aep.int

wb.par

Lower and upper calculation limit (wind speed) as numeric vector.

Air desity the power curve is defined for.

rho.pc

avail

Internal function for <code>aep</code>

methods

internal

A collection of functions to analyse, visualize and interpret wind data
and to calculate the potential energy production of wind turbines.

Christian Graul

bReeze

Functions for Wind Resource Assessment

aep.int function

<dl> <dt>wb.par</dt>
<dd>Weibull parameters A and k.</dd> <dt>lim</dt>
<dd>Lower and upper calculation limit (wind speed) as numeric vector.</dd> <dt>pc</dt>
<dd>Power curve object</dd> <dt>rho.pc</dt>
<dd>Air desity the power curve is defined for.</dd> <dt>op</dt>
<dd>Operational hours</dd> <dt>rho</dt>
<dd>Air density</dd> <dt>avail</dt>
<dd>Availability of turbine</dd></dl>

Arguments

Author

Internal function for aep — aep.int

<dl>

 <dt>wb.par</dt>
<dd>Weibull parameters A and k.</dd>

 <dt>lim</dt>
<dd>Lower and upper calculation limit (wind speed) as numeric vector.</dd>

 <dt>pc</dt>
<dd>Power curve object</dd>

 <dt>rho.pc</dt>
<dd>Air desity the power curve is defined for.</dd>

 <dt>op</dt>
<dd>Operational hours</dd>

 <dt>rho</dt>
<dd>Air density</dd>

 <dt>avail</dt>
<dd>Availability of turbine</dd>

</dl>

aep.int: Internal function for aep

Description

Usage

Value

Arguments

Author

See Also