Development of algorithms for a new topological method for calculating current distribution coefficients in complex electrical networks

In this work, a new algorithm for determining distribution coefficients of driving currents in complex electrical networks under the steady state is designed based on the topological approach. The advantage of this algorithm is the reduction in the number of calculations by $n^2$ times, compared to other topological methods, as well as the possibility of parallel calculation of the desired network parameters in one cycle. These properties open up the opportunity of conducting a dynamic analysis of electrical power systems in real time.