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Hourly Impact Analysis of PV Systems and Electric Vehicles in a distribution network from deterministic and probabilistic approaches
Palabras clave:
Deterministic, Electric vehicle, Network, Probabilistic, PV System (en)Descargas
The distributed energy resources (DER) are principal actors of the global energy transition. Particularly, photovoltaic (PV) systems and electric vehicle integration can affect electrical networks operation. For this reason, DER penetration impacts in distribution networks must be studied. Nevertheless, most studies analyze the behavior only resource integration at specific times through the only approach. This document compares deterministic and probabilistic results to PV systems and electric vehicles in the IEEE 13 nodes test feeder (three-phase and unbalanced system). An integration scenario is proposed, and each resource is modeled like load profiles and probability distribution functions in PowerFactory software. Three indicators are used to analyze RMS value and unbalance voltage, and total active power losses. Moreover, some errors between the two analyses are calculated. Results indicate that most affections in the parameters occur in hours with high power penetration of PV systems. Regarding a case without integration, that affectation is more representative in Phase C voltage which is the most loaded. In addition, the higher error between the two kinds of analyses exceeds 30% in hour 16 in unbalance parameter.
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Derechos de autor 2023 Simposio Internacional sobre la Calidad de la Energía Eléctrica - SICEL
Esta obra está bajo una licencia internacional Creative Commons Atribución 4.0.
