Energies,
Journal Year:
2024,
Volume and Issue:
17(23), P. 6027 - 6027
Published: Nov. 29, 2024
Since
rising
worldwide
energy
consumption
is
anticipated
with
increasing
rapid
industrialization
and
urbanization,
green
sources
have
become
the
ineluctable
choice
among
engineers,
power
researchers
for
carbon-free
sustainable
electric
generation.
By
integrating
several
sources,
a
hybrid
renewable
supply
system
(HRSPSS)
has
been
created
to
solve
global
warming
problem.
HRSPSS
aims
develop
contemporary
electricity
grids
that
benefit
society,
environment,
economy.
However,
there
need
thorough
assessment
of
these
complex
HRSPSSs
making
most
use
potential
carefully
crafting
suitable
solutions.
This
paper
provides
investigation
effective
methods
sizing,
optimizing,
controlling,
managing
energy,
as
well
how
combine
different
create
system.
Information
on
software
simulation
tools
optimization
used
support
development,
research,
planning
presented
in
this
study.
Additionally,
study
covers
management
control
strategies
ensure
efficient
optimal
operation
HRSPSS.
Furthermore,
article
presents
an
extensive
comparison
various
utilized
each
area
(sizing,
energy)
provide
conclusive
remarks
respective
applications.
The
outcome
will
help
stakeholders
sector
make
appropriate
decisions
during
design,
implementation
phases
International Journal of Green Energy,
Journal Year:
2025,
Volume and Issue:
unknown, P. 1 - 19
Published: Jan. 6, 2025
Addressing
the
simultaneous
provision
of
electricity,
heat,
and
water
in
rural
areas
poses
a
significant
global
challenge.
This
study
optimizes
poly-generation
hybrid
energy
system
(HES)
integrating
diverse
sources
with
desalination,
tailored
for
warm
climates,
targeting
Sar
Goli
village
health
clinic
Khuzestan
province,
Iran.
Option
I,
51.2
kW
PV
10
wind
turbine
(WT),
is
most
cost-effective
choice
net
present
cost
(NPC)
$207,203
electricity
(COE)
$0.161/kWh.
In
contrast,
IV,
relying
primarily
on
490
WT
without
PV,
least
economically
advantageous
an
NPC
$1,012,129
COE
$0.789/kWh.
II
(PV-BLR-BT-CNV)
shows
highest
electrical
production
229,336
kWh/year
complete
reliance
renewables,
despite
higher
loss
power
supply
probability
(LPSP)
0.0006.
Higher
solar
irradiation
speeds
reduce
COE,
while
rising
diesel
prices
increase
economic
challenges,
emphasizing
need
strategic
planning.
Enhancing
boiler
efficiency
cuts
fuel
consumption
from
509
to
170
liters/year
CO2
emissions
1,018
340
kg/year.
Changes
battery's
minimum
state
charge
(SOCmin)
significantly
impact
HES
finances
reliability;
optimizing
SOCmin
minimizes
ensuring
stability.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(12), P. 5016 - 5016
Published: June 12, 2024
The
use
of
distributed
energy
systems
(DES)
can
utilize
local
resources
to
achieve
flexible
and
efficient
production
supply.
However,
this
aspect
pollutant
emission
reduction
has
not
been
sufficiently
investigated
in
current
related
studies.
On
basis,
study
establishes
a
DES
system
that
integrates
ground-source
heat
pump,
gas
turbine,
photovoltaic
device
an
storage
device.
An
Improved
Zebra
Optimization
Algorithm
(IZOA)
is
proposed
for
optimizing
the
capacity
devices
supply
ratio
pump.
Using
economic
cost
saving
rate
(ECSR),
(PERR)
(ESR)
as
optimization
objectives,
builds
configuration
model.
By
analyzing
arithmetic
example
large
hotel
building,
verifies
effectiveness
IZOA
algorithm
solving
problem.
This
provides
useful
research
ideas
promoting
development
systems,
environmental
protection
conservation.
