Digital Signal Processing

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Modeling & Simulation of Voltage and Power Compensation in a Distribution Network Using Series Capacitor: Case of Yahe-Ugep 33kV Feeder in PHEDC


Affiliations
1 Electrical & Electronic Engineering University of Port Harcourt, Nigeria
2 Engineering Management at the University of Port Harcourt, Nigeria
3 Department of Electrical Engineering, Rivers state University, Nigeria
4 Department of Electrical and Computer Engineering, 2013 at Cambridge, Boston, United States
     

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Modeling and Simulation of voltage and power compensation was carried out for Yahe-Ugep 33kV feeder in Port Harcourt Electricity Distribution Company (PHEDC), Nigeria. This feeder crisscrosses three states with a route length of 500km, a huge voltage drop at the receiving end resulting to lots of technical and commercial losses. Using PSCAD-EMTDC to model and Simulate the network with series capacitor and 50% degree of compensation, the voltage and power along the line was boosted.  With improved power quality on the line, equipment failure would be reduced, customers are satisfied and more revenue generation for PHEDC.

Keywords

Modeling, Simulation, Distribution Network, Voltage, Compensation, Power, PSCAD, PHEDC, Yahe-Ugep 33kV Feeder.
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  • Modeling & Simulation of Voltage and Power Compensation in a Distribution Network Using Series Capacitor: Case of Yahe-Ugep 33kV Feeder in PHEDC

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Authors

G. Modukpe
Electrical & Electronic Engineering University of Port Harcourt, Nigeria
A. Dahunsi
Engineering Management at the University of Port Harcourt, Nigeria
S. L. Braide
Department of Electrical Engineering, Rivers state University, Nigeria
K. E. Okedu
Department of Electrical and Computer Engineering, 2013 at Cambridge, Boston, United States

Abstract


Modeling and Simulation of voltage and power compensation was carried out for Yahe-Ugep 33kV feeder in Port Harcourt Electricity Distribution Company (PHEDC), Nigeria. This feeder crisscrosses three states with a route length of 500km, a huge voltage drop at the receiving end resulting to lots of technical and commercial losses. Using PSCAD-EMTDC to model and Simulate the network with series capacitor and 50% degree of compensation, the voltage and power along the line was boosted.  With improved power quality on the line, equipment failure would be reduced, customers are satisfied and more revenue generation for PHEDC.

Keywords


Modeling, Simulation, Distribution Network, Voltage, Compensation, Power, PSCAD, PHEDC, Yahe-Ugep 33kV Feeder.