Application of GTO-Based SVCs for Improved Use of The Rejsby
                Hede Windfarm

K. Bergmann; K Renz; F. Schettler; R. Stöber; H. Tyll; M. Weinhold; K. H. Søbrink; N. Jenkins; Jørgen Kaas Pedersen

Application of GTO-Based SVCs for Improved Use of The Rejsby Hede Windfarm

K. Bergmann, K Renz, F. Schettler, R. Stöber, H. Tyll, M. Weinhold, K. H. Søbrink, N. Jenkins, Jørgen Kaas Pedersen

Research output: Chapter in Book/Report/Conference proceeding › Article in proceedings › Research › peer-review

Abstract

Generation of electricity from wind energy is emerging as one of the leading renewable technologies. Electrical energy may be generated over a wide range of operating conditions, particularly if far more than one wind turbine is connected to the network. Low electrical energy production in one part of the wind farm may occur with high production in another part together with highly variable reactive power consumption from the system. A GTO-based Static Var Compensator (GTO-SVC), often called STATCOM, is used in the wind farm Rejsby Hede in Denmark for dymanicc reactive power compensation and voltage limitation in the case of islanding. The paper describes the various steps for implementation of the scheme, gives an overview of the main components of the GTO_SVC and proposes TNA tests which are planned prior to the installation in 1997.

Original language	English
Title of host publication	Application of GTO-Based SVCs for Improved Use of The Rejsby Hede Windfarm
Publication date	1996
Publication status	Published - 1996
Event	Ninth National Power Systems Conference - Kanpur, India Duration: 1 Jan 1996 → …

Conference

Conference	Ninth National Power Systems Conference
City	Kanpur, India
Period	01/01/1996 → …

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Cite this

@inproceedings{5d5017a9eaa24a7db7cd26e3049b63d1,

title = "Application of GTO-Based SVCs for Improved Use of The Rejsby Hede Windfarm",

abstract = "Generation of electricity from wind energy is emerging as one of the leading renewable technologies. Electrical energy may be generated over a wide range of operating conditions, particularly if far more than one wind turbine is connected to the network. Low electrical energy production in one part of the wind farm may occur with high production in another part together with highly variable reactive power consumption from the system. A GTO-based Static Var Compensator (GTO-SVC), often called STATCOM, is used in the wind farm Rejsby Hede in Denmark for dymanicc reactive power compensation and voltage limitation in the case of islanding. The paper describes the various steps for implementation of the scheme, gives an overview of the main components of the GTO_SVC and proposes TNA tests which are planned prior to the installation in 1997.",

author = "K. Bergmann and K Renz and F. Schettler and R. St{\"o}ber and H. Tyll and M. Weinhold and S{\o}brink, {K. H.} and N. Jenkins and Pedersen, {J{\o}rgen Kaas}",

year = "1996",

language = "English",

booktitle = "Application of GTO-Based SVCs for Improved Use of The Rejsby Hede Windfarm",

note = "Ninth National Power Systems Conference ; Conference date: 01-01-1996",

}

Bergmann, K, Renz, K, Schettler, F, Stöber, R, Tyll, H, Weinhold, M, Søbrink, KH, Jenkins, N & Pedersen, JK 1996, Application of GTO-Based SVCs for Improved Use of The Rejsby Hede Windfarm. in Application of GTO-Based SVCs for Improved Use of The Rejsby Hede Windfarm. Ninth National Power Systems Conference, Kanpur, India, 01/01/1996.

TY - GEN

T1 - Application of GTO-Based SVCs for Improved Use of The Rejsby Hede Windfarm

AU - Bergmann, K.

AU - Renz, K

AU - Schettler, F.

AU - Stöber, R.

AU - Tyll, H.

AU - Weinhold, M.

AU - Søbrink, K. H.

AU - Jenkins, N.

AU - Pedersen, Jørgen Kaas

PY - 1996

Y1 - 1996

N2 - Generation of electricity from wind energy is emerging as one of the leading renewable technologies. Electrical energy may be generated over a wide range of operating conditions, particularly if far more than one wind turbine is connected to the network. Low electrical energy production in one part of the wind farm may occur with high production in another part together with highly variable reactive power consumption from the system. A GTO-based Static Var Compensator (GTO-SVC), often called STATCOM, is used in the wind farm Rejsby Hede in Denmark for dymanicc reactive power compensation and voltage limitation in the case of islanding. The paper describes the various steps for implementation of the scheme, gives an overview of the main components of the GTO_SVC and proposes TNA tests which are planned prior to the installation in 1997.

AB - Generation of electricity from wind energy is emerging as one of the leading renewable technologies. Electrical energy may be generated over a wide range of operating conditions, particularly if far more than one wind turbine is connected to the network. Low electrical energy production in one part of the wind farm may occur with high production in another part together with highly variable reactive power consumption from the system. A GTO-based Static Var Compensator (GTO-SVC), often called STATCOM, is used in the wind farm Rejsby Hede in Denmark for dymanicc reactive power compensation and voltage limitation in the case of islanding. The paper describes the various steps for implementation of the scheme, gives an overview of the main components of the GTO_SVC and proposes TNA tests which are planned prior to the installation in 1997.

M3 - Article in proceedings

BT - Application of GTO-Based SVCs for Improved Use of The Rejsby Hede Windfarm

T2 - Ninth National Power Systems Conference

Y2 - 1 January 1996

ER -