Microgrids (MGs) have emerged throughout the world as the major means of integrating a
variety of distributed energy resource (DER) technologies into the distribution system. These …

The secure operation of a power system depends on the available security evaluation tools
and improvement techniques to tackle the disturbances or contingencies. The main …

A representative statistical analysis of the operational information of the reliability of tillage
units, which have operating devices with an oscillating motion, was carried out. The results …

Hybrid photovoltaic installations, defined as on-grid PV system in cooperation with battery
energy storage system (BESS), are still rare among the typical investors because the …

Controlled islanding is a last-resort recovery scheme for preventing cascading failures.
Although effective, high levels of uncertainty from renewable energy resources challenge …

The growth of subtransmission network aims at satisfying load growth, maintaining a
contingency level, and providing a high quality and reliable electricity service. Utilities direct …

This research addresses the pressing need for heightened grid security amid increasing
uncertainties in photovoltaic PV generation. The research problem lies in the limitations of …

This paper presents a reliability analysis of an underground vault system (UVS) designed for
distribution substations using continuous Markov process. Given that underground vaults …

The transition to green energy is reshaping the energy landscape, marked by increased
integration of renewables, distributed resources, and the electrification of other energy …

This paper introduces, to the best of our knowledge, the first quantum computing
methodology for stochastic power flow. Stochastic power flow is widely used in power …