Heliyon,
Journal Year:
2024,
Volume and Issue:
10(9), P. e30466 - e30466
Published: May 1, 2024
Integrating
wind
power
with
energy
storage
technologies
is
crucial
for
frequency
regulation
in
modern
systems,
ensuring
the
reliable
and
cost-effective
operation
of
systems
while
promoting
widespread
adoption
renewable
sources.
Power
are
changing
rapidly,
increased
integration
evolving
system
architectures.
These
transformations
bring
forth
challenges
like
low
inertia
unpredictable
behavior
generation
load
components.
As
a
result,
(FR)
becomes
increasingly
important
to
ensure
grid
stability.
Energy
Storage
Systems
(ESS)
their
adaptable
capabilities
offer
valuable
solutions
enhance
adaptability
controllability
especially
within
farms.
This
research
provides
an
updated
analysis
critical
stability
challenges,
examines
state-of-the-art
control
techniques,
investigates
barriers
that
hinder
integration.
Moreover,
it
introduces
emerging
ESS
explores
potential
applications
supporting
Furthermore,
this
paper
offers
suggestions
future
directions
scientists
exploring
utilization
characterized
by
significant
penetration
power.
Environmental Chemistry Letters,
Journal Year:
2023,
Volume and Issue:
21(3), P. 1381 - 1418
Published: March 24, 2023
Abstract
The
global
shift
from
a
fossil
fuel-based
to
an
electrical-based
society
is
commonly
viewed
as
ecological
improvement.
However,
the
electrical
power
industry
major
source
of
carbon
dioxide
emissions,
and
incorporating
renewable
energy
can
still
negatively
impact
environment.
Despite
rising
research
in
energy,
consumption
on
environment
poorly
known.
Here,
we
review
integration
energies
into
electricity
sector
social,
environmental,
economic
perspectives.
We
found
that
implementing
solar
photovoltaic,
battery
storage,
wind,
hydropower,
bioenergy
provide
504,000
jobs
2030
4.18
million
2050.
For
desalinization,
photovoltaic/wind/battery
storage
systems
supported
by
diesel
generator
reduce
cost
water
production
69%
adverse
environmental
effects
90%,
compared
full
fuel
systems.
potential
emission
reduction
increases
with
percentage
sources
utilized.
photovoltaic/wind/hydroelectric
system
most
effective
addressing
climate
change,
producing
2.11–5.46%
increase
generation
3.74–71.61%
guarantee
share
ratios.
Compared
single
systems,
hybrid
are
more
reliable
better
equipped
withstand
impacts
change
supply.
ACS Applied Electronic Materials,
Journal Year:
2022,
Volume and Issue:
4(7), P. 3327 - 3353
Published: June 23, 2022
To
date,
rare
earth
oxides
(REOs)
have
proven
to
be
key
components
in
generating
sustainable
energy
solutions,
ensuring
environmental
safety
and
economic
progress
due
their
diverse
attributes.
REOs'
exceptional
optical,
thermodynamic,
chemical
properties
made
them
indispensable
a
variety
of
sophisticated
technologies,
including
electric
vehicle
magnets,
portable
devices,
fuel
cell
catalysts,
radiation
shielding,
dosimetry,
many
others.
Therefore,
the
successful
incorporation
elements
(REEs)
into
host
materials
controlled
concentrations
offers
competitive
advantages
fabricate
sensors,
shielding
glasses,
as
well
improve
performance
existing
photovoltaic
cells,
which
is
great
interest
both
researchers
industry.
As
global
demand
for
REEs
grows
rapidly,
it
critical
comprehend
underlying
physics
wider
consequences
on
nuclear
near
long
term.
However,
despite
relevance,
focused
review
applications,
prospects,
challenges
REOs
photovoltaics,
nuclear,
devices
still
unavailable.
this
effort,
succinctly
reports
recent
experimental
studies
eight
(R2O3,
R
=
Yb,
Er,
Sm,
Eu,
Y,
Gd,
Dy,
Ce)
specific
applications
industrial
aspects.
