Technology

Virtual Sensing
What is a VTS?
A software solution with no sensing placement limitations that matches the accuracy of physical sensors, complementing or replacing them entirely, while accurately estimating temperature dynamics and forecasting outcomes under all conditions.

#001Multiphysics modeling

Full order model

Full order model

#002From FOM to ROM

Select ROM criteria

#003Reduced order model

Parametric ROM

Parametric ROM

#004From ROM to test bench

Select calibration criteria

#005ROM reconciliation with test bench

Calibration

Calibration

#006Model as manufactured

Calibrated ROM optimization

#007 AI integration

Discrepancy modeling

Discrepancy modeling

#008Final code optimization

Prepare to embed

#009Implementation into a microcontroller control loop

VTS

VTS

What is it forWhat is it for

What is it for

What is it for
Virtual sensors maximize components' functional boundaries, while at the same time optimizing for safety. Additionally they can be used to enhance fault detection and predictive maintenance strategies.

#001Embedded VTS

Microcontroller

Microcontroller

#002Advanced analytics

Cloud

Cloud

FAQFAQ

FAQ

The suite of tools
The suite of tools is designed to streamline the building, calibration, and deployment of thermal models for ePowertrain real-time applications.
FAQ PageFAQ Page
ExamplesExamples

Examples

What is it for
Here are some common use cases for virtual thermal sensing implementation:
Our productOur product

Our product

Twin Fabrica

Why Top Automotive
Tier1s and OEMs
use Twin Fabrica
The suite of tools
The suite of tools designed to streamline the building, calibration, and deployment of virtual thermal sensors (VTS) at scale.