Abstract
Two distinct approaches for the coordinated setting of multimachine power system controllers are presented. The first strategy is based on the re-allocation of the poles related to the electromechanical modes of the system through decentralized control. The second method is a coordinated global procedure based on structurally constrained optimal control. Both approaches considered power system stabilizers and supplementary signals for static var compensators as the controllers to be adjusted. Other types of controllers, such as FACTS devices, can also be tuned by using the proposed techniques. A 13-machine, 77-bus power system which is based on the Brazilian South-Southeast interconnected network is employed to assess the performance of the proposed methods. (author) 14 refs., 1 fig., 7 tabs.
Simoes Costa, A J.A.;
Silva, A S;
Freitas, F D
[1]
- Santa Catarina Univ., Florianopolis, SC (Brazil). Dept. de Engenharia Eletrica
Citation Formats
Simoes Costa, A J.A., Silva, A S, and Freitas, F D.
Coordinated setting of stabilizers for synchronous generators and static var compensators in multimachine systems.
Brazil: N. p.,
1994.
Web.
Simoes Costa, A J.A., Silva, A S, & Freitas, F D.
Coordinated setting of stabilizers for synchronous generators and static var compensators in multimachine systems.
Brazil.
Simoes Costa, A J.A., Silva, A S, and Freitas, F D.
1994.
"Coordinated setting of stabilizers for synchronous generators and static var compensators in multimachine systems."
Brazil.
@misc{etde_659460,
title = {Coordinated setting of stabilizers for synchronous generators and static var compensators in multimachine systems}
author = {Simoes Costa, A J.A., Silva, A S, and Freitas, F D}
abstractNote = {Two distinct approaches for the coordinated setting of multimachine power system controllers are presented. The first strategy is based on the re-allocation of the poles related to the electromechanical modes of the system through decentralized control. The second method is a coordinated global procedure based on structurally constrained optimal control. Both approaches considered power system stabilizers and supplementary signals for static var compensators as the controllers to be adjusted. Other types of controllers, such as FACTS devices, can also be tuned by using the proposed techniques. A 13-machine, 77-bus power system which is based on the Brazilian South-Southeast interconnected network is employed to assess the performance of the proposed methods. (author) 14 refs., 1 fig., 7 tabs.}
place = {Brazil}
year = {1994}
month = {Dec}
}
title = {Coordinated setting of stabilizers for synchronous generators and static var compensators in multimachine systems}
author = {Simoes Costa, A J.A., Silva, A S, and Freitas, F D}
abstractNote = {Two distinct approaches for the coordinated setting of multimachine power system controllers are presented. The first strategy is based on the re-allocation of the poles related to the electromechanical modes of the system through decentralized control. The second method is a coordinated global procedure based on structurally constrained optimal control. Both approaches considered power system stabilizers and supplementary signals for static var compensators as the controllers to be adjusted. Other types of controllers, such as FACTS devices, can also be tuned by using the proposed techniques. A 13-machine, 77-bus power system which is based on the Brazilian South-Southeast interconnected network is employed to assess the performance of the proposed methods. (author) 14 refs., 1 fig., 7 tabs.}
place = {Brazil}
year = {1994}
month = {Dec}
}