Integration of smart grids into conventional power systems has introduced new challenges
and opportunities. Greater dependence on communication and measurement infrastructure …

Risk management often involves retrofit optimization to enhance the performance of
buildings against extreme events but may result in huge upfront mitigation costs. Existing …

In recent years, the power outages caused by catastrophic weather events have become an
imperative issue in power system research. Mutual impacts of pre-and post-event operation …

The ever-increasing penetration of intermittent renewable resources in low-voltage power
grids necessitates efficient operational strategies for voltage regulation as well as power …

Parameterized model predictive control (PMPC) is one of the many approaches that have
been developed to alleviate the high computational requirement of model predictive control …

The research work provides a comprehensive overview of the challenges and opportunities
in the current energy landscape, particularly focusing on the role of microgrids in addressing …

The randomness and dimensionality growth of variables in the Coupled transportation and
power distribution systems (CTPS) pose challenges for effectively solving CTPS dispatching …

The integration of distributed energy resources into distribution networks, marked by its
inherent uncertainties, presents a substantial challenge for devising load restoration …

Power system restoration strategies schedule the power plants to re-energize the power
network and loads after a blackout. These strategies are of great significance to ensure a …

The optimization of energy systems within the steel industry faces challenges due to the
complexity of nonconvex models as well as supply and demand uncertainty. To address …