Run GT-SUITE models on HiL platforms
PRODUCT OVERVIEW
GT-SUITE-RT moves GT-SUITE models out of the desktop and into real time. Supplied as a Simulink S-function, it drops straight into a controls environment, letting engineers pair physics-based plant models with control system logic long before hardware exists to test against.
GT-SUITE-RT supports both being lead and copy forms of interoperability with controls modeling tools, thus allowing GT models to be exported and run within a lead controls modeling tool (Simulink, for instance), or for the controls tool model to be exported as a DLL (or FMU) and run directly within GT-SUITE-RT. For moving to HiL-based environments, GT models are quickly and semi-automatically converted to real-time capable, fast-running or reduced-order models (FRM, ROM), and ported to popular HiL systems.
Empowering the 1D User
GT-SUITE-RT enables teams to seamlessly deploy high-fidelity GT-SUITE models to real-time HiL platforms, accelerating validation workflows, improving collaboration between simulation, controls, and test teams, and minimizing cross-department iteration.
Supported HiL platforms:
Run GT-SUITE model at real-time in a MiL style workflow. This allows rapid controls prototyping and software development. It can also be used by calibration engineers to explore calibration sensitivity prior to performing a test.
Using GT-SUITE-RT, engineers can run GT models at real-time with hardware in the loop. This includes Control Modules, Actuators (throttle, valves, etc.), and many more real components of a system. This allows an engineer to understand the real behavior of components and software.
Advanced Features
Built-in capabilities for teams pushing real-time and HiL workflows further.
Modify GT-SUITE model parameters directly from your development environment and see the impact immediately.
Update entire plant model maps from the Controls environment without rebuilding the underlying model.
Display simulation results directly in GT-POST as tests run, keeping analysis and execution in one place.
Transfer ECUs quickly and cleanly with wireless controls built into the workflow.
Debug models with optional logging, even while running on the HiL system.
Scale to multi-core HiL systems for greater processing power and more complex test setups.
