Multi objective optimization for distributed generation allocation in distribution systems /
Mena Ragy Amen Girgis
Multi objective optimization for distributed generation allocation in distribution systems / ايجاد الحلول المثلى لتحقيق عدة اهداف لوضع المولدات الموزعة فى نظم التوزيع Mena Ragy Amen Girgis ; Supervised Zeinab H. M. Osman - Cairo : Mena Ragy Amen Girgis , 2015 - 131 P. : charts . maps ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
The main contributions of this thesis are using multi objective function to formulate DG allocation problem in Distribution System and considering economical aspects. This thesis presents a model which differentiates between different technologies of DG applications. The objectives are minimization of capital and operation cost of DG units; minimization of system peak loss; and minimization of voltage deviations with respect to nominal bus voltage. The proposed methodology can determine the optimal solution in case of only one objective function, as well as give a compromise solution according to the considered objectives. The proposed algorithm has been applied on IEEE 69- bus system. A comparative results of the given in literature studies of 69 standard distribution system demonstrate the superiority of the developed model
DG Cost Distributed Generation (DG) Multi objective optimization
Multi objective optimization for distributed generation allocation in distribution systems / ايجاد الحلول المثلى لتحقيق عدة اهداف لوضع المولدات الموزعة فى نظم التوزيع Mena Ragy Amen Girgis ; Supervised Zeinab H. M. Osman - Cairo : Mena Ragy Amen Girgis , 2015 - 131 P. : charts . maps ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
The main contributions of this thesis are using multi objective function to formulate DG allocation problem in Distribution System and considering economical aspects. This thesis presents a model which differentiates between different technologies of DG applications. The objectives are minimization of capital and operation cost of DG units; minimization of system peak loss; and minimization of voltage deviations with respect to nominal bus voltage. The proposed methodology can determine the optimal solution in case of only one objective function, as well as give a compromise solution according to the considered objectives. The proposed algorithm has been applied on IEEE 69- bus system. A comparative results of the given in literature studies of 69 standard distribution system demonstrate the superiority of the developed model
DG Cost Distributed Generation (DG) Multi objective optimization