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- Resumen es exacto "The thesis work proposes a methodology to determine the technically and economically adapted low voltage (LV) electrical distribution network, in a random scenario of incorporating photovoltaic distributed generation (PVDG). A network is adapted when it is designed minimizing total costs (fixed and variable) and optimizing equipment to adequately meet demand (both current demand and its expected growth). The proposed method, based on common practice, incorporates the concept of Hosting Capacity (HC) or Statistical Capacity Factor (FCE). Typical LV networks of the metropolitan area of Buenos Aires (AMBA) are taken as the object of study. The networks are resolved by means of a statistical power flow, taking residential demand, PVDG penetration and the power and location of the photovoltaic generators within the network as random variables. Through this methodology, the statistical capacity factor (FCE) is obtained, which is used to carry out the technical-economic study of the network. Finally, the adapted network is obtained for each level of PVDG penetration. In this study, it is the user who decides to install generation power at any point in the network (less than or equal to their contracted power), regardless of whether or not this is optimal for the network. This implies the exclusion of the cost of the generators in the calculation of the network, as it is considered an exogenous factor to the planning of the network. This is a look from the perspective of the energy distribution company, which must establish in advance the technically and economically adapted network for each possible state of PVDG penetration."
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