Power flow is the most fundamental computation in power system analysis. Traditionally, the
linear solution in power flow is solved by a direct method like LU decomposition on a CPU …

This study proposes an approach for the fast calculation of short-circuit currents in
unbalanced distribution networks with inverter-interfaced distributed generators (IIDG). It is …

A fast Newton-FGMRES method for power flow calculations is proposed in this paper. Three
accelerating schemes to speed up the Newton-FGMRES method are proposed. Numerical …

A comparative study of available iterative solvers (for linear systems of equations) applied to
the solution of the nonlinear Newton power flow problem is presented. Iterative solvers are …

This paper proposes a method for calculating short-circuit current in distribution systems with
inverter interfaced distributed generators (IIDG). It is capable of calculating the short circuit in …

Voltage sags often disrupt the normal functioning of sensitive equipment and distributed
generators (DGs), making voltage sag mitigation based on corresponding assessments …

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 …

With the development of the modern power system and the computational hardware, the
industrial and research communities are more interested in simulating larger and more …

Previous studies have shown that the best way to achieve high throughput/Watt of a single
threaded application is by running it on an asymmetric multicore processor (AMP). AMPs …