Obtained results from all techniques for PV system integration(at unity p.f) in IEEE 69- bus.

Obtained results from all techniques for PV system integration(at unity p.f) in IEEE 69- bus.

<p>Obtained results from all techniques for PV system integration(at unity p.f) in IEEE 69- bus.</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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Summary:<p>Obtained results from all techniques for PV system integration(at unity p.f) in IEEE 69- bus.</p>

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