Electrical systems are constantly transforming to achieve global decarbonization and
address the climate emergency. This process involves a substantial modernization of the …

The increase of renewable energy sources (RESs), especially wind power and photovoltaic,
is bringing different fault features to the power system compared with the traditional …

As the penetration level of the inverter interfaced distributed generators (IIDGs) increases, it
is necessary to consider the effect of the IIDG connection on fault analysis in distribution …

All over the world, the Distributed Generations (DGs) integration to power system has
increased in the recent years due to economic, environmental and technical advantages …

In short-circuit studies, load makes difficult to determine fault current that flows in positive-,
negative-, and zero-sequence networks. Therefore, it is often ignored because the …

When inverter‐based distributed generation (IBDG) sources with output current limited by an
internal current loop control or other control logic are connected to power system networks …

Deployment of high renewable energy based penetration in a distribution network increases
the fault current levels and therefore it becomes imperative to review the protective device …

Since high-capacity distributed energy resources (DERs) are connected to the electric
power grid, their short-circuit current (SCC) contribution should not be neglected. That is, the …

The most short-circuit studies ignore load current since the magnitude of fault current is
extremely greater than that of load current. However, as variable and intermittently …

This paper analyzes positive and negative impacts of the integration of distributed
generation (DG) in unbalanced multi-phase distribution networks. Several aspects, for …