drivetrain components
The automotive industry is currently undergoing major transformations. ICEs are being replaced by quieter, more efficient batteries. Human drivers ...
Deliver innovation at pace in the fast-evolving electrification race
Leverage measured modular component models into full-vehicle noise predictions
Vancouver-based Electra Meccanica designs, simulates and manufactures its new three-wheel, single-passenger SOLO electric car in two years with a lean team of young engineers—and Siemens software solutions.
Karma established a strategic partnership with Simcenter Engineering and Consulting services to meet NVH performance targets and implement state-of-the-art NVH testing and simulation processes.