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Coordinated voltage control in electrical power systems

Mohammad Moradzadeh and René Boel UGent (2009) Interuniversity Attraction Pole IAP VI/4 DYSCO Study Day, Posters. p.33-33
abstract
Recent economical and ecological constraints and ever-increasing power consumption stresses the power system to operate closer and closer to its safety and stability limits. Under such a stressed condition, voltage instability results from the inability of reaching a sustainable operating point in a controllable way, following a major disturbance in the power system, so that the steady-state post-disturbance system bus voltages are no longer acceptable. On the other hand according to the literature many voltage collapse incidents have been caused due to uncoordinated interactions of local controllers following a major disturbance. There has been relatively little attention paid to devising a truly model-based a truly model-based coordinated voltage control of the local controllers. Therefore, this paper attempts to provide a hybrid modeling framework towards the ultimate goal of designing a well-performing system-wide feedback controller coordinating different actions taken by many different local controllers.
Please use this url to cite or link to this publication:
author
organization
year
type
conference
publication status
published
subject
keyword
distributed control, hybrid system, Voltage instability, LTC
in
Interuniversity Attraction Pole IAP VI/4 DYSCO Study Day, Posters
pages
33 - 33
conference name
Interuniversity Attraction Pole IAP VI/4-DYSCO Study Day
conference location
Leuven, Belgium
conference start
2009-11-27
conference end
2009-11-27
language
English
UGent publication?
yes
classification
C3
copyright statement
I have retained and own the full copyright for this publication
id
1062510
handle
http://hdl.handle.net/1854/LU-1062510
date created
2010-10-22 11:12:09
date last changed
2016-12-19 15:34:54
@inproceedings{1062510,
  abstract     = {Recent economical and ecological constraints and ever-increasing power consumption stresses the power system to operate closer and closer to its safety and stability limits. Under such a stressed condition, voltage instability results from the inability of reaching a sustainable operating point in a controllable way, following a major disturbance in the power system, so that the steady-state post-disturbance system bus voltages are no longer acceptable. On the other hand according to the literature many voltage collapse incidents have been caused due to uncoordinated interactions of local controllers following a major disturbance. There has been relatively little attention paid to devising a truly model-based a truly model-based coordinated voltage control of the local controllers. Therefore, this paper attempts to provide a hybrid modeling framework towards the ultimate goal of designing a well-performing system-wide feedback controller coordinating different actions taken by many different local controllers.},
  author       = {Moradzadeh, Mohammad and Boel, Ren{\'e}},
  booktitle    = {Interuniversity Attraction Pole IAP VI/4 DYSCO Study Day, Posters},
  keyword      = {distributed control,hybrid system,Voltage instability,LTC},
  language     = {eng},
  location     = {Leuven, Belgium},
  pages        = {33--33},
  title        = {Coordinated voltage control in electrical power systems},
  year         = {2009},
}

Chicago
Moradzadeh, Mohammad, and René Boel. 2009. “Coordinated Voltage Control in Electrical Power Systems.” In Interuniversity Attraction Pole IAP VI/4 DYSCO Study Day, Posters, 33–33.
APA
Moradzadeh, M., & Boel, R. (2009). Coordinated voltage control in electrical power systems. Interuniversity Attraction Pole IAP VI/4 DYSCO Study Day, Posters (pp. 33–33). Presented at the Interuniversity Attraction Pole IAP VI/4-DYSCO Study Day.
Vancouver
1.
Moradzadeh M, Boel R. Coordinated voltage control in electrical power systems. Interuniversity Attraction Pole IAP VI/4 DYSCO Study Day, Posters. 2009. p. 33–33.
MLA
Moradzadeh, Mohammad, and René Boel. “Coordinated Voltage Control in Electrical Power Systems.” Interuniversity Attraction Pole IAP VI/4 DYSCO Study Day, Posters. 2009. 33–33. Print.