Authors :
Owdean M. Suwi; Jackson J. Jus
Volume/Issue :
Volume 9 - 2024, Issue 6 - June
Google Scholar :
https://tinyurl.com/px8e8j9r
Scribd :
https://tinyurl.com/ye29xkaw
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24JUN1130
Note : A published paper may take 4-5 working days from the publication date to appear in PlumX Metrics, Semantic Scholar, and ResearchGate.
Abstract :
The distribution system has been paying more
and more attention to distributed generation (DGUs)
since a few years ago. The main causes of (DGUs) in
distribution systems are increased electric demand, a
deregulated energy market, and a congested transmission
network. These factors ultimately lead to a decline in
system performance. There's also an increasing push to
cut greenhouse gas emissions. Proper placement and
dimensioning are crucial for efficient utilization of DGUs.
The system's current performance will be deteriorated
and losses would increase due to improper DGUs location
and size. However, optimal placement will reduce power
loss, increase voltage stability, and maintain a consistent
voltage profile in the distribution system. This paper
reviews DGUs, the technical developments in DGUs, and
several optimisation methods for the optimal placement
problem. and size.
Keywords :
Distributed Generation, Electric Demand, Deregulated Energy Market, Crowded Transmission Network, System Performance, Greenhouse Gas Emissions, Voltage Profile Constant And Optimization Techniques.
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The distribution system has been paying more
and more attention to distributed generation (DGUs)
since a few years ago. The main causes of (DGUs) in
distribution systems are increased electric demand, a
deregulated energy market, and a congested transmission
network. These factors ultimately lead to a decline in
system performance. There's also an increasing push to
cut greenhouse gas emissions. Proper placement and
dimensioning are crucial for efficient utilization of DGUs.
The system's current performance will be deteriorated
and losses would increase due to improper DGUs location
and size. However, optimal placement will reduce power
loss, increase voltage stability, and maintain a consistent
voltage profile in the distribution system. This paper
reviews DGUs, the technical developments in DGUs, and
several optimisation methods for the optimal placement
problem. and size.
Keywords :
Distributed Generation, Electric Demand, Deregulated Energy Market, Crowded Transmission Network, System Performance, Greenhouse Gas Emissions, Voltage Profile Constant And Optimization Techniques.