Evaluation of MATPOWER and OpenDSS load flow calculations in power systems using parallel computing

The Journal of Engineering

Gerardo Guerra¹  Juan A. Martinez-Velasco¹ 

[1] Universitat Politècnica de Catalunya;

关键词: load flow;    parallel processing;    Newton-Raphson method;    power engineering computing;    parallel computing solution;    Newton-Raphson algorithm;    execution time reduction;    load flow solution algorithms;    parallel sparse matrix solver;    Intel MKL PARDISO;    OpenDSS load flow calculations;    MATPOWER;   

DOI  :  10.1049/joe.2017.0023

来源: DOAJ

【 摘 要 】

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 OpenDSS. The goal is to explore the potential execution time reduction obtained when working with large power systems and multi-core installations. Test systems of different sizes were solved in order to observe the time reduction as function of the system size and the number of cores used in the parallel execution. Results show that except for the full Newton–Raphson algorithm, one should not expect a reduction in execution times when using a parallel routine. The use of a parallel sparse matrix solver is only justified when the sparse matrix must be recalculated at every step of the solution process or the systems under study are much larger than those analysed here. This study also presents how a parallel computing solution can be implemented in different applications by using available high-performance parallel libraries.

【 授权许可】

Unknown