Enhancement of Electricity Supply in Port Harcourt using Distributed Generation (DG) Technology

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A2ZX9

Enhanced electricity supply in Port Harcourt using distributed generation technology.

Enhancement of Electricity Supply in Port Harcourt using Distributed Generation (DG) Technology

Engr. Adebayo Adeniyi D
Engr. Adebayo Adeniyi D Federal University Otuoke
Dr. Chinedu James Ujam
Dr. Chinedu James Ujam
DOI

Abstract

Distributed Generation (DG) is a form of energy generation that services a customer onsite and supports a distribution network. The DG is attached at the voltage of the delivery system. The energy used for DG should ideally be sustainable. DG may be used as a backup generator. It contributes to the delivery network’s increased reliability. If the DG unit is placed optimally in the delivery network, the increase in reliability will be greatest. The system of installing disconnects at parts forming a junction in the distribution network affects the reliability changes attributed to DG communication with the distribution network. Therefore, there is a need to enhance Distributed Generation in Port Harcourt.

Enhancement of Electricity Supply in Port Harcourt using Distributed Generation (DG) Technology

Distributed Generation (DG) is a form of energy generation that services a customer onsite and supports a distribution network. The DG is attached at the voltage of the delivery system. The energy used for DG should ideally be sustainable. DG may be used as a backup generator. It contributes to the delivery network’s increased reliability. If the DG unit is placed optimally in the delivery network, the increase in reliability will be greatest. The system of installing disconnects at parts forming a junction in the distribution network affects the reliability changes attributed to DG communication with the distribution network. Therefore, there is a need to enhance Distributed Generation in Port Harcourt.

Engr. Adebayo Adeniyi D
Engr. Adebayo Adeniyi D Federal University Otuoke
Dr. Chinedu James Ujam
Dr. Chinedu James Ujam

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Engr. Adebayo Adeniyi D. 2021. “. Global Journal of Research in Engineering – F: Electrical & Electronic GJRE-F Volume 21 (GJRE Volume 21 Issue F3): .

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Crossref Journal DOI 10.17406/gjre

Print ISSN 0975-5861

e-ISSN 2249-4596

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GJRE-F Classification: FOR Code: 090699
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Enhancement of Electricity Supply in Port Harcourt using Distributed Generation (DG) Technology

Engr. Adebayo Adeniyi D
Engr. Adebayo Adeniyi D Federal University Otuoke
Dr. Chinedu James Ujam
Dr. Chinedu James Ujam

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