Abstract

The evolving landscape of electrical power systems demands robust methodologies for ensuring stability, resilience, and efficiency. This review synthesizes recent research developments in grid-connected inverter stability criteria, energy system planning under extreme price scenarios, risk assessment in integrated energy infrastructures, and optimal dispatch strategies for industrial applications. Emphasizing novel mathematical models, risk management techniques, and multi-level optimization methods, these approaches provide critical insights into enhancing the robustness and sustainability of future power systems. The integration of these strategies supports resilient operations in the face of operational uncertainties and extreme conditions, contributing toward sustainable and stable electricity delivery.

Keywords

Inverter stability, energy system planning, scenario analysis, risk assessment, dispatch optimization, industrial energy management