Proposed digital differential protective algorithm for synchronous generators using tacs models of ATP program /
Mahmoud Ahmed Fouad
Proposed digital differential protective algorithm for synchronous generators using tacs models of ATP program / ATP الخاصة ببرنامج TACS models نظام حماية تفاضلية رقمى مقترح لحماية المولدات المتزامنة بإستخدام نماذج تحليل الأعطال اللحظيه لأنظمة التحكم Mahmoud Ahmed Fouad ; Supervised Ahdab Mohammed Kamel Elmorshedy , Mohamed Salah Elsobki - Cairo : Mahmoud Ahmed Fouad , 2015 - 137 P. ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
In this thesis, the Alternative transient Program (ATP) is used for analyzing the stator winding internal faults such as phase - to - ground, phase - to - phase, two phase - to - ground and the three phase faults. A model for the stator windings is developed using the ATP draw program which is one of the ATP program tools. In this model all previously mentioned faults have been simulated when generator neutral point is solidly grounded or grounded through a low resistance. Consequently, a proposed differential protective algorithm is developed using TACS models of ATP program to protect the generator stator windings against the previously mentioned faults. Finally, the proposed differential protection algorithm is tested in case of stator windings internal and external faults
ATP program Differential protection Synchronous generator
Proposed digital differential protective algorithm for synchronous generators using tacs models of ATP program / ATP الخاصة ببرنامج TACS models نظام حماية تفاضلية رقمى مقترح لحماية المولدات المتزامنة بإستخدام نماذج تحليل الأعطال اللحظيه لأنظمة التحكم Mahmoud Ahmed Fouad ; Supervised Ahdab Mohammed Kamel Elmorshedy , Mohamed Salah Elsobki - Cairo : Mahmoud Ahmed Fouad , 2015 - 137 P. ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
In this thesis, the Alternative transient Program (ATP) is used for analyzing the stator winding internal faults such as phase - to - ground, phase - to - phase, two phase - to - ground and the three phase faults. A model for the stator windings is developed using the ATP draw program which is one of the ATP program tools. In this model all previously mentioned faults have been simulated when generator neutral point is solidly grounded or grounded through a low resistance. Consequently, a proposed differential protective algorithm is developed using TACS models of ATP program to protect the generator stator windings against the previously mentioned faults. Finally, the proposed differential protection algorithm is tested in case of stator windings internal and external faults
ATP program Differential protection Synchronous generator