Abstract
The overall dynamic behaviour and hence performance of a wind turbine is due to a combination of the structural dynamics, the drive-train and generator dynamics and when the turbine is pitch regulated, the control system dynamics. Designing a well-behaved wind turbine requires that the drive-train is designed to complement in some sense the other wind turbine dynamics. The need for such an optimised drive-train is enhanced by the trend towards lighter, more flexible wind turbines and towards larger wind turbines with generators of lower slip. This report aims to clarify the drive-train design goals and to determine the specification and dynamic characteristics of a well designed drive-train. (author)
Citation Formats
Leithead, W E, Rogers, M C.M., and Agius, P R.D.
Clarification of drive-train design goals.
United Kingdom: N. p.,
1993.
Web.
Leithead, W E, Rogers, M C.M., & Agius, P R.D.
Clarification of drive-train design goals.
United Kingdom.
Leithead, W E, Rogers, M C.M., and Agius, P R.D.
1993.
"Clarification of drive-train design goals."
United Kingdom.
@misc{etde_10111882,
title = {Clarification of drive-train design goals}
author = {Leithead, W E, Rogers, M C.M., and Agius, P R.D.}
abstractNote = {The overall dynamic behaviour and hence performance of a wind turbine is due to a combination of the structural dynamics, the drive-train and generator dynamics and when the turbine is pitch regulated, the control system dynamics. Designing a well-behaved wind turbine requires that the drive-train is designed to complement in some sense the other wind turbine dynamics. The need for such an optimised drive-train is enhanced by the trend towards lighter, more flexible wind turbines and towards larger wind turbines with generators of lower slip. This report aims to clarify the drive-train design goals and to determine the specification and dynamic characteristics of a well designed drive-train. (author)}
place = {United Kingdom}
year = {1993}
month = {Dec}
}
title = {Clarification of drive-train design goals}
author = {Leithead, W E, Rogers, M C.M., and Agius, P R.D.}
abstractNote = {The overall dynamic behaviour and hence performance of a wind turbine is due to a combination of the structural dynamics, the drive-train and generator dynamics and when the turbine is pitch regulated, the control system dynamics. Designing a well-behaved wind turbine requires that the drive-train is designed to complement in some sense the other wind turbine dynamics. The need for such an optimised drive-train is enhanced by the trend towards lighter, more flexible wind turbines and towards larger wind turbines with generators of lower slip. This report aims to clarify the drive-train design goals and to determine the specification and dynamic characteristics of a well designed drive-train. (author)}
place = {United Kingdom}
year = {1993}
month = {Dec}
}