This paper presents an improved load flow technique for a modern distribution system. The
proposed load flow technique is derived from the concept of the conventional …

In this study, a dc system was added to the IEEE 33-bus radial distribution system (RDS) test
system using voltage-source converters (VSCs), and a hybrid ac/dc system was designed …

Aging failure modeling is a fundamental requirement in reliability assessment of any actual
power system. The level of model detail can potentially reflect realistic means of reliability …

Aging failure modeling is a fundamental requirement in reliability assessment of any actual
power system. The level of model detail can potentially reflect realistic means of reliability …

High penetration of renewable energy sources and energy storage systems has
considerably increased the flexibility in power distribution networks operation. However …

The use of renewable energy sources (RESs) can ensure both lower cost of energy and
improvement in voltage levels in the grid. Likewise, batteries can help achieve technical …

This paper aims to provide an improved load flow formulation for solving load flow problem
in radial distribution networks. The improved algorithm is formulated from the basic Kirchoff's …

A statistical investigation of real power loss in radial distribution system (RDS) incorporating
distributed generation (DG) is presented. Statistical parameters for real power loss is …

In backward forward sweep algorithm, even though forward sweep (FW) to compute bus
voltages, backward sweep (BW) is to compute branch currents, junction bus voltage …

The paper presents a novel power flow study method for radial distribution systems. The
method accurately develops the load current at load buses as a linear function of the load …