This study proposes multi-objective tuna swarm optimization through multi-objective
transformation, initialization improvement and population variation for active distribution …

With the large-scale integration of distributed renewable generation (DRG) and increasing
proportion of power electronic equipment, the traditional power distribution network (DN) is …

In recent years, the attention of researchers has been drawn to identifying and investigating
new optimal approaches for operation of the distribution networks (ODNs) and the role of …

Integrated control strategies with Network Reconfiguration (NR), Demand Response (DR),
and voltage control can reduce peak demand, energy loss, and system-wide unbalances in …

Change of the climate, environmental pollution and lack of classical energy sources forced
many countries to address renewables. In modern strategies of smart distribution network …

Power distribution systems face continuous challenges from increased demand and
lengthening of feeders, resulting in power loss augmentation and unacceptable voltage …

Obtaining accurate solutions in an acceptable computation time for the problem of
distribution systems reconfiguration is very important because the topology of real …

With the construction of the power Internet of Things (IoT), communication between smart
devices in urban distribution networks has been gradually moving towards high speed, high …

Power distribution systems (PDS) comprise essential electrical components and
infrastructure that facilitate the delivery of electrical energy from a power transmission …

With the ever-escalating scale of urban distribution networks (UDNs), the traditional model-
based reconfiguration methods are becoming inadequate for smart system control. On the …