Power Converter Control with Motor Control Blockset

Design and implement power converter control algorithms

Provides Simulink blocks and reference examples for developing and deploying control algorithms for power converters, including buck, boost, power factor correction (PFC), LLC resonant converters

Instrument Control Toolbox Support Package for National Instruments NI-DCPower Power Supplies

Control and configure NI-DCPwr power supplies and SMUs.

Instrument Control Toolbox™ Support Package for National Instruments NI-DCPower Power Supplies enables you to communicate with NI-DCPower power supplies remotely from a computer running MATLAB^®. You

Agilent E3648A Power Supply

Agilent E3648A MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Agilent E3648A power supply.It is a standalone MATLAB instrument driver that does

Agilent E3647A Power Supply

Agilent E3647A MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Agilent E3647A power supply.It is a standalone MATLAB instrument driver that does

Specialized Power Systems (SPS) Conversion Add-On

Convert Specialized Power Systems models into Simscape Electrical models

spsconversion.assistant function helps you replace the Specialized Power Systems library blocks in the currently open model with Simscape Electrical library blocks, while preserving the parameter values and connections

10-Machine New-England Power System IEEE benchmark

SimPowerSystems model of the IEEE 39-bus system, known as the 10-machine New-England Power System

The model is loosely based on the IEEE 39-bus system presented by T. Athay et al for research-oriented studies and educational purposes. The authors of the SimPowerSystems implementation of this

Power Electronics

This curriculum module contains interactive examples that teach fundamental concepts of power electronics.

# Power Electronics[](https://www.mathworks.com/matlabcentral/fileexchange/173035-power

Agilent E3632A Power Supply

Agilent E3632A MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Agilent E3632A power supply.It is a standalone MATLAB instrument driver that does

Simscape Electrical Support Library for Power Systems

This submission provides a focused entry point into Simscape Electrical for power systems engineers.

# Simscape™ Electrical™ Support Library for Power Systems EngineersVersion 1.1.0[![Open in MATLAB Online](https://www.mathworks.com/images/responsive

Shipboard Power System in Simscape

This submission demonstrates modeling and simulation of a Two-Zone MVDC shipboard power system in Simscape Electrical.

linkhttps://www.esrdc.com/library/documentation-for-a-notional-two-zone-medium-voltage-dc-shipboard-power-system-model-implemented-on-the-rtds/. To get started,Run Two_Zone_MVDC.prjandRead Two_Zone_MVDC_Electric_Ship.pdfFor more information on MathWorks solutions for Power Systems Analysis and Design, please visit this page

Radially averaged surface roughness/topography power spectrum (PSD)

Calculates radially averaged 2D power spectrum for a surface roughness/topography

In surface roughness analysis, one of the powerful tools for roughness characterization is surface roughness power spectrum. If the surface under study has isotropic roughness characteristics, then

Power Diagrams

This program computes the power diagram for a given set of weighted points.

A power diagram is a form of generalized Voronoi diagram, generated by a set of points and their corresponding weights. This program computes the power diagram for a given set of weighted points by

Power system analysis

Hadi saddat matlab tool box

All (m) files of the prof.Hadi saadat that explain his problems in his famous book Power system analysis

Active Power Factor Correction

Simulink model used in the "Power Factor Correction Control" MathWorks video

This submission contains a Simulink model and a MATLAB script that was used in the “Power Factor Correction Control” MathWorks video. The model contains a cascaded digital controller for active power

Optimal Power Flow (OPF) Problem version 1

Optimal Power Flow (OPF) Problem version 1 using metaheuristics

The optimal power flow (OPF) problem is the backbone tool for power system operation. The objective of the OPF problem is to determine the optimal operating state of a power system by optimizing a

WinPower

Shutdown, sleep, hibernate etc. of Windows computers

WinPower - Mex function to set the power status on Windows computersPower off, shut down, logoff, sleep, reboot, reboot and restart Matlab, disable/enable sleeping, lockWinPower(Command, Force)INPUT

elementwise power

more efficient than MATLAB's power function

Complex Power Block

Compute real, reactive, apparent, power factor and phase angle of a voltage-current pair

Compute real, reactive, apparent, power factor and phase angle (deg) of a voltage-current pair at fundamental Frequency based on the following equations.Real Power = mean(V*I)Reactive Power =

Power flow software in rectangular coordinates

The software solves the power flow problem in rectangular coordinates

Power Law, Exponential and Logarithmic Fit

Finds and plots the linear fit to some data points when plotted on a log scale.

finish with the one that incurs the least error (with error measured as least squares on the linear-linear data.)Notes:A power law relationship[slope, intercept] = logfit(x,y,'loglog

PSD (Power Spectral Density), and Amplitude Spectrum with adjusted FFT

FFT computes PSD and one sided amplitude spectrum Y[f] of 1d signal

Function [fy]=FFT(y,Fs) 1)computes the Power spectral density and Amplitude spectrum (P(f),F(f)) of 1d signal y(t) with sample rate Fs (Nyquist rate) which is known% apriori. The results are

Hybrid Photovoltaic and Wind Power System

hybrid PV and Wind power system

grid integration of hybrid PV and Wind power system.

