MATLAB Simulation of PM Ocean Wave Spectra
MATLAB simulation program for PM ocean wave spectra analysis under varying wind speed conditions
Explore MATLAB source code curated for "风速" with clean implementations, documentation, and examples.
MATLAB simulation program for PM ocean wave spectra analysis under varying wind speed conditions
Utilization of ARMA methodology for wind speed prediction, converting measured wind speed data into forecasted values through time series analysis and model fitting techniques
A comprehensive simulation program featuring four distinct wind speed scenarios, designed to model and analyze wind turbine performance under varying wind conditions, with customizable parameters for blade angle adjustments and system stability assessment.
Compute input wind speed for individual wind turbines accounting for wake effects in wind farms - easily adaptable by modifying turbine count and coordinates for immediate execution. The implementation involves array-based coordinate management and iterative wake loss calculations using industry-standard models like Jensen's Park model.
Dynamic 3D ocean surface scene simulation enabling customizable wind speeds to generate varying sea states, implemented through parametric wave modeling algorithms.
Analysis of the correlation curves depicting wind turbine rotational speed and power generation across varying wind velocity conditions, with implementation insights for data processing and visualization.
Wind farm modeling and simulation project featuring modular implementations for wind speed profiles and turbine systems, specifically focusing on doubly-fed induction generators (DFIG) with operational and debugging capabilities.
Modeling wind speed distributions using the Weibull probability distribution for wind energy applications and reliability engineering
A grid integration model for permanent magnet generators featuring adjustable wind speed simulation for performance analysis
MATLAB/Simulink implementation for brushless doubly-fed machine modeling and simulation, demonstrating winding frequency control and generator speed variation under different wind conditions.