The massive integration of renewable generators, energy storage systems, and demand
response requires the development of smart power infrastructures. In this upcoming context …

This paper presents a new robust scheduling model for an islanded microgrid (MG)
considering demand response. The model is expressed as a min–max bilevel optimization …

Local energy communities emerge as a valuable framework to optimally leverage local
assets installed by prosumers. In this context, local markets launched within communities …

This paper develops a multi agent system in real time for hybrid microgrids as advanced
energy management (ADEM) protocol using a Java agent development environment (JADE) …

In recent years, the high expansion of independent energy sources and development of
multiagent structures have resulted in new challenges in the efficient power management of …

The challenges facing active distribution networks have highlighted the position of the
distribution system state estimation (DSSE) process in the distribution management systems …

The current expansion of renewable energies, restructuring in power systems, and high
tendency to preserve the privacy of energy customers could lead to significant changes in …

In modern power systems, the increased integration of intermittent renewable energies has
led to heightened uncertainty and low inertia challenges. Current investments in green …

Multi-microgrids (MMGs) suffer from power shortages due to the loss of utility grid support
when an unintentional transition occurs. This imposes a transient shock on the system …

Integrating a microgrid has both positive and negative effects on the local distribution
network. One of the challenging combinatorial optimization problems involves deciding …