Matlab Code of Robust GM-Estimator for Power System State Estimation using Projection Statistics

The matlab code for robust power system state estimation.

Robust power system state estimator is of vital importance for monitoring and control applications. Based on our experience, we find that the robust generalized maximum-likelihood (GM)-estimator

Rohde & Schwarz NGPT Power Supply

Rohde & Schwarz NGPT Power Supply MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control™ Toolbox and higher. It supports the Rohde & Schwarz^® NGPT power supplies.It is a MATLAB VXIplug&play

Rohde & Schwarz NGPX Power Supply

Rohde & Schwarz NGPX Power Supply MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Rohde & Schwarz^® NGPX power supplies.It is a MATLAB VXIplug&play

Rohde & Schwarz NRVD Power Meter

Rohde & Schwarz NRVD Power Meter MATLAB instrument driver

This is a MATLAB instrument driver for use with v2.0 of the Instrument Control Toolbox and higher. It supports the Rohde & Schwarz NRVD power meter.It is a MATLAB VXIplug&play instrument

Rohde & Schwarz NRP Power Meter

Rohde & Schwarz NRP Power Meter MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Rohde & Schwarz^® NRP power meter.It is a MATLAB VXIplug&play instrument

Rohde & Schwarz NRVS Power Meter

Rohde & Schwarz NRVS Power Meter MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Rohde & Schwarz^® NRVS power meter.It is a MATLAB VXIplug&play instrument

Power System Network Power Flow Calculation with UPFC

This code implements a power flow calculation for a power system network, augmented with a Unified Power Flow Controller (UPFC).

The code performs a power flow calculation for a power system network while incorporating the functionality of a Unified Power Flow Controller (UPFC). The UPFC is a flexible AC transmission system

UPFC (Unified Power Flow Controller) Implementation

MATLAB implementation demonstrates the application of a Unified Power Flow Controller (UPFC) to enhance voltage stability in a power system.

This MATLAB code presents an implementation of a UPFC, a versatile device used for real and reactive power control in electrical networks to enhance voltage stability. The code defines system

Active and reactive power control for a three-phase inverter

Decoupled active and reactive power control for a three-phase inverter connected to the utility grid based on the PI controller.

# Description:-This repository contains the SIMULINK model to control P and Q of the 3-phase VSI connected to the utility grid. The active power is regulated to track the command value using the PI

Power System Visual Analysis in Matlab (Heatmap)

This is how to visualize power system analysis result in a similar way to electric system softwares.

reactive power in buses and lines. These results as matrices are being demonstrated as figures like every conventional analysis, then a graphic visualization of the grid and analysis result is being appeared

Rohde & Schwarz NRT Power Reflection Meter

Rohde & Schwarz NRT Power Reflection Meter MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Rohde & Schwarz^® NRT power reflection meter.It is a MATLAB VXIplug&play

mpower2 - A faster matrix power function.

mpower2 evaluates matrix to an integer power faster than the MATLAB built-in function mpower.

mpower2 evaluates matrix to an integer power faster than the MATLAB built-in function mpower. The speed improvement apparently comes from the fact that mpower does an unnecessary matrix multiply as

Power flow solver for power systems analysis

A function that solves the power flow equations of an electrical power network

Two files are included in this submission:power_flow_solver.m – is the solver itself (matlab function)test_flow_solver.m – Example file. This script defines a simple power network and uses

Passive Harmonic Filters for Power System Harmonic Mitigation

Passive Harmonic Filters are generally used in Power System for Harmonic mitigation.

