energy: Annual energy production calculator
In mbonoli/WindResource: Package for studying wind resource

Description Usage Arguments Details Value Author(s) See Also Examples

Calculating the annual energy production of differents wind turbines to differents anemometers.

1	energy(datawd, datawtg, ane, model, dist = NA)

`datawd`	an object of class `windata`.
`datawtg`	object of class `wtgData`.
`ane`	a vector of character strings with anemometers names.
`model`	a vector of character strings with the models names of wind turbines.
`dist`	a character string 'name' naming a distribution to calculate the annual energy production. The possible distrbutions are: `"np"` (no parametric distribution), `"weibul"`, `"gama"` and `"lognormal"`. (see details)

It's important to see what is the best fit of distribution before to calcuate the annual energy production. It can be seen with the function plotWD(data, ane, type="fit")

a data.frame with the results of annual energy production for different wind turbines models and anemometers.

Valeria Gogni, Mariano Bonoli, Ruben Bufanio, Diego Edwards

plotWD

data("wd10", package = "WindResource")
data("wtgData", package = "WindResource")

## Getting anemometer names
wd10$ane$ane.names
  
# Calculate 
energy(datawd = wd10, datawtg = wtgData, ane = c("ane10", "ane18"), model = c("E33", "E48"), dist = "weibull")