IEEE Systems Man and Cybernetics Magazine,
Год журнала:
2025,
Номер
11(1), С. 76 - 88
Опубликована: Янв. 1, 2025
The
ever-increasing
need
for
energy
has
caused
the
field
of
industrial
electrical
engineering
to
place
a
greater
emphasis
on
designs
that
save
energy.
This
is
done
with
intention
lowering
carbon
emissions
as
well
overall
consumption.
Transformers,
which
are
essential
parts
power
supply
and
distribution
systems,
may
be
designed
an
energy-efficient
layout,
one
significant
aspects
this
phenomenon.
study
makes
use
Explainable
AI
(XAI)
investigate
loss
in
transformers,
describe
technical
factors,
determine
number
optimize
economic
functioning
using
XAI
algorithms.
In
order
attain
superior
results
than
those
obtained
via
conventional
methods,
energy-saving
design
approach
was
created
research
IoT
sensors
XAI.
Experiments
were
carried
out
five-star
hotel
province
Jilin
revealed
9.8
43.5%
decrease
complete
two
substations,
respectively,
when
compared
original
design.
resulted
considerable
cost
reductions
yearly
entire
life
expenses.
provides
conclusive
evidence
efficient
tool
generating
savings
efficiency
applications.
Emerging Science Journal,
Год журнала:
2023,
Номер
7(5), С. 1674 - 1690
Опубликована: Окт. 1, 2023
The
main
objective
of
this
study
was
to
identify
the
factors
influencing
greenhouse
development
in
Uzbekistan.
Supported
by
literature,
conceptual
model
hypothesized
that
economic
viability,
supportive
infrastructure
services,
enablers,
and
competition
impacts
positively
affect
development.
Therefore,
a
questionnaire
administered
among
200
individuals
working
greenhouses
across
Tashkent,
Syrdarya,
Jizzakh,
Bukhara
regions.
Quantitative
empirical
evidence
using
structural
equation
modeling
revealed
enablers
have
significant
positive
influence
on
However,
viability
services
did
not
direct
impact,
although
they
indirectly
contributed
overall
growth
functioning
industry.
provides
theoretical
contributions
identifying
key
offers
practical
recommendations
for
policymakers
stakeholders
foster
an
enabling
environment,
manage
effectively,
enhance
infrastructure,
promote
international
collaboration
investment,
encourage
research
development,
strengthen
market
linkages.
This
contributes
understanding
Uzbekistan
insights
evidence-based
decision-making
strategic
planning
Doi:
10.28991/ESJ-2023-07-05-014
Full
Text:
PDF
Alexandria Engineering Journal,
Год журнала:
2024,
Номер
91, С. 12 - 29
Опубликована: Фев. 6, 2024
Energy
efficiency
is
a
key
area
of
research
aimed
at
achieving
sustainable
and
environmentally
friendly
networks.
With
the
rise
in
data
traffic
network
congestion,
IoT
devices
with
limited
computational
power
energy
resources
face
challenges
analyzing,
processing,
storing
data.
To
address
this
issue,
computing
technology
has
emerged
as
an
effective
means
conserving
for
by
providing
high-performance
capabilities
efficient
storage
to
support
collection
processing.
As
such,
energy-efficient
computing,
or
"green
computing,"
become
focal
point
researchers
seeking
deploy
large-scale
This
study
provides
comprehensive
Survey
recent
efforts
green
best
our
knowledge,
none
studies
literature
have
discussed
all
types
(edge,
fog,
cloud)
their
role
enabling
massive
networks
terms
efficiency.
The
article
starts
overview
technologies
then
goes
discussion
empowering
energy-saving
techniques
environments
including,
energy-aware
architecture,
aggregation
compression,
low-power
hardware,
scheduling,
task
offloading,
switching
on/off
unused
resources,
virtualization,
harvesting,
cooling
optimization.
outline
roadmap
toward
realizing
vision
environment
networks;
addition,
open
door
interested
follow
continue
Energy-Efficient
Computing.
