Optimization of real power loss and voltage stability index of distribution systems with distributed generation /
Mahmoud Elsaid Mohamed Dawod
Optimization of real power loss and voltage stability index of distribution systems with distributed generation / الحلول المثلى للفقد الكهربى و معامل اتزان الجهد فى نظم التوزيع المحتوية على التوليد الموزع Mahmoud Elsaid Mohamed Dawod ; Supervised Zeinab H. M. Osman , Moustafa Ahmed Elshahed - Cairo : Mahmoud Elsaid Mohamed Dawod , 2017 - 92 P. : charts ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
The main goal of this thesis is determination of the best location and size of distributed generation unit that improves voltage stability index and reduces the distribution system losses. A methodology has been developed to realize this goal. The multi objective optimization subjected to a set of constraints and using genetic algorithm has been utilized. For verification of this methodology, it has been applied on standard test systems, namely IEEE 33-bus system and IEEE 69-bus system. The deduced results are compared with that given in the literature
Distributed generation (DG) Multi objective optimization Voltage stability index
Optimization of real power loss and voltage stability index of distribution systems with distributed generation / الحلول المثلى للفقد الكهربى و معامل اتزان الجهد فى نظم التوزيع المحتوية على التوليد الموزع Mahmoud Elsaid Mohamed Dawod ; Supervised Zeinab H. M. Osman , Moustafa Ahmed Elshahed - Cairo : Mahmoud Elsaid Mohamed Dawod , 2017 - 92 P. : charts ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
The main goal of this thesis is determination of the best location and size of distributed generation unit that improves voltage stability index and reduces the distribution system losses. A methodology has been developed to realize this goal. The multi objective optimization subjected to a set of constraints and using genetic algorithm has been utilized. For verification of this methodology, it has been applied on standard test systems, namely IEEE 33-bus system and IEEE 69-bus system. The deduced results are compared with that given in the literature
Distributed generation (DG) Multi objective optimization Voltage stability index