Processes,
Journal Year:
2024,
Volume and Issue:
13(1), P. 48 - 48
Published: Dec. 28, 2024
This
paper
provides
a
comprehensive
and
systematic
review
of
fault
diagnosis
methods
based
on
artificial
intelligence
(AI)
in
smart
distribution
networks
described
the
literature.
For
first
time,
it
systematically
combs
through
main
objectives
corresponding
for
network
from
perspective
combined
signal
processing
algorithms.
The
an
in-depth
analysis
advantages
disadvantages
various
techniques
intelligent
algorithms
different
tasks,
focusing
impact
data
dimensions
effect
diagnosis.
points
out
that
security
issues
question
how
to
combine
expert
domain
knowledge
with
technology
are
essential
directions
future
development
network.
Frontiers in Environmental Science,
Journal Year:
2025,
Volume and Issue:
12
Published: Jan. 15, 2025
Introduction
China
is
the
largest
emitter
of
carbon
dioxide
(CO
2
)
in
world,
with
its
power
industry
being
primary
source
these
emissions.
The
high
emission
levels
are
primarily
attributed
to
extensive
consumption
fossil
resources
during
thermal
generation.
Developing
clean
energy
generation
replace
one
main
strategies
mitigate
level
emissions
and
thus
promoting
low-carbon
transition.
Method
To
explore
relationship
between
China’s
development
electricity
from
power,
this
paper
conducts
an
empirical
study
using
provincial
data
2008
2021,
while
employing
fixed-effects
models,
mediation
effect
tests,
heterogeneity
tests.
Results
discussion
results
indicate
that
increase
reduces
CO
exhibits
a
trend
diminishing
eastern
economic
zone
western
China.
In
regions
higher
urbanization,
has
more
significant
on
mitigating
whereas
upgrading
industrial
structure
central
contributes
decreasing
power.
Research
(R&D)
investment
plays
mediating
role
helps
improve
reduce
Finally,
policy
implications
proposed
intensify
R&D
investment,
promote
crossregional
cooperation
sharing
energy,
implement
differentiated
policies,
establish
sustainable
monitoring
evaluation
system.
Energies,
Journal Year:
2025,
Volume and Issue:
18(7), P. 1618 - 1618
Published: March 24, 2025
Traditional
centralized
energy
grids
struggle
to
meet
urban
areas’
increasingly
complex
demands,
necessitating
the
development
of
more
sustainable
and
resilient
solutions.
Smart
microgrids
offer
a
decentralized
approach
that
enhances
efficiency,
facilitates
integration
renewable
sources,
improves
resilience.
This
study
follows
systematic
review
approach,
analyzing
literature
published
in
peer-reviewed
journals,
conference
proceedings,
industry
reports
between
2011
2025.
The
research
draws
from
academic
publications
institutions
alongside
regulatory
reports,
examining
actual
smart
microgrid
deployments
San
Diego,
Barcelona,
Seoul.
Additionally,
this
article
provides
real-world
case
studies
New
York
London,
showcasing
successful
unsuccessful
deployments.
Brooklyn
Microgrid
demonstrates
peer-to-peer
trading,
while
London
faces
regulations
funding
challenges
its
systems.
paper
also
explores
economic
policy
frameworks
such
as
public–private
partnerships
(PPPs),
localized
markets,
standardized
models
enable
adoption
at
scale.
While
PPPs
provide
financial
infrastructural
support
for
deployment,
they
introduce
stakeholder
alignment
compliance
complexities.
Countries
like
Germany
India
have
successfully
used
development,
leveraging
low-interest
loans,
government
incentives,
mechanisms
encourage
innovation
technologies.
In
addition,
examines
new
trends
utilization
AI
quantum
computing
optimize
energy,
climate
design
before
outlining
future
agenda
focused
on
cybersecurity,
decarbonization,
inclusion
technology.
Contributions
include
modular
scalable
framework,
innovative
hybrid
storage
systems,
performance-based
model
suited
environment.
These
contributions
help
fill
gap
what
is
possible
today
needed
systems
create
foundation
cities
next
century.
Solar Energy and Sustainable Development,
Journal Year:
2025,
Volume and Issue:
14(1), P. 199 - 236
Published: March 4, 2025
The
integration
of
renewable
energy
systems
(RES)
into
microgrids
faces
challenges
from
technical,
economic,
and
socio-environmental
perspectives.
Despite
their
potential
to
address
access
climate
change
challenges,
RES-based
face
significant
barriers,
including
technical
complexities,
economic
constraints,
socio-cultural
resistance,
regulatory
inadequacies,
environmental
concerns.
Some
the
issues,
like
intermittency
lack
compatibility
with
other
sources,
are
managed
by
management
(EMS)
integrated
battery
systems.
These
barriers
include
high
capital
investment
unpredictable
revenue
which
addressable
through
chosen
microgrid
architecture,
flexible
payment
structures,
tariffs.
Community
opposition
local
knowledge
overcome
employing
mitigation
measures
that
pertain
partaking
in
planning
processes
developing
training
programs.
gaps
addressed
use
standardized
policy
as
well
streamlined
permitting
procedures,
while
issues
application
life
cycle
assessment
(LCA)-based
solutions
environmentally
sustainable
materials.
Furthermore,
paper
addresses
more
recent
developments,
artificial
intelligence
(AI),
peer-to-peer
(P2P)
trading,
an
emphasis
on
improvement
prospects.
Finally,
implications
presented,
stressing
need
for
systemic
observed
tendencies.
This
systematically
reviews
multifaceted
integrating
RES
microgrids.
It
presents
innovative
solutions,
AI-driven
management,
modular
designs,
frameworks
enhance
efficiency,
reliability,
sustainability
a
scalable
transition.
review
provides
diverse
view
future
growth
several
insights
stakeholders
related
development
technology
making
transition
sustainable.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(6), P. 2697 - 2697
Published: March 18, 2025
This
paper
investigates
strategies
to
address
climate
change
by
promoting
sustainable
energy
technologies
and
consumption
practices.
It
examines
renewable
sources
such
as
solar,
wind,
geothermal
their
potential
reduce
greenhouse
gas
emissions.
The
study
also
explores
optimization
techniques,
focusing
on
genetic
algorithms
(GAs)
smart
systems
like
grids
microgrids,
which
enhance
efficiency
sustainability.
research
highlights
the
role
of
circular
economy
in
fostering
through
recycling
waste
management.
Furthermore,
economic
trade-offs
between
environmental
harm,
impact
both
fossil
fuel
energies.
A
dual
methodological
approach
is
employed:
first,
an
endogenous
growth
model
excluding
factors,
followed
a
modified
version
incorporating
considerations.
Using
continuous
algorithm
data
from
2000
2025,
forecasts
optimal
trajectory
for
energy’s
share
global
under
two
scenarios.
findings
suggest
that
could
represent
82.4%
total
constraints,
up
current
45%.
hindered
challenges
droughts,
hydropower
production.
concludes
achieving
transition
requires
comprehensive
policies
integrating
expansion,
efficiency,
protection.
These
provide
important
insights
into
optimizing
pathways
They
serve
foundation
future
policy
recommendations,
aiming
ensure
low
emission
balancing
need
with
preservation
environment.