Sustainable Development,
Год журнала:
2024,
Номер
32(5), С. 5294 - 5310
Опубликована: Март 24, 2024
Abstract
The
COVID‐19
pandemic
made
people
reevaluate
their
energy
consumption
and
efficiency.
It
held
up
a
mirror
to
humanity's
opportunistic
ruthless
deployment
of
sources.
As
the
city
streets
went
empty
international
air
traffic
stopped
altogether,
witnessed
significant
drop
in
CO
2
emissions,
realized
dependence
upon
sources,
became
aware
global
climate
change.
In
addition,
with
lockdowns
home
offices,
demand
for
usual
peak
hours
shifted
offering
new
perspective
consumption.
delivered
devastating
blow
human
belief
having
constant
everlasting
supply
that
can
be
relied
everything.
All
these
attracted
attention
researchers
focusing
on
efficiency
during
pandemic.
result,
vast
body
academic
literature
topic
burgeoned
past
four
years
yielding
many
exciting
perspectives
viewpoints.
Our
paper
conducts
comprehensive
review
this
employing
bibliometric
network
analysis
12960
publications
indexed
Web
Science
database.
demonstrates
potential
benefits
challenges
associated
implementing
energy‐saving
technologies,
altering
behavior,
novel
ICT
solutions
post‐COVID
world.
it
highlights
importance
measures
examines
technologies
contribute
sustainable
resilient
future.
findings
emphasize
need
robust
policies,
technological
advancements,
public
engagement
fostering
mitigating
environmental
impacts
post‐pandemic
Horticulturae,
Год журнала:
2024,
Номер
10(1), С. 49 - 49
Опубликована: Янв. 4, 2024
This
review
article
conducts
an
in-depth
analysis
of
the
role
next-generation
technologies
in
soilless
vegetable
production,
highlighting
their
groundbreaking
potential
to
revolutionize
yield,
efficiency,
and
sustainability.
These
technologies,
such
as
AI-driven
monitoring
systems
precision
farming
methods,
offer
unparalleled
accuracy
critical
variables
nutrient
concentrations
pH
levels.
However,
paper
also
addresses
multifaceted
challenges
that
hinder
widespread
adoption
these
technologies.
The
high
initial
investment
costs
pose
a
significant
barrier,
particularly
for
small-
medium-scale
farmers,
thereby
risking
creation
technological
divide
industry.
Additionally,
technical
complexity
demands
specialized
expertise,
potentially
exacerbating
knowledge
gaps
among
farmers.
Other
considerations
are
scrutinized,
including
data
privacy
concerns
job
displacement
due
automation.
Regulatory
challenges,
international
trade
regulations
policy
frameworks,
discussed,
they
may
need
revision
accommodate
new
concludes
by
emphasizing
while
sustainable
transformative
benefits,
broad
is
constrained
complex
interplay
financial,
technical,
regulatory,
social
factors.
Food and Energy Security,
Год журнала:
2025,
Номер
14(1)
Опубликована: Янв. 1, 2025
ABSTRACT
The
growing
global
challenges
of
environmental
degradation
and
resource
scarcity
demand
innovative
agricultural
solutions.
Intelligent
control
systems
integrating
sensors,
automation,
artificial
intelligence
(AI)
optimize
crop
production
sustainability
in
vertical
farming.
This
review
explores
the
critical
role
these
technologies
monitoring
adjusting
key
parameters,
including
light,
temperature,
humidity,
nutrient
delivery,
CO₂
enrichment.
use
real‐time
data
from
sensor
networks
to
continuously
maintain
optimal
conditions.
Sensors
measure
changes
environment,
such
as
light
intensity
humidity
levels.
Automation
enables
tasks
be
performed
without
human
intervention,
ensuring
consistent
adjustments
AI
predicts
plant
responses
proactive
management
strategies
this
context.
also
examines
how
integrate,
highlighting
successful
case
studies
addressing
like
energy
management,
scalability,
system
harmonization.
Looking
ahead,
AI's
potential
predictive
maintenance
emerging
trends
farming
highlight
transformative
intelligent
enhancing
efficiency
sustainability.
