Solar Compass,
Journal Year:
2024,
Volume and Issue:
11, P. 100077 - 100077
Published: June 25, 2024
Two-step
thermochemical
fuel
production
cycles
powered
using
concentrating
solar
systems
offer
a
route
to
convert
energy
chemical
fuels.
In
this
work,
we
critical
assessment
of
the
state
art,
detailed
technical
analysis
technology
in
terms
theoretical
limitations
and
potential
performance,
paths
forward
development
these
processes.
The
art
for
demonstrated
reactor
is
analyzed
key
performance
indicators
including
efficiency,
feedstock
conversion
extent,
power
output,
volumetric
density.
first
looks
into
on
cycles'
process
conditions
role
redox
material.
This
followed
by
thermodynamic
state-of-the-art
CeO2-based
cycle,
based
fixed
bed
mixed
flow
reactors,
which
closely
represent
designs
used
demonstrations.
Finally,
scale-up
performed
cycle.
results
from
agree
well
with
trends
seen
experimental
demonstrations
concept.
From
analysis,
low
density
cycle
highlighted
as
design
limitation
that
will
seriously
restrict
further
technology.
We
share
perspective
other
issues,
some
outlook
future
development.
Energies,
Journal Year:
2024,
Volume and Issue:
17(16), P. 4128 - 4128
Published: Aug. 19, 2024
The
integration
of
renewable
energy
sources
(RES)
into
smart
grids
has
been
considered
crucial
for
advancing
towards
a
sustainable
and
resilient
infrastructure.
Their
is
vital
achieving
sustainability
among
all
clean
sources,
including
wind,
solar,
hydropower.
This
review
paper
provides
thoughtful
analysis
the
current
status
grid,
focusing
on
integrating
various
RES,
such
as
wind
grid.
highlights
significant
role
RES
in
reducing
greenhouse
gas
emissions
traditional
fossil
fuel
reliability,
thereby
contributing
to
environmental
empowering
security.
Moreover,
key
advancements
grid
technologies,
Advanced
Metering
Infrastructure
(AMI),
Distributed
Control
Systems
(DCS),
Supervisory
Data
Acquisition
(SCADA)
systems,
are
explored
clarify
related
topics
usage
technologies
enhances
efficiency,
resilience
introduced.
also
investigates
application
Machine
Learning
(ML)
techniques
management
optimization
within
with
techniques.
findings
emphasize
transformative
impact
advanced
alongside
need
continued
innovation
supportive
policy
frameworks
achieve
future.
World Journal of Advanced Engineering Technology and Sciences,
Journal Year:
2024,
Volume and Issue:
12(1), P. 152 - 167
Published: May 29, 2024
The
integration
of
renewable
energy
within
the
operations
oil
and
gas
sector
has
emerged
as
a
pivotal
trend
driven
by
environmental
concerns,
regulatory
pressures,
technological
advancements.
This
review
explores
current
trends,
key
insights,
future
prospects
associated
with
adoption
in
sector.
Trends
indicate
notable
shift
towards
incorporating
sources
such
solar,
wind,
hydrogen
into
traditional
companies.
transition
is
motivated
need
to
reduce
carbon
emissions,
enhance
operational
efficiency,
diversify
portfolios
alignment
sustainability
goals.
Companies
are
increasingly
investing
projects,
leveraging
their
expertise
infrastructure
capitalize
on
emerging
opportunities
Insights
gleaned
from
ongoing
initiatives
underscore
multifaceted
benefits
integrating
operations.
By
deploying
technologies,
companies
can
mitigate
impacts,
optimize
resource
utilization,
security.
Moreover,
renewables
offers
potential
cost
savings
through
reduced
reliance
fossil
fuels
access
government
incentives
aimed
at
promoting
clean
deployment.
Looking
ahead,
appear
promising
yet
challenging.
Advancements
coupled
declining
costs,
expected
accelerate
rates
drive
widespread
implementation
across
industry.
However,
challenges
intermittency,
grid
integration,
limitations
pose
significant
hurdles
that
must
be
addressed
innovation
strategic
planning.
