Impact of MV network reconfiguration with distributed generation on voltage values
Wpływ rekonfiguracji sieci SN z generacją rozproszoną na wartości napięcia
Jakub Kaak, Zbigniew Kłosowski
Streszczenie
Striving for the so-called climate neutrality, i.e. the reduction of carbon dioxide emissions resulting, inter alia,
from the production of electricity, is now a great opportunity for the development of widely understood sources of
distributed generation, such as wind farms or photovoltaic farms. These sources, however, are characterized by high
variability and a work profile that is difficult to predict, which may adversely affect the power grid to which they are
connected. The purpose of the research described in this article is to assess the impact of the reconfiguration of the MV
network with distributed generation on the voltage values in its nodes. The article describes the course of research and the
results of simulation tests for the real existing 15 kV distribution grid with different variants of generation units and loads.
from the production of electricity, is now a great opportunity for the development of widely understood sources of
distributed generation, such as wind farms or photovoltaic farms. These sources, however, are characterized by high
variability and a work profile that is difficult to predict, which may adversely affect the power grid to which they are
connected. The purpose of the research described in this article is to assess the impact of the reconfiguration of the MV
network with distributed generation on the voltage values in its nodes. The article describes the course of research and the
results of simulation tests for the real existing 15 kV distribution grid with different variants of generation units and loads.