SimPowerSystems

Improving Simulation Performance

SimPowerSystems gives you many tools to speed up your power system simulations. Depending on your model, you can choose among continuous, discrete, and phasor integration methods. Simulink and related products provide additional ways to enhance model performance, including code generation, creating your own model libraries, and tuning block parameters.

How SimPowerSystems Works
Overview of what SimPowerSystems does when it analyzes and runs your models

Choosing an Integration Method
Advantages and disadvantages of continuous, discrete, and phasor simulation of power system models

Simulating with Continuous Integration Algorithms
How to integrate continuous time power models with SimPowerSystems

Simulating Discretized Electrical Systems
How to solve discretized power models with SimPowerSystems

Increasing Simulation Speed
Ways to optimize simulation speed and efficiency, including the Simulink Accelerator and Real-Time Workshop

The Nonlinear Model Library
Using and modifying the powerlib_models library to model nonlinear power components

Creating Your Own Library of Models
Creating your own custom power system blocks with the Simulink block masking feature

Changing Your Circuit Parameters
Modifying SimPowerSystems block parameters during simulation and automating with MATLAB scripts

AC Line-to-Ground Fault at the Rectifier How SimPowerSystems Works

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How SimPowerSystems Works	Overview of what SimPowerSystems does when it analyzes and runs your models
Choosing an Integration Method	Advantages and disadvantages of continuous, discrete, and phasor simulation of power system models
Simulating with Continuous Integration Algorithms	How to integrate continuous time power models with SimPowerSystems
Simulating Discretized Electrical Systems	How to solve discretized power models with SimPowerSystems
Increasing Simulation Speed	Ways to optimize simulation speed and efficiency, including the Simulink Accelerator and Real-Time Workshop
The Nonlinear Model Library	Using and modifying the powerlib_models library to model nonlinear power components
Creating Your Own Library of Models	Creating your own custom power system blocks with the Simulink block masking feature
Changing Your Circuit Parameters	Modifying SimPowerSystems block parameters during simulation and automating with MATLAB scripts