Placement of optimally sized distributed generator (DG) units at optimal locations in the
radial distribution networks can play a major role in improving the system performance. The …

Renewable energy-based distributed generators (DGs) are gaining more penetration in
modern grids to meet the growing demand for electrical energy. The anticipated techno …

Competition on distributed generation (DG) investments among multiple stakeholders in a
distribution system results in incompleteness of market information, in which each …

Distributed generation expansion planning (DGEP) is one of the most important types of
planning in power distribution networks. Most of the previous studies associated with the …

With increasing annual energy demand and significant growth in the use of distributed
generation (DG), distribution companies are exploring ways to improve the technical …

In this study, a hybrid approach based on fuzzy logic and rooted tree optimization (RTO)
algorithm is proposed for the strategic incorporation of distributed generation (DG) and …

Voltage dip is a serious and effective disturbance for many industrial customers. This
phenomenon competes with long interruption causing the largest annual economic loss …

During the recent years, a large number of distributed generation (DG) units have been used
to generate some of the energy needed by consumers. In the present study, DG planning …

In the circumstances of rapid load growth, the Distribution Company must undertake an
appropriate strategy for distribution network planning so that customers can be supplied with …

Ali Zangeneh, Ph.D Page 1 Journal Papers: 1. Ali Zangeneh, Shahram Jadid, Ashkan
Rahimi-Kian, Normal boundary intersection and benefit–cost ratio for distributed generation …