Analysis of Radio Signal coverage of a feeder using Radio Mobile Software

Authors

  • Arnulfo Barroso de Vasconcellos Author
  • Saulo Roberto Sodré dos Reis Author
  • Gabriela Pessoa Campos Author
  • Priscila Costa Nascimento Author
  • Fabricio Parra Santilio Author
  • Teresa Irene de Ribeiro de Carvalho Malheiro Author

DOI:

https://doi.org/10.24084/repqj15.405

Keywords:

Radio Communication, Signal Propagation, Quality of Service Indexes, Average Time of Service

Abstract

The study of propagation of signals by means of theoretical models in power distribution lines using computational tools has become important to forecast the propagation environment, as well as the identification of communication failures that decrease the signal coverage or block transmission completely, implying in the increase of service quality indicators penalties, and the average time of service, TMAE. Thus, an analysis was made of the propagation environment in the region of a feeder located in the state of Mato Grosso, from the choice of critical points and distant from the Substation. Initially, the objective was to identify possible shadow areas, considering the terrain profile in the feeder region and obstacles present in the path between transmitter and receiver. Computer simulations were performed with the parameters of radio and irradiating system using the Radio Mobile software. The objective of the study was to analyze the radio signal coverage of a feeder, verifying obstruction points and the impact of these in the communication and the attendance of the teams, considering aspects of feeder topology, road access and terrain conditions.

Author Biographies

  • Arnulfo Barroso de Vasconcellos

    Department of Electrical Engineering. Federal University of Mato Grosso; UFMT. - District Boa Esperança.
    Cuiabá - MT. Brazil

  • Saulo Roberto Sodré dos Reis

    Department of Electrical Engineering. Federal University of Mato Grosso; UFMT. - District Boa Esperança.
    Cuiabá - MT. Brazil

  • Gabriela Pessoa Campos

    Department of Electrical Engineering. Federal University of Mato Grosso; UFMT. - District Boa Esperança.
    Cuiabá - MT. Brazil

  • Priscila Costa Nascimento

    Department of Electrical Engineering. Federal University of Mato Grosso; UFMT. - District Boa Esperança.
    Cuiabá - MT. Brazil

  • Fabricio Parra Santilio

    Department of Electrical Engineering. Federal University of Mato Grosso; UFMT. - District Boa Esperança.
    Cuiabá - MT. Brazil

  • Teresa Irene de Ribeiro de Carvalho Malheiro

    Federal Institute of Mato Grosso - IFMT. Cuiabá - MT. Brazil

Published

2024-01-12

Issue

Section

Articles