Journal of Energy Storage,
Journal Year:
2023,
Volume and Issue:
69, P. 107795 - 107795
Published: June 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.
Energies,
Journal Year:
2023,
Volume and Issue:
16(10), P. 4025 - 4025
Published: May 11, 2023
The
use
of
machine
learning
and
data-driven
methods
for
predictive
analysis
power
systems
offers
the
potential
to
accurately
predict
manage
behavior
these
by
utilizing
large
volumes
data
generated
from
various
sources.
These
have
gained
significant
attention
in
recent
years
due
their
ability
handle
amounts
make
accurate
predictions.
importance
particular
momentum
with
transformation
that
traditional
system
underwent
as
they
are
morphing
into
smart
grids
future.
transition
towards
embed
high-renewables
electricity
is
challenging,
generation
renewable
sources
intermittent
fluctuates
weather
conditions.
This
facilitated
Internet
Energy
(IoE)
refers
integration
advanced
digital
technologies
such
Things
(IoT),
blockchain,
artificial
intelligence
(AI)
systems.
It
has
been
further
enhanced
digitalization
caused
COVID-19
pandemic
also
affected
energy
sector.
Our
review
paper
explores
prospects
challenges
using
provides
an
overview
ways
which
constructing
can
be
applied
order
them
more
efficient.
begins
description
role
operations.
Next,
discusses
systems,
including
benefits
limitations.
In
addition,
reviews
existing
literature
on
this
topic
highlights
used
Furthermore,
it
identifies
opportunities
associated
methods,
quality
availability,
discussed.
Finally,
concludes
a
discussion
recommendations
research
application
future
grid-driven
powered
IoE.
Energy Reports,
Journal Year:
2024,
Volume and Issue:
11, P. 1376 - 1398
Published: Jan. 13, 2024
As
the
world
continues
to
seek
sustainable
and
efficient
energy
solutions,
integration
of
advanced
technologies
into
smart
grid
management
(SEGM)
becomes
a
paramount
focus.
The
advent
Sixth
Generation
(6G)
wireless
networks
promises
revolutionize
way
grids
are
monitored,
controlled,
optimized.
This
review
paper
explores
potential
6G
in
context
SEGM.
It
discusses
vision
techniques
that
can
be
harnessed
unlock
full
capabilities
networks.
delves
challenges
opportunities
presented
by
technology,
addressing
issues
such
as
scalability,
security,
real-time
monitoring,
dynamic
spectrum
access.
Moreover,
it
how
enable
seamless
with
other
technologies,
blockchain
cybertwin,
enhance
resilience
reliability
grids.
comprehensive
aims
shed
light
on
transformative
role
networks,
paving
for
intelligent
future
management.
Engineering Science & Technology Journal,
Journal Year:
2024,
Volume and Issue:
5(3), P. 873 - 887
Published: March 24, 2024
As
environmental
concerns
continue
to
escalate,
the
integration
of
sustainability
principles
into
project
management
practices
has
emerged
as
a
crucial
endeavor
across
various
industries.
In
realm
Heating,
Ventilation,
and
Air
Conditioning
(HVAC)
systems,
where
energy
consumption
impact
are
significant,
incorporation
sustainable
presents
both
challenges
opportunities.
This
review
provides
an
overview
opportunities
associated
with
integrating
HVAC
management.
Challenges
in
stem
from
factors,
including
technological
limitations,
cost
considerations,
organizational
barriers.
Technologically,
adoption
solutions
often
requires
investments
advanced
equipment
which
may
not
always
be
readily
available
or
affordable
for
all
projects.
Additionally,
upfront
costs
implementing
can
perceived
prohibitive,
especially
industries
budget
constraints
prevalent.
Moreover,
inertia
resistance
change
pose
significant
challenges,
stakeholders
hesitant
deviate
traditional
methodologies.
