The ongoing development of renewable energy and microgrid technologies has gradually
transformed the conventional energy infrastructure and upgraded it into a modernized …

Nowadays, microgrids are more likely to operate in an isolated state, and it is of outmost
importance to consider various security issues in the management of such systems. This …

Optimal distribution system reconfiguration (DSR) and distribution generation (DG)
allocation are viable solutions for improvement of technical and economic aspects of …

This paper proposes a technique for the probabilistic wind power forecasting (WPF) of a
newly built wind farm (NWF) using a limited amount of historical data. First, the state-of-the …

Reduced rotational inertia in power grids due to increasing penetration levels of distributed
generations (DGs) may lead to degraded performance of the traditional frequency control …

This study proposes a two‐stage stochastic optimisation model for jointly wind turbine (WT)
allocation and network reconfiguration (NR) so as to increase the resiliency of distribution …

As the electric network progressively shifts away from fossil fuel-fired generators to inverter-
based generators, including most renewable energy sources (RESs), considering the …

The integration of the distributed generations with the distribution systems provides several
advantages to the utility and customers, such as enhancing the stability and voltage profile …

Microgrids are increasingly affected by volatile wind energy due to the high penetration of
this kind of renewable energy sources. This study investigates the impact of wind energy …

Voltage instability is one of the main problems of power systems operation. Hence, voltage
stability margin is kept within a sufficient range by several costly procedures such as load …