With continuing advances in high-performance parallel computing platforms, parallel
algorithms have become powerful tools for development of faster than real-time power …

This paper describes an open source power system simulation toolbox: Resilient Adaptive
Parallel sImulator for griD (RAPID), a package of Python codes that implements an …

The Parareal-in-time algorithm belongs to a class of temporal decomposition methods for
parallel solutions of differential equations. Parareal utilizes two solvers: a coarse solver and …

In handling complex power system simulation tasks, semi-analytical solution (SAS) methods
have proven to be numerically robust and computationally efficient. They provide a …

With the increasing penetration of distributed generations (DGs), the equations governing
active distribution networks (ADNs) exhibit stronger nonlinearity and greater stiffness …

Power System Simulation Using a Differential Transformation Method Page 1 University of
Tennessee, Knoxville TRACE: Tennessee Research and Creative Exchange Doctoral Dissertations …

Modified Euler is a well known solver for transient stability simulations even in commercial
packages and adaptive step size is used to reduce the simulation run time. Multistage …

Dynamic simulation plays a fundamental role in security evaluation of distribution networks
(DNs). However, the strong stiffness and non-linearity of distributed generation (DG) models …

In recent years, a novel Parareal-based approach has been developed for fast transient
simulations of large power system interconnections. Parareal belongs to the class of Parallel …

This chapter provides an introduction to the emerging field of semi‐analytical methods for
time‐domain simulation of bulk power systems. After reviewing the basics of power system …