Model-, Software-, and Hardware-in-the-Loop (MiL, SiL, and HiL) plant modeling, configuration, and simulation execution services that enable virtual calibration, controls development, and system validation across the development process.
A single development path carries a control system from early-stage software testing through to hardware validation, backed by over a decade of X-in-the-Loop experience and a track record that includes bringing a fully physical 1D engine model onto an HiL rig back in 2013, among the first in the industry to do so.
Maintain a single simulation framework throughout the controls development process. Virtual plant models developed for MiL and SiL environments can be seamlessly adapted for real-time HiL testing, reducing rework and ensuring consistency from concept through validation.
Transform detailed engineering models into computationally efficient real-time models suitable for HiL execution. Preserve essential system physics while achieving the execution speeds required for controls development, calibration, and ECU testing.
Whether using GTE's simulation infrastructure or existing customer hardware, our team can support HiL projects in the environment that best fits your development process. Flexible deployment options help accelerate implementation while minimizing disruption to established workflows.
Validate control strategies under a wide range of virtual operating conditions before physical prototypes are available. Real-time simulation enables safe, repeatable testing that improves software quality and reduces development risk.
Apply X-in-the-Loop methodologies across complete vehicle and energy systems, including engines, aftertreatment systems, thermal management networks, batteries, lubrication circuits, and electrified powertrains.
Identify control issues earlier, evaluate more operating scenarios, and reduce dependence on expensive physical testing. By moving validation upstream in the development process, teams can shorten calibration cycles and improve overall engineering efficiency.
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