Impact of PV integration into IEEE 69 bus on the power losses: (a) active power, (b) reactive power.

Impact of PV integration into IEEE 69 bus on the power losses: (a) active power, (b) reactive power.

<p>Impact of PV integration into IEEE 69 bus on the power losses: (a) active power, (b) reactive power.</p>

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Bibliographic Details
Main Author:	Ahmed A. Zaki Diab (12757190) (author)
Other Authors:	Fayza S. Mahmoud (20988489) (author), Hamdy M. Sultan (20760049) (author), Abou-Hashema M. El-Sayed (20988492) (author), Mohamed A. Ismeil (19066118) (author), Omar Makram Kamel (20988495) (author)
Published:	2025
Subjects:	Medicine Genetics Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified various optimization algorithms seagull optimization algorithm proposed optimization methods loss sensitivity factor address issues related photovoltaic distributed generations 69 buses rds two distinct networks selected candidate nodes power quality indices radial distributed systems larger rds system various optimization techniques integrating rdgs include bus ieee system achieve optimal allocation rds ). distributed generation two phases tested system suitable nodes power losses optimal location integrating rdgs ieee 33 distribution system 15 bus wts ), wind turbines voltage profiles voltage profile utilized techniques soa ), second phase results show real case present paper key implications initial phase igwo ), first phase efficient placement effective solutions dg systems comprehensive comparison attainments compared
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