Simulate and analyze the performance of your models using functions and analysis tools.
|Analyze electric circuit|
|Prepare a Simscape Electrical Specialized Power Systems block for customization|
|Set initial state values of model built with Simscape Electrical Specialized Power Systems software|
|Compute and modify initial values of voltages and currents of model|
|Perform positive-sequence load flow or unbalanced load flow and initialize models containing load flow blocks|
|Generate report of steady state variables, initial states, and machine load flow for model|
|Compute state-space model of linear electrical circuit|
|Compute steady-state values of voltages and currents of model|
|FFT Analyzer||Perform Fourier analysis of simulation data signals|
|Load Flow Analyzer||Perform positive-sequence load flow or unbalanced load flow and initialize models containing load flow blocks|
|Measurements and States Analyzer||Compute initial and steady-state values of voltages and currents of model|
|Impedance Measurement Tool||Compute impedance versus frequency of Impedance Measurement blocks in model|
|Cable Parameters Tool||Compute RLC parameters of radial copper cables with single screen|
|Linear System Analyzer||Create state-space object of model for use with the Linear System Analyzer tool|
|Report Generator||Generate report of steady state variables, initial states, and machine load flow for model|
|Statistical Flicker Level Analyzer||Perform statistical analysis of instantaneous flicker level signal|
|Transformer Hysteresis Design Tool||View and edit hysteresis characteristic for saturable core of Saturable Transformer blocks|
Create an electrical subsystem, simulate transients, and discretize simple circuits.
Model and discretize simple motors with specialized blocks. Use the FFT Analysis tool of the Powergui block to perform harmonic analysis.
Modify Simscape™ Electrical™ Specialized Power Systems block parameters and automate simulation using MATLAB® scripts.
Learn how Simscape Electrical Specialized Power Systems initializes and runs your models.
Explore the advantages and disadvantages for continuous, discrete, and phasor simulation of power system models.
Learn about methods for continuous simulation of switches and power electronic devices.
Learn about methods for discrete simulation of switches and power electronic devices.
Use the phasor method to analyze magnitudes and phases in linear circuits.
Optimize simulation speed by discretizing your model or by using Simulink® Accelerator mode.