Package to analyze wind resource and wind turbine data (developer test version)

AreaBelow | Calculate the area below a certain level in a rotor disk |

cleanPlot | Generate a clean plot that is more-or-less publication ready |

GetErrorMetrics | Calculate a range of error metrics for a data set |

GetREWS | Calculate rotor-equivalent wind speed from a wind speed... |

GetTOR | Get the operating region of a wind turbine |

MAE | Calculate the mean absolute error for a data set |

MaxAE | Calculate the maximum absolute error for a data set |

NRELPlot | Generate a clean plot that is more-or-less publication ready |

PCfromParam | Generate a power curve based on parameters |

PCQueryTurbineModel | Get an estimate of turbine power production from a wind... |

PCTrainTest | Train and test a power curve model |

PCTrainTurbineModel | Create an IEC-conformal power curve |

PCWGDataSet1 | Performance data set from a wind turbine (PCWG #1) |

PCwsAdjDens | Apply a density correction to wind speed according to IEC... |

PearsonCorrelation | Calculate the Pearson's Correlation Coefficient for a dataset |

plotPC | Workhorse function to plot power curves using different types... |

PowerPerformance | PowerPerformance: analyzing and predicting wind turbine... |

RFChecknTrees | Check if sufficient trees were used in the random tree model |

RFCheckVarImp | Check the importance of the variables used in the Random... |

RFQueryTurbineModel | Use a random forest model to predict response to forcing... |

RFTrainTestTurbineModel | Train and test a random forest power model |

RFTrainTurbineModel | Train a random forest model |

RMSE | Calculate the root mean square error for a data set |

SAE | Calculate the sum of the absolute error for a data set |

SimPC | Simulate the power produced in a bin |

SliceArea | Calculate the area of a slice through a rotor disk |

SPE | Calculate the sum of the positive error for a data set |

TrpIntegrt | Trapezoidal integration |

WindPACT1500kW | Simulated performance data for the WindPACT 1.5 MW Baseline... |

ZTQueryTurbineModel | Query the zero-turbulence power curve |

ZTSiteTurbineModel | Create the site specific power curve using the zero... |

ZTTrainBaselinePCModel | Create a power curve for a specific Ti level using the zero... |

ZTTrainFinalTurbineModel | Create the final zero-turbulence power curve |

ZTTrainInitTurbineModel | Initialize the zero-turbulence power curve |

ZTTrainSiteTurbineModel | Create the site specific power curve using the zero... |

ZTTrainTheoTurbineModel | Initialize the zero-turbulence power curve |

ZTTrainTiSpecificTurbineModel | Create a power curve for a specific Ti level using the zero... |

Embedding an R snippet on your website

Add the following code to your website.

For more information on customizing the embed code, read Embedding Snippets.