PROJECT TITLE :
Simultaneous Allocation of Charging Stations and Capacitors in Distribution Networks Improving Voltage and Power Loss
One of the prominent considerations of big cities is greenhouse gas emission thanks to internal combustion engines of fossil fuel vehicles. Facilitating international deployment by electrical vehicles is taken into account as a promising pathway to greenhouse gas reduction and energy security. So as to supply the vehicles, charging stations (CS) are necessitated as inevitable necessities. Inappropriate place and size of CS cause some new technical challenges, like voltage deviation and an increase in power loss. This paper presents optimal coming up with of CS in presence of capacitors (CAP) to maintain voltage and improve power loss in electrical distribution networks. Simulation is dispensed on a 34-bus radial distribution network. A genetic algorithm is utilized to unravel the optimization problem. Results demonstrate the result of optimal designing of CS and CAP on power loss and voltage profile in electrical distribution networks.
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