Multiparameter control modeling of electrical signal in a medium voltage network by Markov random approach

D. Kabeya Nahum; G.T. G.B. Kosso; C.T. Mbikayi; Sadiki Amisini; L.Y. Kabeya Mukeba

doi:10.7251/IJEEC1902085N

D. Kabeya Nahum Academy of sciences & Engineering for Africa Development, ASEAD
G.T. G.B. Kosso ESU/ISTA-Kinshasa University, Ndolo Campus, Barumbu, DR Congo
C.T. Mbikayi
Sadiki Amisini Institute of Energy and Power plant Technology, Technische universität Darmstadt, Germa
L.Y. Kabeya Mukeba ESU/ISTA-Kinshasa University, Ndolo Campus, Barumbu, DR Congo

DOI: https://doi.org/10.7251/IJEEC1902085N

Abstract

Abstract— In this paper, the electrical signals coupled to the fields present in a medium voltage network are analyzed by the random Markov approach. The aim is to determine the functional constant with infinite duration through multi-variable stabilization in commandability and controllability. The coherence between the field works and the simulation is obtained with an error of 4% by using the MATLAB even though the application of Markov random approach in electrical networks still requires further improvement. This task is left for future work.

Keywords- signals, network, voltage, multiparameter, Markov random approach.