Wireless Communications for Power Substations: RF Characterization and Modeling

1-Provides a general overview of Electromagnetic interferences (EMI) and describes the measurement and characterization methods associated with them, in keeping with the latest research 2-Presents classic statistical models for impulsive noise and our own models

3- Proposes new characterization methods of EMI phenomena in substations.

4- Discusses recent contributions to the deployment of wireless communication systems in substations where significant improvement in protection, control, automation and monitoring applications in high-voltage equipment can be achieved

Presents a general overview of Electromagnetic interferences (EMI) and describe the measurement and characterization methods associated with them, in keeping with the latest research Introduces classic statistical models for impulsive noise using the authors' models Proposes new characterization methods of EMI phenomena in substations

Inhalt
1 Introduction.- 2 State of art: Characterization and modeling of EMI and Wireless communications in power substations.- 3 Impulsive noise measurements.- 4 A physical model of EMI induced by a partial discharge source.- 5 Analysis and modeling of wideband RF impulsive signals induced by partial discharges using second-order statistics.- 5 Analysis and modeling of wideband RF impulsive signals induced by partial discharges using second-order statistics.- 6 Wideband statistical model for substation impulsive noise.- 7 A statistical analysis of impulsive noise in a Poisson field of interferers in substation environments and an application to a rapid identification of PD sources.- 8 Conclusions and recommendations.