This study presents a new method for tracing voltage power curves in unbalanced radial
distribution power systems. The proposed method starts with the base case loading …

Reducing power outage time to each customer is essential to the overall distribution
reliability. This book provides the fundamentals of emergency operation using a graph …

Photovoltaic (PV) power is a promising source of renewable energy, which is expected to
provide a significant share of electrical energy in the near future. However, a stable voltage …

This paper presents detailed analyses of unbalanced distribution systems with special
attention to the multiple load-flow solutions in the presence of neutral conductors and neutral …

The paper presents an unbalanced three‐phase power‐flow model for wind turbine
generating systems (WTGSs). The model takes into account voltage unbalance factor which …

This paper presents a new method for tracing PV curves in radial distribution power systems.
The proposed method starts at no-load and leading to the maximum loading point whereas …

Due to the increasing popularity of renewable energies, a significant share of the power
generation in future microgrids is expected to originate from converter-interfaced Distributed …

Photovoltaics energy systems are usually connected near load centers and have significant
impacts on steady state voltages of distribution systems. The photovoltaics modules are …

This paper presents an efficient approach for develo** three-phase transformer
admittance matrices in the radial power-flow analysis. The proposed transformer model …

This paper studies the impact of large-scale PV generation, up to 50% penetration level, on
distribution system voltage regulation and voltage stability. The system voltage profiles are …