Deploying a plant model allows you to test your control algorithm. You can deploy your Simscape Electrical™ model for real-time simulation, including hardware-in-the-loop (HIL) simulation, using generated C code or HDL code.
Generate C code to deploy a nonlinear, linear, or switched linear model that requires a 20 µs or greater simulation sample time. If you have a license for Simulink Coder™, you can generate C code for deployment to a real-time target machine. If you have a license for Embedded Coder®, you can generate C code for deployment to an embedded system. If you have a license for Simulink Real-Time, you can use Simscape checks to prepare your Simscape Electrical models for code generation. You can then use the Simulink Real-Time Explorer to:
Generate and compile code on a development computer.
Download the real-time application to a target computer.
Execute the real-time application remotely from the development computer.
To learn how to generate and deploy a C code version of a Simscape model, see Real-Time Model Preparation Workflow, Real-Time Simulation Workflow, and Hardware-In-The-Loop Simulation Workflow.
Generate HDL code to deploy a linear or switched linear model that
requires a 1 µs or greater simulation sample time. If you have a license for
HDL Coder™, you can generate HDL code from your Simscape
Electrical model without first manually converting the model to a
Simulink model by using the Simscape HDL Workflow Advisor. The sschdladvisor
function generates an HDL code compatible version of your model. You can
then generate code from the HDL implementation model and deploy your plant
model to an FPGA for HIL simulation.
To learn how to generate an HDL version of a Simscape model, see Generate HDL Code Using the Simscape HDL Workflow Advisor.
Real-Time Model Preparation Workflow
Follow the real-time model preparation workflow to make your Simscape model real-time capable.
Hardware-In-The-Loop Simulation Workflow
Follow the hardware-in-the-loop (HIL) simulation workflow to deploy a Simscape model to your real-time target machine using Simulink Coder and Simulink Real-Time.
Configure the solvers in your Simscape model for real-time simulation.
Prepare Simscape Electrical Models for Real-Time Simulation Using Simscape Checks
Learn how Performance Advisor Checks can help you optimize your Simscape Electrical model for real-time simulation.
Generate HDL Code Using the Simscape HDL Workflow Advisor
Learn how to convert Simscape models to HDL Code for FPGA Deployment.
Generate HDL Code for Simscape Models (HDL Coder)
Generate HDL code from Simscape switched linear models.
Generate Simulink Real-Time Interface Subsystem for Simscape Two-Level Converter Model (HDL Coder)
Generate HDL code and Simulink Real-Time interface model from Simscape models.
Validate HDL Implementation Model to Simscape Algorithm
Validate and resolve simulation mismatch between Simscape algorithm and HDL implementation model.
Improve Sampling Rate of HDL Implementation Model Generated from Simscape Algorithm
Learn about oversampling in generated HDL implementation model and how the model sample time relates to sample time of original Simscape algorithm.
Troubleshoot Conversion of Simscape DC Motor Control to HDL-Compatible Simulink Model (HDL Coder)
How to troubleshoot generation of implementation model from Simscape models with few nonlinear elements such as DC Motor Control.
Troubleshoot Conversion of Simscape Permanent Magnet Synchronous Motor to HDL-Compatible Simulink Model (HDL Coder)
How to troubleshoot generation of implementation model from models with significant nonlinear elements such as Permanent Magnet Synchronous Motor.