Energies,
Journal Year:
2023,
Volume and Issue:
16(21), P. 7248 - 7248
Published: Oct. 25, 2023
The
rapid
growth
of
the
energy
and
transport
sectors
has
led
to
an
increase
in
fuel
consumption,
resulting
a
significant
rise
greenhouse
gas
emissions.
Switching
renewable
sources
replacing
internal
combustion
engines
with
electric
vehicles
(EVs)
can
significantly
reduce
In
recent
years,
electrification
transportation
sector
become
primary
focus
research
development
efforts.
However,
if
EVs
are
charged
using
conventional
sources,
we
unable
fully
capitalize
on
their
potential
Charging
is
optimal
solution.
Otherwise,
increased
number
roads
impact
stability
existing
grids.
As
result,
smart
homes
EV
charging
stations
becoming
increasingly
popular
worldwide.
This
review
focuses
concept
grid-connected
rooftop
solar
photovoltaic
(PV)
integrated
management
systems
Australia.
Australia
emissions
building
by
electrifying
range
ultimately
powering
them
100%
sources.
benefits
integration
alongside
for
house-to-vehicle
or
vehicle-to-house,
as
well
vehicle-to-grid
grid-to-vehicle
(bidirectional
charging)
capabilities
also
explored
this
article.
By
adopting
these
systems,
provide
schemes
commercial
use,
contributing
owner’s
economic
benefit.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(18), P. 13464 - 13464
Published: Sept. 8, 2023
This
article
explores
the
possible
ramifications
of
incorporating
ideas
from
AEC
Industry
6.0
into
design
and
construction
intelligent,
environmentally
friendly,
long-lasting
structures.
statement
highlights
need
to
shift
away
current
methods
seen
in
5.0
effectively
respond
increasing
requirement
for
creative
sustainable
infrastructures.
Modern
building
techniques
have
been
made
more
efficient
because
6.0’s
cutting-edge
equipment,
digitalization,
ecologically
concerned
methods.
The
academic
community
has
thoroughly
dissected
many
benefits
5.0.
Examples
are
increased
stakeholder
involvement,
automation,
robotics
optimization,
decision
structures
based
on
data,
careful
resource
management.
However,
difficulties
implementing
principles
laid
bare
this
research.
It
calls
skilled
experts
who
latest
technologies,
coordinate
technical
expertise
stakeholders,
orchestrate
interoperable
standards,
strengthen
cybersecurity
procedures.
study
evaluates
how
well
can
create
smart,
long-lasting,
sound
goal
is
specify
these
may
revolutionize
industry.
In
addition,
research
provides
an
in-depth
analysis
industry
might
best
adopt
6.0,
underscoring
sector-wide
significance
paradigm
change.
analyzes
about
big
data
analytics,
IoT,
collaborative
robotics.
To
better
understand
potential
pitfalls
buildings,
examines
interaction
between
organizational
dynamics,
human
actors,
robotic
systems.
Energy Reports,
Journal Year:
2024,
Volume and Issue:
12, P. 2179 - 2192
Published: Aug. 16, 2024
The
accelerated
growth
in
renewable
energy
systems
offers
resolutions
for
reaching
clean
and
sustainable
production.
Electrical
Energy
Systems
(ESS)
present
indispensable
tools
with
diverse
applications
to
satisfy
intermittent
characteristics
of
energies
enable
the
transition
applied
methodology
assess
review
hybridization
concept
summarizes
employments
technical
evaluations
mutual
between
production
consumption
sectors
while
high-efficiency
EES
has
been
considered
as
a
synchronizer.
Optimized
smart
grids
microgrids
benefit
from
EES,
making
more
efficient
reliable.
rise
electric
vehicles
an
eco-friendly
transportation
solution
also
depends
on
overcome
storage
challenges.
novel
aim
this
work
lies
elaboration
large-scale
storing
harvesting
effective
peak-shaving
purposes.
This
multidisciplinary
put
higher
emphasis
essence
interconnection
different
industrial
subdivisions
environmentally
benign,
high-efficiency,
economical
process
reflections.
Mechanical
storage,
thermomechanical
thermal
chemical
electrical
electrochemical
are
involved
concepts
study.
These
divisions
collectively
form
comprehensive
strategy
optimizing
utilization.
RE
sites
increasingly
utilize
enhance
system
flexibility,
grid
stability,
power
supply
reliability.
Whether
primary
source
is
solar,
wind,
geothermal,
hydroelectric,
or
oceanic,
provides
critical
ability
store
manage
efficiently.
Engineering Science & Technology Journal,
Journal Year:
2024,
Volume and Issue:
5(3), P. 1112 - 1124
Published: March 28, 2024
Energy
storage
solutions
play
a
pivotal
role
in
enhancing
grid
efficiency
and
reliability,
offering
multitude
of
benefits
for
operators,
utilities,
consumers
alike.
This
comprehensive
review
examines
the
potential
energy
technologies
optimizing
performance.
The
begins
by
outlining
significance
addressing
challenges
modernization
integration
renewable
sources.
It
explores
various
types
technologies,
including
batteries,
pumped
hydro
storage,
compressed
air
thermal
assessing
their
capabilities,
limitations,
suitability
applications.
