Design and model: Intelligent solid-state current limiter to prevent sympathetic tripping problem on power and energy applications

This paper analyzes the Sympathetic Tripping Problem and proposes and tests a solution to it. To do so, it considers a case study, develops a model to explain this case study, and uses this model to test X. The results reveal that transferring power near the system voltage stability limit is a major cause of the Sympathetic Tripping Problem. Limiting fault current and using synchronous condensers for reactive power support were shown to solve the Sympathetic Tripping Problem.

Author dc:creator

• Agili, Boker

Contributors dc:contributor

• He, Miao
• Nutter , Brian
• Bayne, Stephen B.
• Giesselmann, Michael

• Sympathetic tripping
• Voltage dip
• Air conditioner stalling
• Fault current limiting

Statement dc:rights

• Restricted until 2021-09.

Language dc:language

eng

Handle dc:identifier.uri

https://hdl.handle.net/2346/85967

OAI identifier oai:identifier

oai:tdl-ir.tdl.org:2346/85967