Summary form only given. This paper presents Fault Induced Delayed Voltage Recovery (FIDVR) events captured in Southern California desert areas during the summer of 2012. Southern California Edison (SCE) installed 22 power quality recorders in SCE's Valley Subtransmission network. These devices recorded both sinusoidal and rms data from events triggered by voltage excursions. The purpose of this project is to acquire FIDVR data to validate WECC's composite load model. This data will support the load composition analysis in the WECC composite load model as well. The sinusoidal data can be used to validate transient models of stalling residential air conditioners. This effort is part of an integrated program of FIDVR research sponsored by the U.S. Department of Energy to promote national awareness, improve understanding of potential grid impacts, and identify appropriate steps to ensure reliability of the power system. The key results presented are associated with the stalling behavior of the air conditioner units in SCE's Valley substation region.
BT - Proceedings of the IEEE PES General Meeting CY - Vancouver, BC, Canada DA - 07/2013 DO - 10.1109/PESMG.2013.6672985 N2 -Summary form only given. This paper presents Fault Induced Delayed Voltage Recovery (FIDVR) events captured in Southern California desert areas during the summer of 2012. Southern California Edison (SCE) installed 22 power quality recorders in SCE's Valley Subtransmission network. These devices recorded both sinusoidal and rms data from events triggered by voltage excursions. The purpose of this project is to acquire FIDVR data to validate WECC's composite load model. This data will support the load composition analysis in the WECC composite load model as well. The sinusoidal data can be used to validate transient models of stalling residential air conditioners. This effort is part of an integrated program of FIDVR research sponsored by the U.S. Department of Energy to promote national awareness, improve understanding of potential grid impacts, and identify appropriate steps to ensure reliability of the power system. The key results presented are associated with the stalling behavior of the air conditioner units in SCE's Valley substation region.
PB - IEEE PP - Vancouver, BC, Canada PY - 2013 T2 - Proceedings of the IEEE PES General Meeting T3 - IEEE PES General Meeting TI - FIDVR Events Analysis, Part I ER -