Environment Development and Sustainability,
Год журнала:
2023,
Номер
26(5), С. 11475 - 11513
Опубликована: Май 29, 2023
Abstract
Electric
vehicles
(EVs)
have
achieved
a
great
deal
of
success,
indicating
that
the
motor
industry
will
soon
be
emission-free.
They
run
on
electricity
stored
in
batteries,
which
their
drivers
can
recharge
using
an
external
source
electricity.
Therefore,
development
infrastructure
for
charging
EVs
has
become
necessity.
In
this
paper,
real
case
study
Zagazig,
Egypt,
evaluating,
operating,
and
determining
most
sustainable
location
EV
station
is
presented.
Identifying
such
complex
task
requires
considering
many
influencing
factors
sub-factors.
Consequently,
general
evaluation
system
includes
six
key
factors,
addition
to
nineteen
sub-factors,
been
developed.
A
multi-criteria
decision-making
(MCDM)
approach
applied
with
problem.
The
neutrosophic
theory
type-2
numbers
(T2NNs)
number
weighted
averaging
(T2NNWA)
operator
are
used
combine
expert
specialized
views
since
they
ambiguous
uncertain.
Firstly,
Decision-making
Trial
Evaluation
Laboratory
(DEMATEL)
method
prioritize
Then,
Complex
Proportional
Assessment
(COPRAS)
technique
selects
sites
stations.
Also,
comparison
sensitivity
evaluations
verify
approach's
reliability,
strength,
stability,
performance.
Finally,
article
provides
good
information
policymakers
results
indicate
economic
factor
important
selecting
optimal
followed
by
technical
factor.
Artificial Intelligence Review,
Год журнала:
2023,
Номер
56(9), С. 10557 - 10611
Опубликована: Фев. 25, 2023
Abstract
The
integration
of
renewable
energy
sources
(RESs)
has
become
more
attractive
to
provide
electricity
rural
and
remote
areas,
which
increases
the
reliability
sustainability
electrical
system,
particularly
for
areas
where
extension
is
difficult.
Despite
this,
hybrid
RESs
accompanied
by
many
problems
as
a
result
intermittent
unstable
nature
RESs.
extant
literature
discussed
RESs,
but
it
not
comprehensive
enough
clarify
all
factors
that
affect
In
this
paper,
review
made
This
includes
various
combinations
integrated
systems,
schemes,
requirements,
microgrid
communication
challenges,
well
artificial
intelligence
used
in
integration.
addition,
comprehensively
presents
potential
challenges
arising
from
integrating
resources
with
grid
control
strategies
used.
classifications
developed
facilitate
improvement
process.
paper
also
discusses
optimization
techniques
reduce
total
cost
sources.
examines
use
up-to-date
methods
improve
performance
grid.
A
case
study
conducted
analyze
impact
using
when
results
prove
helps
accuracy
operation
effective
accurate
prediction
system.
Various
are
combined
ANN
select
best
model.
PSO
fast
convergence
rate
reaching
minimum
errors
Normalized
Mean
Square
Error
(NMSE)
percentage
reaches
1.10%
3367.50
s.
Expert Systems with Applications,
Год журнала:
2023,
Номер
221, С. 119724 - 119724
Опубликована: Фев. 22, 2023
Evaluation
based
on
distance
from
average
solution
(EDAS),
developed
in
2015,
is
one
of
the
well-known
and
frequently
utilized
methods
which
applied
for
different
types
decision
making
problems.
The
output
EDAS
a
ranking
order
alternatives
their
aggregated
scores.
In
this
regard,
literature
lacks
comprehensive
review
developments
applications
EDAS.
For
purpose,
study
conducts
developments,
extensions,
method.
First,
method
its
extensions
are
shortly
introduced.
Next,
theoretical
studies
presented.
A
meta
analysis
performed
terms
publication
year,
authors,
authors’
countries,
journals,
combined
methods,
uncertainty
sets.
Practical
problems
categorized
into
nine
application
groups
as
agriculture,
business
management,
construction
energy
natural
resources,
healthcare
information
technology
(IT),
manufacturing,
supply
chain
transportation
management.
Results
can
empower
real-life
makers
to
handle
vague
incomplete
involved
process,
express
opinions
stakeholders
under
novel
Energies,
Год журнала:
2023,
Номер
16(2), С. 642 - 642
Опубликована: Янв. 5, 2023
Renewable
energy
solutions
are
appropriate
for
on-grid
and
off-grid
applications,
acting
as
a
supporter
the
utility
network
or
rural
locations
without
need
to
develop
extend
costly
difficult
grid
infrastructure.
As
result,
hybrid
renewable
sources
have
become
popular
option
grid-connected
standalone
systems.
This
paper
examines
power
production
systems
with
focus
on
sustainability,
reliability
due
irregularities,
techno-economic
feasibility,
being
environmentally
friendly.
In
attaining
reliable,
clean,
cost-effective
system,
sizing
optimal
(HRES)
is
crucial
challenge.
The
presenters
went
further
outline
best
approach
that
can
be
used
in
HRES,
taking
into
consideration
key
components,
parameters,
methods,
data.
Moreover,
goal
functions,
constraints
from
design,
system
optimization
software
tools,
meta-heuristic
algorithm
methodologies
were
highlighted
available
studies
this
timely
synopsis
of
state
art.
Additionally,
current
issues
resulting
scaling
HRES
also
identified
discussed.
latest
trends
advances
planning
problems
thoroughly
addressed.
Finally,
provides
suggestions
research
component
HRES.
Renewable Energy,
Год журнала:
2023,
Номер
207, С. 672 - 686
Опубликована: Март 13, 2023
Clean
energy
technologies
are
playing
a
vital
role
in
transition,
realization
of
Net-Zero
emission
goals,
and
satisfying
increasing
demands.
The
objective
this
work
is
to
investigate
the
potentials
renewable
sources
propose
state-of-the-art
new
grid
connected
system
model,
which
increases
penetration
energies
medium-size
Municipality
Perugia,
Central
Italy.
presented
model
integrates
optimises
mainly
consisting
hydro,
solar,
biomass,
by
implementing
dispatch
strategies
advanced
mathematical
model.
developed
maximises
power
generation
each
source
based
on
least
Net
Present
Cost
lowest
Levelized
Energy
balances
fluctuating
load
demand
using
combined
strategies.
Furthermore,
demand-side
management
implemented
for
efficient
management.
An
economic
environmental
analysis
has
been
performed
evaluate
impact
proposed
system.
results
show
that
significant
amount
clean
(33.2
GWh/year)
produced
at
0.067
€/kWh.
Moreover,
up
78%
selected
community
covered
energies,
evades
13,452
tons
CO2
yearly.
