The increasing presence of renewable distributed generation (DG) units such as
photovoltaic and wind power generation is a major challenge for the suitable operation of …

This paper presents a Monte-Carlo algorithm considering loads defined by fuzzy numbers.
In this methodology states are sampled according to the probabilistic models governing the …

The idea behind the first proposal of the fuzzy power flow (FPF) was to analyze the impact of
the uncertainties in load and generation at the power flow level, when no statistical …

In this paper, system component reinforcements are analyzed from the perspective of their
impact in increasing flexibility in system design. The proposed framework integrates a fuzzy …

The consideration of uncertainties in the future system operation is a key aspect in current
planning methodologies. In this context, load flow studies based on probabilistic theory …

The increased penetration of distributed generation (DG) mostly derived from renewable
energy sources (RES) such as wind and photovoltaic (PV) systems presents two main forms …

Power flow calculations are one of the most important computational tools for planning and
operating electric power systems. After the stabilization of the deterministic power flow …

The variability and intermittency of wind generation have brought new challenges to the
planning and operation of interconnected power systems with high penetration of grid …

This paper presents an enhanced version of an AC fuzzy power flow model designed to
integrate correlation data between nodal injections. The model gives the user the possibility …

This paper presents a mathematical formulation for optimal power flow (OPF) taking into
account the fuzzy modeling of static power system security constraints due to the uncertainty …