Optimal Sizing of Electrical Distribution Networks considering Scalable Demand and Voltage

This work presents a model of optimal sizing of electrical distribution networks that uses real scenarios, georeferenced and contrasted by simulation processes that analyze the deployment and variables within the planning of electrical networks, considering a scalable demand of users and the voltage levels of the electrical distribution network. The work exposes within the dimensioning of the radial electrical network the possible conditions to avoid a load imbalance and in this way to prevent a system failure.