Maximization of the capacity of dispatchable dg units to be installed on radial distribution system /
Taha Abdelhady Abdelbaseer Hussein
Maximization of the capacity of dispatchable dg units to be installed on radial distribution system / تحديد أقصى سعة لمحطات التوليد الموزعة التقليدية التى يمكن إنشاؤها على شبكات التوزيع الكهربية Taha Abdelhady Abdelbaseer Hussein ; Supervised Mahmoud A. M. Farrag - Cairo : Taha Abdelhady Abdelbaseer Hussein , 2015 - 137 P. : facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
The application of distributed generation resources has largely grown in the last two decades in order to feed steadily growing electrical demand on the distribution power network. The much technical and economical benefits that DG units can achieve using both conventional and renewable energy sources have encouraged most developed and developing countries to install many and many of these DG units on their electrical distribution networks. The installation of DG units on distribution networks can be made in an optimal manner where an objective function can be selected to be optimized, while satisfying the load flow equations governing these networks, as well as different technical constraints imposed on this network (bus voltages and feeders thermal limit constraints. In some cases, the selected objective function can include different electrical parameters through using weighting factors
Conventional units Distributed generation Radial feeder
Maximization of the capacity of dispatchable dg units to be installed on radial distribution system / تحديد أقصى سعة لمحطات التوليد الموزعة التقليدية التى يمكن إنشاؤها على شبكات التوزيع الكهربية Taha Abdelhady Abdelbaseer Hussein ; Supervised Mahmoud A. M. Farrag - Cairo : Taha Abdelhady Abdelbaseer Hussein , 2015 - 137 P. : facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
The application of distributed generation resources has largely grown in the last two decades in order to feed steadily growing electrical demand on the distribution power network. The much technical and economical benefits that DG units can achieve using both conventional and renewable energy sources have encouraged most developed and developing countries to install many and many of these DG units on their electrical distribution networks. The installation of DG units on distribution networks can be made in an optimal manner where an objective function can be selected to be optimized, while satisfying the load flow equations governing these networks, as well as different technical constraints imposed on this network (bus voltages and feeders thermal limit constraints. In some cases, the selected objective function can include different electrical parameters through using weighting factors
Conventional units Distributed generation Radial feeder