There are many excellent books on power systems that treat power system analysis, and its
most important computational problem: the power flow problem. Some of these books also …

The ever increasing complexity of power systems mandates a further improvement of the
numerical methods used for their simulation. We propose a new approach that is inspired by …

In this paper we give first results for the approximation of e A b, ie the matrix exponential
times a vector, using the incomplete orthogonalization method. The benefits compared to the …

Power flow calculations are crucial for the study of power systems, as they can be used to
calculate bus voltage magnitudes and phase angles, as well as active and reactive power …

N-1 static security analysis (SSA) is an important method for power system stability analysis
that requires solving N alternating-current power flows (ACPF) for a system with N elements …

This study presents the work carried out by the authors to apply Intel MKL PARDISO (a
parallel sparse matrix solver) to the load flow solution algorithms of MATPOWER and …

Efficient large scale circuit simulation is among the most challenging problems facing the
EDA industry today, since it is the only feasible way to verify a circuit's behaviour prior to …

In this paper we investigate how the detailed modelling of uncertainty impacts the
assessment of the power system security. We propose a formulation for the inclusion of …

In this paper we present an efficient optimization approach for the dynamic inflow control of
electric transmission lines. For the description of transmission lines several mathematical …

The power flow model performs the analysis of electric distribution and transmission
systems. With this statement at hand, in this work we present a summary of those solvers for …