Power systems adequacy assessment represents a complex task and many methodologies have been proposed to address its complexity. Different approaches have been investigated in literature: deterministic, probabilistic, analytical, analytical adaptive sampling approach, etc. The aim of this paper is proposing a probabilistic method combining both state sampling method and composite system analysis considering power system components reliability, reliability of power supply to electricity consumers, anomalous behaviour of the grid components, the presence of the non-programmable generation in the power system. Two case studies are analysed to show the proposed methodology effectiveness.
An Innovative Methodology for Evaluating Power System Adequacy, Integrating Analyses of Both the Reliability and Anomalous Behaviour of Components
Ciavarella R.;Buonanno A.;Valenti M.;Sforza G.;Graditi G.
2024-01-01
Abstract
Power systems adequacy assessment represents a complex task and many methodologies have been proposed to address its complexity. Different approaches have been investigated in literature: deterministic, probabilistic, analytical, analytical adaptive sampling approach, etc. The aim of this paper is proposing a probabilistic method combining both state sampling method and composite system analysis considering power system components reliability, reliability of power supply to electricity consumers, anomalous behaviour of the grid components, the presence of the non-programmable generation in the power system. Two case studies are analysed to show the proposed methodology effectiveness.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