Furthermore,
delves
into
that
bring
to
grid,
such
as
peak
shaving,
load
leveling,
frequency
regulation,
stabilization.
analyzes
real-world
case
studies
examples
deployments,
highlighting
effectiveness
improving
reliability
resilience
while
reducing
operational
costs.
Despite
promising
also
addresses
barriers
hindering
widespread
adoption.
These
include
cost
considerations,
regulatory
frameworks,
technical
constraints,
need
standardized
performance
metrics
interoperability
standards.
Looking
ahead,
discusses
emerging
trends
opportunities
advancements
battery
technology,
grid-scale
projects,
with
systems
smart
infrastructure.
emphasizes
importance
continued
research,
innovation,
collaboration
unlock
full
efficiency.
In
conclusion,
underscores
critical
efficiency,
integration,
ensuring
stability
resilience.
calls
concerted
efforts
from
policymakers,
industry
stakeholders,
researchers
overcome
existing
accelerate
deployment
more
sustainable
resilient
future.
Keywords:
Efficiency,
Grid,
Solutions,
Storage,
Potential.
Frontiers in Energy Research,
Journal Year:
2024,
Volume and Issue:
12
Published: Feb. 8, 2024
Concerns
related
to
climate
change
have
shifted
global
attention
towards
advanced,
sustainable,
and
decarbonized
energy
systems.
While
renewable
resources
such
as
wind
solar
offer
environmentally
friendly
alternatives,
their
inherent
variability
intermittency
present
significant
challenges
grid
stability
reliability.
The
integration
of
sources
requires
innovative
solutions
effectively
balance
supply
demand
in
the
electricity
grid.
This
review
explores
critical
role
electrolyzer
systems
addressing
these
by
providing
ancillary
services
modern
grids.
Electrolyzers
traditionally
used
only
for
hydrogen
production
now
emerged
versatile
tools
capable
responding
quickly
load
variations.
They
can
consume
during
excess
periods
or
when
integrated
with
fuel
cells
generate
peak
demand,
contributing
stability.
Therefore,
fulfill
dual
function
producing
end-user
offering
balancing
services,
ensuring
greater
economic
feasibility.
paper
aims
provide
a
comprehensive
view
systems’
provision
including
frequency
control,
voltage
congestion
management,
black
start.
technical
aspects,
market,
projects,
challenges,
future
prospects
using
electrolyzers
are
explored.
International Journal of Applied Research in Social Sciences,
Journal Year:
2024,
Volume and Issue:
6(6), P. 1103 - 1132
Published: June 6, 2024
The
intersection
of
renewable
energy
and
environmental
health
represents
a
critical
nexus
where
advancements
in
sustainable
solutions
hold
significant
promise
for
addressing
pressing
global
challenges.
This
review
explores
the
intricate
relationship
between
technologies
their
impact
on
health,
highlighting
urgent
need
transformative
initiatives.
By
examining
adverse
effects
traditional
sources
air
quality,
water
purity,
land
integrity,
it
becomes
evident
that
transition
to
is
imperative
mitigating
these
risks.
Through
case
studies
technological
innovations,
this
showcases
tangible
benefits
integrating
systems,
including
reductions
pollution-related
illnesses,
improvements
sanitation,
mitigation
degradation.
However,
despite
numerous
advantages,
challenges
such
as
economic
barriers,
limitations,
policy
obstacles
hinder
widespread
adoption.
Overcoming
requires
collaborative
efforts
across
sectors
innovative
approaches
research
development.
prioritizing
investments
infrastructure,
implementing
supportive
policies,
fostering
international
cooperation,
society
can
pave
way
healthier
more
future.
underscores
importance
advancing
at
emphasizing
urgency
collective
action
address
complex
facing
our
planet.
Keywords:
Renewable
Energy,
Environmental
Health,
Sustainable
Solutions,
Advancements,
Technological
Innovations.
Energies,
Journal Year:
2025,
Volume and Issue:
18(3), P. 689 - 689
Published: Feb. 2, 2025
Although
the
impact
of
integrating
solar
and
wind
sources
into
power
system
has
been
studied
in
past,
chaos
caused
by
energy
generation
not
yet
had
broader
mitigation
solutions
notwithstanding
their
rapid
deployment.
Many
research
efforts
using
prediction
models
have
developed
real-time
monitoring
variability
machine
learning
predictive
algorithms
contrast
to
conventional
methods
studying
variability.
This
study
focused
on
causes
types
variability,
challenges,
strategies
used
minimize
grids
worldwide.
A
summary
top
ten
cases
countries
that
successfully
managed
electrical
presented.
Review
shows
most
success
embraced
advanced
storage,
grid
upgrading,
flexible
mix
as
key
technological
economic
strategies.
seven-point
conceptual
framework
involving
all
stakeholders
for
managing
networks
increasing
variable
renewable
(VRE)-grid
integration
proposed.
Long-duration
virtual
plants
(VPPs),
smart
infrastructure,
cross-border
interconnection,
power-to-X,
flexibility
are
takeaways
achieving
a
reliable,
resilient,
stable
grid.
review
provides
useful
up-to-date
information
researchers
industries
investing
energy-intensive
