Industries
Supporting system-level modeling for powertrain, thermal management, electrification, and vehicle integration challenges.
OVERVIEW
Vehicle programs are won on system-level trade-offs: range against cooling, performance against emissions, cost against compliance. Those trade-offs span thermodynamics, electrical, mechanical, fluid and control domains and they have to be decided while the design is still open.
GT-SUITE models all of these domains together, for any powertrain, so teams make better decisions earlier and carry the same methodology from first concept to validated vehicle.
DESIGN DECISIONS
The largest performance gains rarely come from perfecting individual components or selecting the most optimal part. They come from how subsystems interact and how they are operated together. GT-SUITE lets teams explore hardware and control decisions in a single model, so they find the highest-return improvements early, before committing to costly design changes or hardware. With GT Intelligence Studio, teams are AI enabled to drive these decision with previously unknown levels of productivity, quality and innovation.
DEVELOPMENT LIFECYCLE
A continuous thread from concept stage to function validation. With GT-SUITE your organization executes the same simulation approach through design, controls development, testing and calibration, so decisions made early are the ones validated later. The result is less rework across teams and suppliers, fewer physical prototypes and a shorter path to a vehicle that meets its targets.
Explore engineering solutions supporting automotive applications
Compare combustion, hybrid, battery-electric and fuel cell concepts on the same vehicle model, before committing to hardware. GT-SUITE lets engineers evaluate architecture options and size components against range, performance and cost targets.
Battery, engine, e-motor and cabin cooling behave as one system, and GT-SUITE models them that way across real drive cycles. With GT-AutoLion for cell heat generation and GT-TAITherm for cabin comfort, engineers balance safety, performance and energy draw on any vehicle platform.
Predict fuel consumption, electric range and tailpipe emissions under real driving conditions, whatever the powertrain. From combustion and aftertreatment with GT-POWER and GT-xCHEM to battery and motor efficiency, GT-SUITE supports compliance before hardware exists.
Validate control strategies in context, not in isolation, with MiL, SiL and HiL workflows on a full vehicle model. Energy management, thermal control and calibration can be tested early and carried through to real-time environments.
Engineers describe a model or study in plain language, and AI helps set it up, run it and explain the results. Built on GT-SUITE and working across any powertrain architecture, it shortens the path from question to insight.
Turn detailed simulations into fast machine learning models that capture system behavior at a fraction of the runtime. These models support rapid design exploration, optimization and real-time deployment across all powertrain types.
