Smart Distribution System Design: Automation for Improved Reliability

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OPYJT

Smart Distribution System Design: Automation for Improved Reliability

Ahmed R. Abul Wafa
Ahmed R. Abul Wafa Ain Shams University
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Abstract

The objective of the study is to assess the reliability of distribution system and suggest solutions of reliability improvement in smart grid environment. A feeder, which has high rate of interruption, is selected as case study, for reliability improvement measures. This feeder, having two sectionalizing switches with calculated reliability indices: SAIDI of 0.23774 hr/customer/yr and SAIFI of 0.11887 int/customer/yr. The corresponding cost of energy not served plus discounted cost of sectionalizing switches is 698.581 US$/yr. A genetic algorithm optimization technique is developed to improve automation, reclosing and switching capacity of the feeder. A sectionalizer, an automatic circuit re closer, and three sectionalizing switches are integrated in the new design integrated with existing two switches. SAIDI value of 0.25001hr/customer/yr and SAIFI of 0.12301int/customer/yr for the feeder have been achieved. The corresponding cost of energy not served plus discounted cost of automation, reclosing and switching is 4598.100 US$/yr.

Smart Distribution System Design: Automation for Improved Reliability

The objective of the study is to assess the reliability of distribution system and suggest solutions of reliability improvement in smart grid environment. A feeder, which has high rate of interruption, is selected as case study, for reliability improvement measures. This feeder, having two sectionalizing switches with calculated reliability indices: SAIDI of 0.23774 hr/customer/yr and SAIFI of 0.11887 int/customer/yr. The corresponding cost of energy not served plus discounted cost of sectionalizing switches is 698.581 US$/yr. A genetic algorithm optimization technique is developed to improve automation, reclosing and switching capacity of the feeder. A sectionalizer, an automatic circuit re closer, and three sectionalizing switches are integrated in the new design integrated with existing two switches. SAIDI value of 0.25001hr/customer/yr and SAIFI of 0.12301int/customer/yr for the feeder have been achieved. The corresponding cost of energy not served plus discounted cost of automation, reclosing and switching is 4598.100 US$/yr.

Ahmed R. Abul Wafa
Ahmed R. Abul Wafa Ain Shams University

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Ahmed R. Abul Wafa. 2017. “. Global Journal of Research in Engineering – F: Electrical & Electronic GJRE-F Volume 16 (GJRE Volume 16 Issue F7): .

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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: 290903
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Smart Distribution System Design: Automation for Improved Reliability

Ahmed R. Abul Wafa
Ahmed R. Abul Wafa Ain Shams University

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