windturbine

There are 1 repository under windturbine topic.

• jules-ch / wind-stats

  ☴ Statistics for your wind power projects

  librarywind-energystatisticswindrenewablespythonwindturbine
  Language:Python 9

• dou52885288 / fault-detection

  CVA-PLSR for detecing faults in wind turbines

  fault-detectionwindturbinestatistical-analysis
  Language:MATLAB 8
• Windsualise

  kim-ja / Windsualise

  Wind Turbine Data Visualisation Interface developed at University of Strathclyde - Technology & Innovation Centre

  windenergywindturbinewindrosescadadatavisualisation
  Language:Python 8

• gbroques / openafpm-cad-core

  Repository containing OpenAFPM wind turbine CAD model.

  windturbinerenewable-energywind-powerwind-turbinefreecadwind-turbine-generatorwind-turbine-simulation
  Language:Python 7

• kahramankostas / Prediction-of-wind-turbine-power-generation-from-real-time-SCADA-data

  Prediction of wind turbine power generation from real-time SCADA data

  data-sciencemachine-learningregressionsupervised-learningwindenergywindturbine
  Language:Jupyter Notebook 7

• caleb221 / CeilingFan-WindTurbine

  A Ceiling Fan turned into a Vertical Axis Wind Turbine (VAWT)

  arduinodiygreenenergyhardwarepcbwindturbine
  3

• elcarpins / windTurbinePowerCoefficientModel

  The present repository shares the neural network algorithm described in the manuscript: Wind turbine power coefficient models based on neural networks and polynomial fitting. The power coefficient parameter represents the aerodynamic wind turbine efficiency. The MATLAB function can be directly downloaded as well as the polynomial coefficients. The "functionNeuralNetwork" is the code from the MATLAB Function in which a neural network has been trained with three sets of data developed with a blade element momentum algorithm covering a wind turbine range from 2 to 10 MW. The "functionPolynomialFitting" is the code from the MATLAB function similarly fitted as the NN. Both models represent the power coefficient of a wind turbine based on the pitch angle and the tip speed ratio.

  windturbineneuralnetworksrenewables
  Language:MATLAB 3

• G-R-Martins / OrcaFOWT

  OrcaFlex python API (OrcFxAPI) to automate pre and post processing FOWT simulations.

  fowtmooringorcaflexorcfxapiwindturbine
  Language:Python 3

• mathieupelle / HAWC2

  Repository for wind turbine design using HAWC2S, HAWCStab2 and HAWC2. Based on the Loads, Aerodynamics and Control course at DTU.

  hawcwindenergywindturbineloadswind-turbine-design
  Language:Python 2

• mathieupelle / RWA

  Repository for the Q3-Q4 2021 assignments of the course Rotor Wake Aerodynamics (AE4135) at TU Delft.

  rotoraerodynamicswindenergywindturbinelifting-line-theoryvortex-methodsbem
  Language:Jupyter Notebook 2

• mathieupelle / WTA

  Repository for the Q4 2021 assignments of the course Wind Turbine Aeroelasticity (AE4W21-14) at TU Delft.

  aeroelasticitywindenergywindturbineunsteady-aerodynamicsdynamic-stall
  Language:Python 2

• nicolacalgaro89 / WindTurbine

  Basic design routine for domestic wind turbine design

  windturbinewind-turbinewind-turbines
  Language:Python 2

• Aeolus-Framework / Simulator

  Simple electricity production and consumption simulator based on simulated weather conditions.

  electricity-consumptionelectricity-marketsimulatorweatherwindturbine
  Language:TypeScript 1

• arceryz / pde-beam-equation

  Simulations of windturbine at sea subject to waves and earthquakes. Powerful animated visualiser of motes and deflection. Euler-Bernoulli beam theory.

  3dnumerical-methodsoceanordinary-differential-equationspartial-differential-equationspdepythonsimulationsustainabilitywindturbine
  Language:Python 1

• insa-rouen / fast

  Personalised FAST codes based on FAST v8 with the implementation of TRD

  fasttrdwindturbinenumerical-analysissimulation-modeling
  Language:Fortran 1

• yifanper / Blade_Fatigue_Test_Manager

  A program to process the data in the fatigue tests of full-scale wind turbine blades.

  windturbinebladefatiguepyqtsignal-processing
  Language:Python 1

• Aeolus-Framework / AeolusWebsite

  dashboardelectricity-consumptionelectricity-marketwindturbine
  Language:Handlebars 0

• amolgavit26 / Wind_Turbine

  In this Python project you'll get all the necessary parameters which are required to design a wind turbibe.

  designmathematicspythonwindwindturbine
  Language:Jupyter Notebook 0

• gregsell / Windradmodell_P-Seminar

  CAD-Dateien der von mir erstellten Teile und der Code, der auf dem Arduino Nano läuft. Außerdem noch die source-Dateien für die Platine, die ich für dieses Projekt gemacht habe.

  windpowerwindturbine
  Language:C++ 0

• UNIFI-Wind-Energy / UNIFI-50kW-RWT

  Main repository for the 50 kW reference wind turbine designed by the University of Florence (Italy)

  energywindwindturbine
  Language:F* 0

• NREL / NWDBT3

  National Wind Database Task 3

  uncertainty-quantificationweatherdatawindwindturbine
  Language:Jupyter Notebook