Power Quality Simulation using MATLAB
MATLAB-based power quality simulation including harmonic analysis, imbalance detection, voltage deviation assessment, and other power system quality metrics with implementation examples.
Harmonic Summation Method for Wind Field Simulation with MATLAB
Implementation of multidimensional wind field simulation using harmonic summation method in MATLAB, incorporating spatial effects and terrain considerations
Calculating Harmonic Amplitude and Phase Angle of Signals Using FFT
Using FFT (Fast Fourier Transform) to compute amplitude and phase angles of harmonic components in signals, with code implementation details.
Simulink SVPWM Model Implementation
This MATLAB Simulink Space Vector Pulse Width Modulation (SVPWM) model can be directly copied and simulated in your workspace. The model demonstrates a powerful modulation technique that effectively reduces harmonic distortion, with comparative analysis showing lower Total Harmonic Distortion (THD) than conventional methods. The implementation includes sector analysis, reference voltage vector determination, and angle calculation algorithms feeding into a two-level inverter configuration.
Power Quality Disturbance Signals
Generation of power quality disturbance signals including voltage sags and harmonic distortions, with additional availability of Stockwell Transform (S-Transform) source code for advanced signal analysis
Signal Frequency Analysis Based on Prony Algorithm
Implementing Prony's method to extract harmonic amplitude, frequency, and phase from arbitrary discrete signals, along with DC component characteristics
Calculating Harmonic Components and RMS Values of Voltage Signals Using FFT
Given a voltage signal sequence, utilize Fast Fourier Transform (FFT) to compute each harmonic component and their corresponding Root Mean Square (RMS) values, with implementation insights on spectral analysis algorithms.
Harmonics and Sideband Frequencies in Cycloconverters Beyond 5th, 7th, 11th, and 13th Orders
Addressing the primary characteristics of cycloconverters, which generate not only 5th, 7th, 11th, and 13th order harmonics but also sideband frequencies resulting in rich harmonic content, a filter device solution was selected. The filter type was determined, and engineering design calculations were performed for filter parameters. The TCR+FC type SVC compensates for the imbalance in the rolling mill system by independently controlling phase-to-phase adjustments to regulate capacitive and inductive reactance in the three-phase power supply, thereby reducing losses in the 35KV power grid. Code implementation involves real-time harmonic analysis algorithms and dynamic control logic for reactive power compensation.
SPWM Technique Implementation for Three-Phase Inverter with Harmonic Analysis
Implementation of SPWM (Sinusoidal Pulse Width Modulation) technique for three-phase inverters with simulation-based analysis of fundamental component improvements through modulation index variation. Includes investigation of switching frequency impact on harmonic spectrum shifting using MATLAB/Simulink modeling approaches.
Fast Fourier Transform (FFT) for Power System Harmonic Analysis
This implementation uses Fast Fourier Transform algorithm to decompose power system frequency into fundamental wave and third harmonic components, providing essential analytical capabilities for power system harmonics and other signal processing applications.