While
several
subdomains
are
reported,
next-generation
solar
cells
promoting
zero-emission
clean
rechargeable
batteries
vehicles
(EVs)
most
pioneering
ones.
Furthermore,
stability
compositional
versatility
allow
used
high-efficiency
converters,
solid
oxide
(SOFCs).
From
perspective
thermodynamic
structural
stability,
gamma
neutron
absorptivity
REO-doped
(such
Dy3+,
Eu3+,
Sm3+,
Nd3+,
etc.)
glasses
shows
improved
domains.
Aside
from
prospects
presented
article
likely
encourage
current
future
scholars
pursue
wide
range
important
fields
systems.
This
also
(i.e.,
material
degradation,
phase
transformation,
magnetic
entropy
shift,
associated
with
standalone
section.
These
immediate
attention
scientists
engineers
efficient,
cost-effective,
environmentally
solutions.
At
end,
advancement
pathways
REO
suggested.
ACS Catalysis,
Journal Year:
2022,
Volume and Issue:
12(15), P. 9735 - 9752
Published: July 27, 2022
Electrochemical
reduction
of
CO2
to
high-value
hydrocarbons
and
oxygenates
is
an
attractive
technique
store
intermittent
renewable
energy.
Diverse
catalysts
are
capable
catalyzing
the
CO
conversion,
while
further
occurs
almost
exclusively
on
Cu.
Monocomponent
Cu
suffer
from
high
overpotential
low
Faradaic
efficiency
oxygenates.
Combining
conversion
Au,
Ag,
single-atom
catalysts,
etc.,
with
a
promising
strategy
achieve
selectivity
formation
rate
highly
reduced
products.
Numerous
tandem
have
been
developed
based
this
idea,
mass
transport
intermediate
CO-formation
catalyst
key
factor
that
needs
be
considered
in
design
catalysts.
Rational
analysis
different
modes
reported
designs
needed
for
development
reduction.
In
review,
we
elucidate
how
spatial
distribution
determines
mode
consequently
affects
utilization
intermediate.
We
also
discuss
challenges
perspectives
understanding
interaction
between
improving
their
catalytic
performance
Energy and Built Environment,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Jan. 1, 2024
The
study
meticulously
reviews
international
growth
trends
in
renewable
energy
from
2010
to
2022,
across
various
global
regions.
Utilizing
a
comprehensive
methodology,
the
systematically
analyzes
academic
articles,
policy
documents,
and
industry
reports
offer
holistic
understanding
of
progression
distribution
practices.
It
scrutinizes
principal
drivers
propelling
adoption
resources
identifies
prevalent
challenges
that
impede
their
maximization.
critically
evaluates
existing
policies,
infrastructural
advancements,
technological
innovations,
assessing
effectiveness
diverse
socio-economic
landscapes.
delves
into
environmental
economic
impacts
transitioning
energy,
underlining
intricate
balance
between
sustainable
development
ecological
conservation.
role
as
pivotal
player
climate
change
mitigation
is
explored,
providing
balanced
perspective
its
potential
transform
systems
while
recognizing
complexities
widespread
adoption.
Additionally,
outlines
future
trajectories
for
growth,
offering
invaluable
insights
policymakers,
researchers,
investors.
underscores
necessity
evidence-based
decision-making
navigate
intricacies
capitalize
on
opportunities.
In
essence,
research
encourages
an
active
informed
approach,
guiding
community
towards
more
environmentally
responsible
future.
Applied Thermal Engineering,
Journal Year:
2023,
Volume and Issue:
229, P. 120607 - 120607
Published: April 20, 2023
Space
constraints
in
urban
areas
can
make
it
difficult
to
utilise
renewable
energy
resources,
like
solar
systems.
However,
this
limitation
be
overcome
by
utilising
building
façades
produce
energy.
