Abstract
The aim was to discover a suitable model for the prognosis of the power output of wind turbine arrays. Models should show the output over a chosen period of time, a linear transferable function model for output with wind velocity as the variable, a combination of the time period model for the wind velocity and the output curve, and a combination of wind velocity prognoses from VTC-Karup and output curve. The first three models are different from the fourth as they are based on the actual development of output and/or wind velocity whereas the fourth model is based on professional meteorologists` prognosis of the wind speeds. A number of output curve models are discussed in detail in order to determine which is the most satisfactory. (AB).
Citation Formats
Hoeg, E, and Jensen, H H.
Analyse of measurements on wind turbine arrays. Vol. 2. Models for prognosis of output from wind turbine arrays; Analyse af maalinger paa vindmoelleparker. Bind 2. Prognosemodeller for vindmoelleparkers effekt.
Denmark: N. p.,
1990.
Web.
Hoeg, E, & Jensen, H H.
Analyse of measurements on wind turbine arrays. Vol. 2. Models for prognosis of output from wind turbine arrays; Analyse af maalinger paa vindmoelleparker. Bind 2. Prognosemodeller for vindmoelleparkers effekt.
Denmark.
Hoeg, E, and Jensen, H H.
1990.
"Analyse of measurements on wind turbine arrays. Vol. 2. Models for prognosis of output from wind turbine arrays; Analyse af maalinger paa vindmoelleparker. Bind 2. Prognosemodeller for vindmoelleparkers effekt."
Denmark.
@misc{etde_10133736,
title = {Analyse of measurements on wind turbine arrays. Vol. 2. Models for prognosis of output from wind turbine arrays; Analyse af maalinger paa vindmoelleparker. Bind 2. Prognosemodeller for vindmoelleparkers effekt}
author = {Hoeg, E, and Jensen, H H}
abstractNote = {The aim was to discover a suitable model for the prognosis of the power output of wind turbine arrays. Models should show the output over a chosen period of time, a linear transferable function model for output with wind velocity as the variable, a combination of the time period model for the wind velocity and the output curve, and a combination of wind velocity prognoses from VTC-Karup and output curve. The first three models are different from the fourth as they are based on the actual development of output and/or wind velocity whereas the fourth model is based on professional meteorologists` prognosis of the wind speeds. A number of output curve models are discussed in detail in order to determine which is the most satisfactory. (AB).}
place = {Denmark}
year = {1990}
month = {Dec}
}
title = {Analyse of measurements on wind turbine arrays. Vol. 2. Models for prognosis of output from wind turbine arrays; Analyse af maalinger paa vindmoelleparker. Bind 2. Prognosemodeller for vindmoelleparkers effekt}
author = {Hoeg, E, and Jensen, H H}
abstractNote = {The aim was to discover a suitable model for the prognosis of the power output of wind turbine arrays. Models should show the output over a chosen period of time, a linear transferable function model for output with wind velocity as the variable, a combination of the time period model for the wind velocity and the output curve, and a combination of wind velocity prognoses from VTC-Karup and output curve. The first three models are different from the fourth as they are based on the actual development of output and/or wind velocity whereas the fourth model is based on professional meteorologists` prognosis of the wind speeds. A number of output curve models are discussed in detail in order to determine which is the most satisfactory. (AB).}
place = {Denmark}
year = {1990}
month = {Dec}
}