Simulations based evaluation of the ELECTRA WoC solutions for voltage and balance control - Stand-alone Use Case simulation results

Authors :: Evenblij , Berend
Heussen, Kai
Hu, Junjie
Rezkalla, Michel Maher Naguib
Marinelli, Mattia
Hänninen, Seppo
Pasonen, Riku
Merino-Fernández, Julia
Rodriguez Seco, Emilio
Rikos, Evangelos
Kosmecki, Michael
Guillo Sansano, Efren
Syed, Mazheruddin H.
Johnstone , Kevin
Evenblij , Berend
Heussen, Kai
Hu, Junjie
Rezkalla, Michel Maher Naguib
Marinelli, Mattia
Hänninen, Seppo
Pasonen, Riku
Merino-Fernández, Julia
Rodriguez Seco, Emilio
Rikos, Evangelos
Kosmecki, Michael
Guillo Sansano, Efren
Syed, Mazheruddin H.
Johnstone , Kevin
Source :: Evenblij , B , Heussen , K , Hu , J , Rezkalla , M M N , Marinelli , M , Hänninen , S , Pasonen , R , Merino-Fernández , J , Rodriguez Seco , E , Rikos , E , Kosmecki , M , Guillo Sansano , E , Syed , M H & Johnstone , K 2018 , Simulations based evaluation of the ELECTRA WoC solutions for voltage and balance control - Stand-alone Use Case simulation results . ELECTRA Consortium .
Publication Year :: 2018
Abstract: Within IRP ELECTRA six control schemes were developed to control power system voltage and balancing (frequency) in the Web-of-Cells architecture. This document summarizes and presents simulations proving that the Web-of-Cells can be controlled in a stable way by each of these six control schemes in stand-alone mode.

Database :: OAIster
Journal :: Evenblij , B , Heussen , K , Hu , J , Rezkalla , M M N , Marinelli , M , Hänninen , S , Pasonen , R , Merino-Fernández , J , Rodriguez Seco , E , Rikos , E , Kosmecki , M , Guillo Sansano , E , Syed , M H & Johnstone , K 2018 , Simulations based evaluation of the ELECTRA WoC solutions for voltage and balance control - Stand-alone Use Case simulation results . ELECTRA Consortium .
Notes :: application/pdf, English
Publication Type :: Electronic Resource
Accession number :: edsoai.on1046452455
Document Type :: Electronic Resource

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