Abstract Transmission Expansion Planning (TEP), the problem of deciding the new
transmission lines that should be added to an existing transmission network in order to …

High penetration of renewable energy sources, especially weather-dependent sources, has
increased the power systems uncertainties. For any analysis in power systems such as …

Stochastic generation, ie, electrical power production by an uncontrolled primary energy
source, is expected to play an important role in future power systems. A new power system …

The presence of uncertainties in electrical power systems is a critical issue due to the effects
that those perturbations can induce in the quality, safety and economy of the electrical …

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 …

Important research effort has been devoted to the topic of optimal planning of distribution
systems. The non linear nature of the system, the need to consider a large number of …

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 …

In this paper a tool for the evaluation of transmission system adequacy is presented.
Although similar in the basic assumptions to the classic versions of the Fuzzy Power Flow …

Abstract Many applications of Fuzzy Power Flow have been proposed not only for
operational purposes considering uncertainties, but also for planning exercises with high …

The electrical network is a critical infrastructure which is highly interconnected and strongly
interdependent on other basic infrastructures on which basic human activities depend. As a …