Journal of Energy Storage,
Год журнала:
2023,
Номер
69, С. 107795 - 107795
Опубликована: Июнь 8, 2023
Battery
energy
storage
systems
(BESSs)
play
a
key
role
in
the
renewable
transition.
Meanwhile,
BESSs
along
with
other
electric
grid
components
are
leveraging
Internet-of-things
paradigm.
As
downside,
they
become
vulnerable
to
cyberattacks.
The
detection
of
cyberattacks
against
is
becoming
crucial
for
system
redundancy.
We
identified
gap
existing
BESS
defense
research
and
formulated
new
types
attacks
their
methods.
attack
divided
into
forecast-based
approach
long-term
pattern
analysis.
perform
main
factor
analysis
machine-learning-based
methods
forecast
behavior
BESS.
In
addition,
we
observe
approaches
that
can
be
adapted
cyber
secure
design.
To
provide
thorough
investigation,
classified
based
on
targeted
battery
service
data
features
targets.
Sustainability,
Год журнала:
2024,
Номер
16(16), С. 7039 - 7039
Опубликована: Авг. 16, 2024
The
deployment
of
fifth-generation
(5G)
wireless
networks
has
already
laid
the
ground-work
for
futuristic
smart
cities
but
along
with
this,
it
also
triggered
rapid
growth
a
wide
range
applications,
example,
Internet
Everything
(IoE),
online
gaming,
extended/virtual
reality
(XR/VR),
telemedicine,
cloud
computing,
and
others,
which
require
ultra-low
latency,
ubiquitous
coverage,
higher
data
rates,
extreme
device
density,
ultra-high
capacity,
energy
efficiency,
better
reliability.
Moreover,
predicted
explosive
surge
in
mobile
traffic
until
2030
envisioned
potential
use-cases/scenarios
city
context
will
far
exceed
capabilities
5G
was
designed.
Therefore,
there
is
need
to
harness
6th
Generation
(6G)
capabilities,
not
only
meet
stringent
requirements
megacities
can
open
up
new
applications.
Other
crucial
concerns
that
be
addressed
are
related
network
security,
privacy,
interoperability,
digital
divide,
other
integration
issues.
In
this
article,
we
examine
current
emerging
trends
implementation
6G
arena.
Firstly,
give
an
inclusive
comprehensive
review
communication
technologies
find
use
cities.
discussion
each
technology
covers
its
benefits,
challenges
future
research
direction.
Secondly,
explore
promising
applications
these
technologies,
such
as,
grids,
healthcare,
waste
management,
etc.
conclusion
part,
have
highlighted
suggestions
possible
directions.
So,
single
paper,
attempted
provide
wider
perspective
on
6G-enabled
by
including
both
their
This
paper
help
readers
gain
holistic
view
ascertain
opportunities
bring
diverse,
massive
PeerJ Computer Science,
Год журнала:
2024,
Номер
10, С. e1840 - e1840
Опубликована: Апрель 26, 2024
The
need
to
update
the
electrical
infrastructure
led
directly
idea
of
smart
grids
(SG).
Modern
security
technologies
are
almost
perfect
for
detecting
and
preventing
numerous
attacks
on
grid.
They
unable
meet
challenging
cyber
standards,
nevertheless.
We
many
methods
techniques
effectively
defend
against
threats.
Therefore,
a
more
flexible
approach
is
required
assess
data
sets
identify
hidden
risks.
This
possible
vast
amounts
due
recent
developments
in
artificial
intelligence,
machine
learning,
deep
learning.
Due
adaptable
base
behavior
models,
learning
can
recognize
new
unexpected
attacks.
Security
will
be
significantly
improved
by
combining
previously
released
with
predictive
analytics.
Artificial
Intelligence
(AI)
big
used
learn
about
current
situation
potential
solutions
cybersecurity
issues
grids.
article
focuses
different
types
Furthermore,
it
also
challenges
AI
It
using
other
applications
like
healthcare.
Finally,
solution
grid
intelligence
discussed.
In
end,
some
future
directions
discussed
this
article.
Researchers
graduate
students
audience
our
Applied Sciences,
Год журнала:
2022,
Номер
12(17), С. 8914 - 8914
Опубликована: Сен. 5, 2022
Demand-side
management
(DSM)
is
a
significant
component
of
the
smart
grid.
DSM
without
sufficient
generation
capabilities
cannot
be
realized;
taking
that
concern
into
account,
integration
distributed
energy
resources
(solar,
wind,
waste-to-energy,
EV,
or
storage
systems)
has
brought
effective
transformation
and
challenges
to
In
this
review
article,
it
noted
overcome
these
issues,
crucial
analyze
demand-side
from
point
view
in
considering
various
operational
constraints
objectives
identifying
multiple
factors
affect
better
planning,
scheduling,
management.
paper,
gaps
research
possible
prospects
are
discussed
briefly
provide
proper
insight
current
implementation
using
storage.
With
expectation
an
increase
adoption
types
generation,
estimated
operations
can
offer
valuable
opportunity
for
customers
utility
aggregators
become
active
participants
dispatch,
market-oriented
trading
energy.
This
will
help
develop
strategies
reduce
system
uncertainties,
variations,
constraints.
Engineering Reports,
Год журнала:
2024,
Номер
6(4)
Опубликована: Янв. 30, 2024
Abstract
This
paper
develops
a
technical
framework
for
the
next‐generation
power
grid
transformer
(NGPGT)
renewables.
is
structured
to
overcome
environmental
challenges
produced
by
explosive
use
of
nonrenewable
base
energy
generation
sources.
The
these
sources
cannot
meet
required
electricity
world's
growing
community
due
their
availability,
cost,
and
lack
flexibility.
However,
modern
systems
focus
on
renewable
sources,
where
transformer's
interaction
plays
an
essential
role
in
generation,
transmission,
distribution.
centralization,
local
monitoring,
interoperability,
authenticity,
precise
bi‐directional
flow
may
limit
application
current
transformers
In
this
paper,
new
framework,
called
NGPGT,
developed
introducing
some
extended
features
addressing
shown
current‐generation
transformers.
enabling
advanced
with
existing
which
includes
automatic
condition
intelligent
inverters,
edge
computing,
controlling,
management.
also
illustrates
benefits
scope
NGPGT
compared
assembling
requirements
obligatory
components.
Additionally,
highlights
few
difficulties
implementing
terms
operational,
communication,
management,
economic
points
view,
enable
further
research
scopes
researchers.