Due to Power Electronic Devices used in Power Conditioning, the quality of Power system is degrading day by day.And hence Passive Shunt filters are designed & implemented through this Simulink

Rohde & Schwarz NGMO2 Analyzer/Power Supply

Rohde & Schwarz NGMO2 Analyzer/Power Supply MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Rohde & Schwarz^® NGMO2 analyzer/power supply.It is a MATLAB VXIplug&play

Rohde & Schwarz NRT-Z Power Meter Sensor

Rohde & Schwarz NRT-Z Power Reflection Meter Sensor MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Rohde & Schwarz^® NRT-Zxx sensors for the NRT power reflection meter.It is a

Measure radio frequency power using MATLAB and an RF power meter

MATLAB example to make RF Power measurements using an Agilent RF Power Meter

automated measurements and tests.This example shows you how you can use MATLAB to control an Agilent RF Power Meter, make measurements, and retrieve the data into MATLAB and calculate a mean value of the

Optimal Power Flow by Vector PSO

OPF by Vector PSO

1-dimensional surface roughness power spectrum of a profile or topography

Calculates 1D surface roughness power spectrum for a surface topography/or multiple line profiles

In surface roughness analysis, one of the powerful tools for roughness characterization is surface roughness power spectrum (PSD). If you have multiple line scans, for examples obtained by stylus

SC - powerful image rendering

Useful tool for rendering and outputting information rich images

Fast Bounded Power Diagram

Optimised version of bounded power diagram for large number of sites

The code obtains power diagram of sites bounded with a rectangular or a square bounding box.This is the optimised version of power diagram for large number of sites (e.g. 10000 or more). In my

Power Iteration

Numerical linear algebra script to introduce power iteration

# Power Method and Rayleigh Quotient for Eigenvector/Eigenvalue Approximation [![View on File

economic dispatch starting with random values of power

ED with random initial values of power, to supply load considering losses

Power Window

Driving a power window with Arduino motor shield R3

This submission demonstrates a simple demo to control a Power Window. A youtube video showing the workings of the power window can be seen here: https://www.youtube.com/watch?v=wF2_TT3C-98This

Hybrid Electric Vehicle (HEV) Power Train Using Battery Model

Demonstration of a hybrid electric vehicle (HEV) power train using SimPowerSystems and SimDriveline

Subsystem is composed of four parts: The electrical motor, the generator, the battery, and the DC/DC converter.The Planetary Gear Subsystem models the power split device. It uses a planetary device, which

Power Law Transform

Power Law Transform for image enhancement

This code demonstrates use of Power Law Transform for image enhancement

Power line communication

Power line communication with FSK mud/demud

This file simulation Power line communication with FSK mud/demud

Evolutionary Power Spectral Density (EPSD)

Compute the Evolutionary Power Spectral Density (EPSD) as an alternative to the spectrogram

Evolutionary Power Spectral Density (EPSD)SummaryThe Evolutionary Power Spectral Density (EPSD) [1] is compared to the well-known spectrogram implemented in Matlab. The EPSD produces a smoother

Wind Power Integration

Calculates the wind power penetration level for a given day, which represents the proportion of wind power in the total electricity demand

Conducting a wind power integration study for a specific day, assessing the penetration level of wind power in meeting electricity demand.The hourly_wind_power array contains the wind power output in

Agilent Infiniium and InfiniiVision Oscilloscopes – MATLAB Example

MATLAB application example for Agilent Infiniium and InfiniiVision oscilloscopes

Active Power Filter with DSPACE

Active power filter using power balance theory with DSPACE

Shunt active power filter model using Power Balance Theory with DSPACE

Optimum Power Flow

This code focuses on the minimization of active power losses.

This code focuses on the minimization of active power losses.First, we acquire the data from the desired power system, then we define the parameters of the optimization algorithm such as number of

Radial Power Solver

RPS allows the calculation and analysis of power flows in radial unbalanced electrical power systems that include DERs.

Radial Power Solver (RPS) is a toolbox designed for the simulation of load flows in unbalanced power systems using the Backward Forward Sweep (BFS) method. It incorporates a wide variety of elements

Keysight E3649A Power Supply

Agilent E3649A MATLAB instrument driver

MATLAB supports Agilent/Keysight instruments including power supplies through the Instrument Control Toolbox. This is a MATLAB instrument driver for use with Instrument Control Toolbox v2.0 and

Power flow method

A simple power flow method

Power system visualization for Matlab based analysis

These files provide visual configuration of the electric network and its components.

Running script electric_grid_visualization one can visualize power network configuration already defined in excel files with its components.One of the challenging issues in electric system analysis

Agilent E3633A Power Supply

Agilent E3633A MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Agilent E3633A power supply.It is a standalone MATLAB instrument driver that does

Agilent E3634A Power Supply

Agilent E3634A MATLAB instrument driver

This is a MATLAB^® instrument driver for use with v2.0 of the Instrument Control Toolbox™ and higher. It supports the Agilent E3634A power supply.It is a standalone MATLAB instrument driver that does