Furthermore,
evolving
landscape
geopolitical
dynamics
may
influence
pace
scope
Policy
frameworks
deployment,
pricing
mechanisms,
international
agreements
climate
action
likely
shape
trajectory
industry
coming
years.
represents
transformative
far-reaching
implications
for
corporate
strategies.
embracing
renewables,
not
only
risks
but
also
position
themselves
long-term
competitiveness
rapidly
landscape.
International Journal of Thermofluids,
Journal Year:
2023,
Volume and Issue:
20, P. 100406 - 100406
Published: June 22, 2023
Ever-increasing
impact
of
burning
carbon
fuels
puts
a
worldwide
trend
to
shift
renewable
energy
resources
contribute
sustainable
environment,
and
economy.
Concentrated
Solar
Power
(CSP)
technologies
are
some
the
world's
most
prospective
clean
for
complete
evaluation
systems
is
necessary
explore
their
optimum
potential.
This
study
provides
detailed
overview
common
fundamental
CSP
technologies:
Parabolic
Trough
Collector
(PTC),
Linear
Fresnel
Reflector
(LFR),
Dishes
(SPD),
Tower
(SPT);
analyzes
change
in
designs
enhance
thermal-hydraulic
optical
performance
collectors.
Several
design
modifications
have
been
applied
PTCs
terms
reflector,
receiver,
tracking
system
while
different
arrangements
thermal
storage
(TES)
being
integrated
ensure
maximum
performance,
modifying
TES
geometry
by
inserting
fins
can
discharge
efficiency
up
24%.
Primary
reflector
receiver
two
important
components
LFRs
techniques
including
them
showing
significant
prospects
regarding
application
on
commercial
scale.
Evacuated
tube
with
secondary
reflectors
deflect
90%
incident
solar
radiation,
outperforming
cavity
receivers.
In
SPDs,
promising
areas
include
adjustment
optimization
concentrator,
engine,
system.
Stirling
receivers
demonstrated
effectivity
transferring
energy,
which
10%
more
than
Brayton
Optimizing
size
layout
heliostats
economical
installation
SPT
Different
combinations
liquid,
gas
particle-based
use
SPTs
among
them,
volumetric
particle
achieve
temperatures
higher
1000
°C.
article
overall
modification
technology
compares
effectiveness
help
identify
particular
increasing
design.
Moreover,
future,
techno-economic
viability
deploying
be
assessed
pragmatic
applications.
Journal of Energy Storage,
Journal Year:
2024,
Volume and Issue:
83, P. 110618 - 110618
Published: Feb. 1, 2024
Direct
steam
generation
(DSG)
concentrating
solar
power
(CSP)
plants
uses
water
as
heat
transfer
fluid,
and
it
is
a
technology
available
today.
It
has
many
advantages,
but
its
deployment
limited
due
to
the
lack
of
an
adequate
long-term
thermal
energy
storage
(TES)
system.
This
paper
presents
new
TES
concept
for
DSG
CSP
plants.
system
based
on
three
blocks,
saturated
block
phase
change
materials,
overheating
that
elevates
vapor
temperature
fluid
desired
values,
preheating
increases
difference
between
cold
tank
hot
non-phase
material.
After
deep
selection
characterization
process,
material
be
used
LiOH/KOH,
since
although
disadvantage
high
corrosion,
identified
advantages
overcome
ideal
PCM
this
process.
International Journal of Thermofluids,
Journal Year:
2024,
Volume and Issue:
22, P. 100696 - 100696
Published: May 1, 2024
The
increasing
global
demand
for
energy,
driven
by
population
growth,
highlights
the
need
sustainable
solutions
to
ensure
a
future.
This
article
outlines
design
and
optimization
process
of
1
MW
CSP-Fossil
hybrid
power
plant
that
examines
utilization
toluene
cyclohexane
as
working
fluids
within
three
distinct
Organic
Rankine
cycle
(ORC)
configurations
(simple,
recuperated,
with
Open
Feed
Heater).
study
aims
propose
effective
solution
satisfying
energy
needs
while
addressing
intermittent
nature
solar
resources
enhancing
system
architecture
incorporating
fossil
fuel
technologies.
field
has
been
based
on
Concentrated
Solar
Power
(CSP)
system,
which
generated
44%
total
output
from
renewable
sources.
analysis
takes
into
consideration
selection
criteria,
notably
thermal
efficiency,
overall
generation
capacity,
cost-effectiveness.
relevant
performance
indicators,
evaluation
alternative
ORC
fluids,
multiple
storage
capacity
are
included
among
criteria
conducting
parametric
investigation.