Up
40%
of
the
global
demand
is
due
consumed
buildings,
which
also
account
for
33%
greenhouse
gas
(GHG)
emissions.
Buildings
have
both
electrical
and
thermal
various
processes
such
as
lighting,
space
heating
hot
water
supply.
The
simultaneous
production
energies
possible
with
photovoltaic
(PV/T)
Electrical
efficiency
upgraded
decreasing
surface
temperatures
(PV)
panels
working
fluid
circulating
system.
Building-integrated
PV/T
(BIPV/T)
systems
within
successfully
and,
thus,
improve
buildings’
performance.
This
review
study
explains
operation
BIPV/T
systems,
their
classification
utilisation
benefits,
performance
improvement
techniques,
potential
contributions
energy-efficient
buildings.
major
goal
present
new
users
researchers
access
up-to-date
sources
information
about
literature.
includes
recent
technological
advancements
published
literature,
emphasises
primary
goals
cited
works
hotspots,
provides
readers
an
overview
topic
rather
than
a
detailed
analysis
The Science of The Total Environment,
Journal Year:
2023,
Volume and Issue:
882, P. 163490 - 163490
Published: April 15, 2023
There
is
a
limited
comprehensive
analysis
of
the
effectiveness
adopted
carbon
mitigation
strategies
for
buildings
over
their
life
cycle,
that
are
concerned
with
temporal
perspectives
emissions.
Accordingly,
this
paper
explores
cycle
assessment
(LCA)
to
address
concerns
regarding
mitigating
footprint
UK
timber-frame
low-energy
dwelling.
In
particular,
it
aims
investigate
potential
greenhouse
gas
(GHG)
emission
reduction
in
terms
three
different
heating
and
ventilation
options,
analyze
influence
decarbonization
electricity
production
as
well
technological
progress
waste
treatment
timber
on
building's
environmental
performance.
Thus,
whole
life‑carbon
building
case
studies
was
evaluated
total
eight
investigated
prospective
scenarios,
they
were
compared
LCA
results
baseline
scenario,
where
existing
technology
context
remained
constant
time.
Results
show
using
compact
heat
pump
would
lead
significant
life-cycle
dwelling,
by
19
%;
while
GHG
savings
can
be
reinforced
if
assessed
systems
employed
simultaneously
grid
decarbonization,
exhibiting
25
%-60
%
scenario.
Moreover,
changes
treatments
products
could
substantially
reduce
buildings'
embodied
emissions,
representing
3
%-23
%.
From
these
emission-saving
measures,
contribution
material
efficiency
achieve
more
should
highlighted
future
construction
practices.
Frontiers in Energy Research,
Journal Year:
2023,
Volume and Issue:
11
Published: Sept. 14, 2023
The
pressing
issues
of
climate
change
and
the
limited
availability
non-renewable
energy
resources
have
created
a
growing
need
for
sustainable
alternatives.
This
study
provides
comprehensive
overview
solutions
complex
relationship
between
economy.
challenges
opportunities
presented
by
transition
to
sources
are
explored,
including
investment
in
renewable
technologies,
policy
changes
incentivize
use,
potential
job
creation
sector.
On
other
hand,
it
is
recognized
that
there
considerable
hurdles
be
addressed,
substantial
initial
expenses
associated
with
establishing
systems,
as
well
political
societal
barriers
enacting
change.
economic
benefits
transitioning
energy,
such
improved
security,
reduced
dependence
on
fossil
fuels,
increased
growth,
evaluated.
economy
thoroughly
analyzed,
presenting
valuable
contribution
academic
literature
energy.
Furthermore,
an
inquiry
being
made
into
blockchain
technology
advancing
landscape.
includes
its
ability
augment
effectiveness
openness
markets,
capacity
assist
assimilation
resources.
Hence,
this
research
underscores
importance
their
environmental
merits.
findings
offer
insights
inform
decisions
guide
future
endeavors
field.
By
promoting
advancement
contributes
development
more
global
