IntechOpen eBooks,
Journal Year:
2023,
Volume and Issue:
unknown
Published: Dec. 21, 2023
Our
present
need
is
to
reduce
or
minimize
the
dependency
on
fossil
fuels
through
a
thorough
understanding
of
principles
and
utility
renewable
energy
along
with
green
technology.
It
has
been
considered
that
as
an
alternate
source
best
cheapest
energy.
The
unwarranted
usage
huge
effect
climate
change
globally.
This
can
be
restored
by
efficient
utilization
resources.
Efficient
resources
could
impact
Generally,
generated
from
essentially
inexhaustible
sources,
including
wind
power,
solar
geothermal
energy,
tidal
biomass
other
sources.
Sustainability
researchers
have
highlighted
importance
its
immediate
environment.
Therefore,
transitioning
toward
crucial
reducing
global
crisis
achieving
sustainable
development.
International Journal of Thermofluids,
Journal Year:
2023,
Volume and Issue:
18, P. 100323 - 100323
Published: March 7, 2023
The
rising
population
along
with
a
growing
reliance
on
modern
technology
has
increased
energy
demand.
Energy
sources
must
be
used
caution
as
the
focus
developing
sustainable
environment
grows.
Renewable
is
required
to
create
resources
that
will
much
more
than
today's
fossil-fuel
systems.
In
past
few
decades,
studies
have
indicated
utilizing
geothermal
well
enhancing
efficiency
of
systems
currently
being
are
both
viable
choices
for
addressing
these
challenges.
Despite
its
constraints
compared
other
renewable
sources,
produced
by
Enhanced
Geothermal
Systems
(EGS)
reduces
environmental
consequences
and
emissions
hazardous
gases.
Besides,
direct
applications
domestic
commercial
use,
power
generation
in
variety
plant
setups,
significantly
beneficial.
current
study,
an
intricate
review
conducted
regarding
respective
topics
terms
growth,
evaluating
technologies
implemented
plants
heat
based
which
benefits
drawbacks
areas
growth
described.
Moreover,
performance
enhancement
existing
conventional
systems,
implementation
Hybridized
(HGS)
been
suggested
alternatives
this
article.
Energy Conversion and Management X,
Journal Year:
2024,
Volume and Issue:
23, P. 100685 - 100685
Published: July 1, 2024
The
present
investigation
examines
geothermal
and
solar
energy
for
electricity
generation.
proposed
cycle
can
generate
independently
or
jointly
using
sources.
Organic
Rankine
Cycles
(ORCs)
have
been
employed
due
to
their
positive
effects,
including
improved
efficiency,
comprehensive
performance
economic
analysis,
adaptability,
the
benefits
of
ORCs
with
refrigerants
in
hybrid
power
generation
system.
system
is
designed
include
two
evaporators,
each
working
at
distinct
temperature
levels,
one
running
a
high
other
low
temperature.
Consequently,
outfitted
pair
turbines
functioning
elevated
moderate
pressures.
analysis
suggested
was
conducted
considering
both
exergy
perspectives;
this
leads
determination
efficiency
first
second
laws
thermodynamics.
As
result,
loss
amount
calculated,
utilization
component
determined.
To
assess
financial
implications
end
product,
study
factors
conducted.
A
sensitivity
many
different
aspects
design
parametric
study,
such
as
difference
pinch
point
evaporator
effects
on
performance,
well
cost,
are
done.
Findings
revealed
that
high-pressure
turbine
directly
related
highest
second-law
efficiency.
In
contrast,
low-pressure
had
value
component.
average
cost
production,
obtained
by
evaluating
through
turbines,
calculated
27.23
S/Gj.
presented
article
expand
adapt
diverse
case
analyses
be
effectively
applied
under
various
climatic
conditions.
Energy Nexus,
Journal Year:
2024,
Volume and Issue:
14, P. 100291 - 100291
Published: April 5, 2024
The
air
conditioning
and
refrigeration
applications
use
a
significant
portion
of
the
electrical
energy.
This
research
analyses
performance
system,
which
comprises
on
different
configurations
solar
based
organic
Rankine
cycle
(ORC)
vapor
compression
(VCR)
cycles
requiring
low
evaporation
temperatures.
In
this
research,
dry
natural
hydrocarbons
such
as
n-Decane,
n-Dodecane
Toluene
have
been
chosen
to
serve
working
fluids
in
ORC.
Whereas
VCR
Ethane,
Propane,
isobutane,
isopentane
isohexane
used
because
traditional
negative
environmental
impact
due
high
values
ozone
depletion
global
warming
potential.
simulated
results
showed
that
facility
can
be
operated
efficiently
with
thermal
energy
resources
within
temperature
range
90
315ºC
decreasing
need
for
conventional
fossil
fuel
resources.
It
was
also
revealed
highest
efficiency
achieved
by
regenerative
ORC,
is
35.34%
at
overall
coefficient
(COPoverall)
ORC-CRS
ORC
1.017
while
case
Simple
ORC-VCR
COPoverall
cycle,
0.7174
315ºC.
EUREKA Physics and Engineering,
Journal Year:
2025,
Volume and Issue:
1, P. 24 - 33
Published: Jan. 31, 2025
The
appropriate
use
of
geothermal
energy,
a
notable
renewable
resource,
presents
considerable
potential
for
greenhouse
heating,
particularly
in
areas
such
as
Azerbaijan,
which
has
abundant
resources.
This
article
examines
the
utilization
energy
emphasizing
technical
and
economic
advantages,
notably
Azerbaijan's
geothermal-abundant
regions
including
Lankaran,
Khudat,
Absheron.
research
offers
comprehensive
examination
suggested
heating
system
that
combines
with
solar
power,
objective
optimizing
efficiency
diminishing
dependence
on
fossil
fuels.
Significant
findings
include
ability
hybrid
systems
to
achieve
up
85
%
thermal
reduce
consumption
by
30
%.
For
example,
Talysh
region’s
water,
operating
between
30–64
°C
flow
rate
14,404
m3/day,
can
support
substantial
operations.
Geothermal
integration
Khachmaz
sustains
consistent
3
hectares
space,
aligning
global
benchmarks
from
nations
Iceland,
Netherlands,
Turkey,
have
successfully
reduced
usage
carbon
emissions.
report
emphasizes
significance
utilizing
enhance
sustainable
farming
practices.
study
thorough
current
resources,
recent
technological
innovations,
meticulously
organized
proposed
system,
yielding
significant
insights
into
future
Azerbaijan
promoting
wider
implementation
solutions
agriculture.