Based
investigation,
it
determined
configuration,
includes
recuperator
utilizes
fluid,
demonstrates
most
favorable
design.
configuration
offers
enhanced
efficiency
improved
performance.
Additionally,
is
value
1.7
integration
12-hour
optimal.
led
4-5
hour
increase
in
availability
daily
generation,
thereby
improving
reliability
flexibility
CSP
plant.
incorporation
fuels
results
notable
enhancement
Capacity
Utilization
Factor
(CUF).
improvement
guarantees
uninterrupted
even
when
limited.
implications
findings
significant
future
development
systems.
These
provide
valuable
insights
tackling
sustainability
challenges.
Journal of Energy Storage,
Journal Year:
2024,
Volume and Issue:
97, P. 112793 - 112793
Published: July 12, 2024
Concentrating
solar
power
(CSP)
has
emerged
as
a
dynamic
and
promising
technology,
demonstrating
burgeoning
market
potential
for
generation
through
the
utilization
of
thermal
resources.
Notably,
global
installed
capacity
witnessed
substantial
uptick
in
recent
years,
indicative
that
this
technology
is
increasing
traction
worldwide.
To
optimize
CSP
systems,
particularly
during
periods
low
or
absent
radiation,
integration
energy
storage
(TES)
systems
using
molten
salts
become
prevailing
strategy.
This
research
introduces
an
innovative
transient
modelling
tailored
comprehensive
annual
performance
analysis
tower
plant
coupled
to
two-tank
TES
system,
incorporating
medium.
The
conducted
OpenModelica,
versatile
software
platform
renowned
its
capability
system-level
simulation.
simulation
outcomes
encompass
configuration
boasting
turbine
gross
output
110
MWe.
results
parameters
are
subsequently
contrasted
with
those
generated
by
commercially
available
tool,
effectively
corroborating
accuracy
effectiveness
proposed
approach.
obtained
demonstrate
favourable
concurrence
behaviour
parameters,
considering
heat
flows,
state
charge,
net
power,
others,
discrepancy
less
than
1
%
production
when
benchmarked
against
commercial
reference.
Particularly,
incorporation
local
loss
due
assembly
defects
within
system
exerts
discernible
albeit
relatively
minor
influence
on
overall
plant.
occurrence
primarily
stems
from
distortions
imperfections
construction,
including
structure,
insulation
layers,
foundation,
thereby
creating
bridges
between
fluid
external
ambient
environment.
impact,
while
small,
not
negligible,
it
block
unexpectedly
shut
down
owing
depletion,
challenging
simulate
neglecting
loss.
Clean Technologies,
Journal Year:
2024,
Volume and Issue:
6(1), P. 365 - 378
Published: March 19, 2024
Solar
energy
is
not
only
the
most
abundant
on
earth
but
it
also
renewable.
The
use
of
this
expanding
very
rapidly
mainly
through
photovoltaic
technology.
However,
electricity
storage
remains
a
bottleneck
in
tackling
solar
resource
variability.
Thus,
thermal
becomes
particular
interest
when
required,
as
much
cheaper
than
storage.
objective
paper
to
make
short
update
CSP
(Concentrated
Power)
market
year
2023.
It
based
CSP-GURU
database,
which
lists
information
power
plants
all
over
world.
Although
database
open,
easy
find
UpToDate
analysis.
An
overview
technology
presented
and
offers
readable
figures
with
important
information.
This
includes
evolution
installed
capacities
worldwide
along
upcoming
projects
(under
construction)
technological
trends.
operating
temperatures
discussed.
Investment
costs
levelized
cost
are
provided
obtain
reliable
data
for
comparison
other
technologies.
Specific
land
requirements
highlighted,
overall
efficiency.
Relevant
examples
discussed
paper.
Eventually,
outlines
landscape
useful
scientific
educational
purposes.