Despite
these
there
exist
ample
Advancements
technology,
such
development
energy-efficient
systems
renewable
integration,
provide
reduce
while
enhancing
operational
efficiency.
Furthermore,
growing
emphasis
on
green
building
certifications,
LEED
(Leadership
Energy
Environmental
Design),
incentivizes
by
offering
recognition
financial
benefits
projects
that
meet
stringent
criteria.
increasing
awareness
issues
regulatory
requirements
underscores
importance
By
aligning
standards
industry
best
practices,
organizations
mitigate
risks
non-compliance
their
reputation
environmentally
responsible
entities.
While
persist,
impact,
enhance
efficiency,
foster
culture
innovation.
addressing
proactively
leveraging
opportunities,
position
themselves
leaders
management.
Keywords:
HVAC,
Project
Management,
Challenges,
Sustainability,
Review.
Engineering Science & Technology Journal,
Journal Year:
2024,
Volume and Issue:
5(4), P. 1257 - 1269
Published: April 10, 2024
Smart
grids
have
emerged
as
a
key
technology
in
the
quest
for
energy
efficiency
and
sustainability.
This
review
provides
comprehensive
analysis
of
impact
smart
on
efficiency,
highlighting
findings,
challenges,
future
directions.
leverage
advanced
sensing,
communication,
control
technologies
to
optimize
generation,
distribution,
consumption
electricity.
By
enabling
two-way
communication
between
utilities
consumers,
improve
grid
reliability,
reduce
losses,
facilitate
integration
renewable
sources.
One
findings
this
is
significant
efficiency.
Studies
shown
that
can
by
real-time
monitoring
usage.
not
only
helps
consumers
their
electricity
bills
but
also
reduces
overall
carbon
footprint
sector.
However,
deployment
faces
several
including
high
upfront
costs,
interoperability
issues,
data
privacy
concerns.
Addressing
these
challenges
will
be
crucial
widespread
adoption
technologies.
Looking
ahead,
holds
great
promise
further
improving
Emerging
trends
such
Internet
Things
(IoT)
integration,
artificial
intelligence
(AI)
algorithms,
distributed
resources
(DERs)
management
are
expected
drive
innovation
In
conclusion,
transformative
offering
benefits
utilities,
environment.
addressing
cost
realizing
full
potential
grids.
embracing
emerging
technologies,
stakeholders
enhance
sustainability
sector.
Keywords:
Impact,
Grid,
Energy,
Efficiency,
Review.
Energy Reports,
Journal Year:
2024,
Volume and Issue:
11, P. 5760 - 5785
Published: May 28, 2024
With
the
increasing
energy
demands
of
21st
century,
there
is
a
clear
need
for
developing
more
sustainable
method
generation,
distribution,
and
transmission.
Modern
power
grid
infrastructures
are
currently
managing
these
aspects,
though
their
outdated
configuration
results
in
rigid
inefficient
operation.
The
emerging
technology
Smart
Grids
offers
innovative
solutions
to
issues,
utilizing
advanced
communication
computation
structures.
Through
integration
bidirectional
information
flow,
smart
systems,
renewable
sources,
next
generation
grids,
enabling
cooperativity,
automation,
efficiency.
Even
on
small
scales,
proposed
benefits
Grid
substantial
maintaining
use
with
growing
demands.
In
this
survey,
we
provide
comprehensive
overview
technology,
specifically
focusing
challenges
presented
by
cybersecurity,
interoperability,
integration.
These
aspects
were
determined
be
most
prevalent
issues
facing
advancement
Grids,
global
application.
We
discuss
thoroughly,
determining
difficulties
they
induce
literature.
As
such,
survey
intended
reference
other
researchers,
providing
state-of-the-art
approaches
solving
problems,
as
well
offering
insights
ongoing
future
endeavors.
Additionally,
will
highlight
current
state
implementation
through
an
analysis
programs
research
being
conducted
academic
institutions,
industry,
government.
