A network‐decomposition‐based multi‐rate parallel transient simulation technique for active distribution networks

Nonblocking Multirate Distribution Networks

This paper generalizes known results for nonblocking distribution networks also known as generalized connection networks to the mul tirate environment where di erent user connec tions share a switch s internal data paths in arbi trary fractions of the total capacity In particular we derive conditions under which networks due to Ofman and Thompson Pippenger and Turner lead to multirate distribut...

Active Distribution Networks Restoration after Extreme Events

After extreme events such as floods, thunderstorms, blizzards and hurricanes there will be devastating effects in the distribution networks which may cause a partial or complete blackout. Then, the major concern for the system operators is to restore the maximum critical loads as soon as possible by available generation units.  In order to solve this problem, this paper provides a restoration s...

Compound BDF multirate transient analysis applied to circuit simulation

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Parallel Transient Analysis for Circuit Simulation

In this paper we discuss the application of domain decomposition methods to circuit simulation. This coarse grain pamldelization guarantees low communication and thus achieves good speedup results on a workstation cluster. Especially with multi level Newton methods and iteration latency techniques, the communicatiolz can be reduced to a minimum. The application of these techniques make our para...

Parallel Co-Simulation of Conventional and Active Networks