Summary The Electric Vehicle (EV) as a clean alternative to Classic Vehicle that use fossil
fuels is promoted as an immediate solution to improve the quality parameters of the …

A smart hybrid energy system (SHES) is presented using a combination of battery, PV
systems, and gas/diesel engines. The economic/environmental dispatch optimization …

Microgrids have emerged as a practical solution to improve the power system resilience
against unpredicted failures and power outages. Microgrids offer substantial benefits for …

Canada produces most of its electricity using renewables. However, in remote communities
that are not connected to Southern Canada's main grid, the quasi-totality of microgrids rely …

To meet the constantly rising energy demand, renewable energy sources are increasingly
being used in power networks, transforming the traditional power distribution system into a …

This paper presents a prediction‐based optimization strategy (POS) for the Energy
Management System to balance the use of diesel generator (DG) and emergency battery …

Rising energy demand and the disproportionate utilization of fossil fuels not only result in
power imbalance and economic drain but also raise environmental concerns. Under these …

In this work, an improved approach to enhance the training performance of an Artificial
Neural Network (ANN) for prediction of the output of renewable energy systems is proposed …

This paper considers the co‐optimization operation problem of the multiple micro energy
grids (MEGs), and proposes a novel concept of the flexible boundary. Then, a three‐level co …

The integration of renewable energy is rapidly leading the existing grid systems toward
modern hybrid power systems. These hybrid power systems are more complex due to the …