In this work, an altered version of the Non-Synthetic European Low Voltage Test System, from Koirala et al.) is built. Distributed PV generation and PEV representative loads are implemented and simulated in a daily time series power flow analysis for different penetration levels.The results obtained from the stress test comply with the assertions of prior studies, with some exceptions. To accommodate a high PV penetration, the implementation of coordinated control in the grid is mandatory.

Impact analysis of Photovoltaic Distributed Generation and Plug-In Electric Vehicles in a LV distribution network through the evaluation and application of the Non-Synthetic European LV Test System

Bertoncin, Marco
2021/2022

Abstract

In this work, an altered version of the Non-Synthetic European Low Voltage Test System, from Koirala et al.) is built. Distributed PV generation and PEV representative loads are implemented and simulated in a daily time series power flow analysis for different penetration levels.The results obtained from the stress test comply with the assertions of prior studies, with some exceptions. To accommodate a high PV penetration, the implementation of coordinated control in the grid is mandatory.
2021-04-27
photovoltaic, electric vehicle, test model, real data, power flow
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/21056