Get StartedThe need for enhanced engineering simulation software continues to grow as products become more and more complex – especially projects on the cutting-edge of innovation.
Companies can remain competitive by creating smart systems and devices via virtual prototypes. Engineers can link the product’s physical attributes with the systems and embedded software and make sure all pieces work together as planned.
Systems Applications
Virtual Systems Prototyping
Prototyping via virtual systems means that for today’s complex products, developers can simulate and assemble many types of components, including electronic, electrical, mechanical, thermo-fluid, and embedded software. Use 3-D precision and reduced-order modeling to verify the interaction of multidomain system performance.
Electric Drives
Key in power electronics applications is the electric drive system, but optimizing a complex mechatronic system means that expertise, in-depth analysis, and rigorous methodology are required. Optimized components do not guarantee the entire drive system will perform optimally, so a systems simulation approach that integrates individual parts into a common platform is needed.
Power Electronic Systems
Power electronic systems are complex applications that present a variety of development challenges in the design of industrial drives, power supplies, energy production equipment, consumer goods, and more.
Autonomous Vehicles and ADAS
ADAS and autonomous vehicles are technologies without precedent in the automotive industry. Vehicle makers and suppliers must deal with five challenges in developing these systems, and Ansys provides solutions to all.
Digital Twin
A digital twin is a real-time, virtual copy of an actual operating machine that provides insight into individual product performance and maintenance. The digital twin can predict conditions long before they happen, so you can take corrective actions.
Battery Management Systems
In addition to performance, safety, and cost considerations associated with the electrification of automobiles, aircraft, and industrial equipment, battery capacity (mileage, charge time, and operational lifespan) must be factored into all design equations.
Functional Safety Analysis
The analysis and verification of functional safety for electronic control systems in industries like automotive, aerospace and defense, rail, nuclear, etc., are critical to system design and implementation.
