Journal Dimensie Management and Public Sector,
Journal Year:
2023,
Volume and Issue:
4(4), P. 33 - 41
Published: Dec. 27, 2023
This
look
at
investigates
the
effect
of
artificial
intelligence
(AI)
on
microgrid
overall
performance
thru
a
quantitative
evaluation
strength
performance,
reliability,
and
real-time
optimization
metrics.
Two
hypothetical
systems,
System
A
B,
are
examined,
revealing
that
AI-pushed
power
management
in
outcomes
superior
effects
comparison
to
B.
Descriptive
facts
exhibit
reveals
higher
efficiency
(85.2%),
increased
reliability
indices,
more
advantageous
actual-time
adaptability,
showcasing
capacity
advantages
AI
integration.
These
findings
align
with
current
literature,
emphasizing
transformative
position
optimizing
decentralized
energy
structures.
The
indicates
making
an
investment
technologies
for
holds
promise
attaining
sustainability
resilience.
Future
research
need
consciousness
empirical
actual-global
validate
these
findings.
Scientific Reports,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: May 16, 2024
The
underutilization
of
digestate-derived
polymers
presents
a
pressing
environmental
concern
as
these
valuable
materials,
derived
from
anaerobic
digestion
processes,
remain
largely
unused,
contributing
to
pollution
and
degradation
when
left
unutilized.
This
study
explores
the
recovery
utilization
biodegradable
biomass
digestate
enhance
performance
solar
photovoltaic
(PV)
cells
while
promoting
sustainability.
process
generates
organic
residues
rich
in
often
considered
waste.
However,
this
research
investigates
potential
repurposing
materials
by
recovering
transforming
them
into
high-quality
coatings
or
encapsulants
for
PV
cells.
recovered
not
only
improve
efficiency
lifespan
but
also
align
with
sustainability
objectives
reducing
carbon
footprint
associated
cell
production
mitigating
harm.
involves
comprehensive
experimental
design,
varying
coating
thickness,
direct
normal
irradiance
(DNI)
(A),
dry
bulb
temperature
(DBT)
(B),
relative
humidity
(C)
levels
analyze
how
different
types
interact
diverse
conditions.
Optimization
showed
that
better
result
was
achieved
at
A
=
8
W/m
Green Technologies and Sustainability,
Journal Year:
2024,
Volume and Issue:
2(2), P. 100079 - 100079
Published: Feb. 20, 2024
Effective
control
of
inner
climatic
conditions
in
a
Heating
ventilation
and
air
conditioning
(HVAC)
system
based
on
efficiency
the
is
imperative
to
ensure
occupant
comfort,
energy
efficiency,
preservation
indoor
quality.
The
existing
problems
with
HVAC
includes
inefficient
adjustment
internal
room
parameters
limited
optimization
varying
loads.
current
study
investigates
influence
Industry
4.0
by
assessing
an
ventilated
for
output.
Smart
systems
like
AI
IoT,
integrated
sensors,
dynamically
adjust
external
climate,
enhancing
efficiency.
Using
Artificial
Neural
Networks
(ANN)
Response
Surface
Methodology
(RSM),
IoT
optimally
correlation
maximizing
utilizes
input
including
Dry
Bulb
Temperature
(DBT),
Relative
Humidity
(RH),
Solar
Radiation
across
diverse
days
analyse
ANN
RSM
iteratively
optimize
training
RH,
DBT,
quality
data.
They
converge
recommending
42%
28
°C
25
PM
quality,
achieving
0.851
desirability.
This
approach
enhances
heat
load
(75.89%)
(69.12%)
significantly.
Integration
sensors
resulted
16%
increase
15%
cost
effectiveness
controlled
compared
prior
measurements.
Sensors International,
Journal Year:
2024,
Volume and Issue:
unknown, P. 100277 - 100277
Published: Jan. 1, 2024
Biosensors
have
the
potential
to
revolutionize
healthcare
by
providing
rapid
and
accurate
diagnosis
of
diseases.
are
analytical
devices
that
convert
molecular
recognition
a
target
analyte
into
measurable
signal.
Older
diagnostic
techniques,
such
as
immunoaffinity
column
assays,
fluorometric,
enzyme-linked
immunosorbent
laborious,
require
qualified
personnel,
can
be
time
consuming.
In
contrast,
biosensors
offer
improved
accuracy,
sustainability,
rapidness
due
their
ability
detect
specific
biomarkers
with
high
sensitivity
specificity.
The
review
covers
various
bacterial
cellulose
(BC)-based
biosensors,
from
SARS-CoV-2
detection
wearable
health
monitoring
interaction
human-computer
interfaces.
BC's
integration
ionic
thermoelectric
hydrogels
for
shows
its
real-time
tracking.
Incorporating
BC
in
low-noise
electrodes,
sensors
has
been
elaborated.
invention
phage-immobilized
biosensor
S.
aureus
is
significant
contribution
field,
highlighting
biosafety
efficiency
pathogen
identification
demonstrating
versatility
across
multiple
sensing
platforms.
Palladium
nanoparticle-bacterial
hybrid
nanofibers
show
excellent
electrocatalytic
activity
dopamine
detection,
whereas
Au-BC
nanocomposite
efficacy
glucose
therapeutic
applications.
"lab-on-nanopaper"
device,
utilizing
nanopaper,
not
only
visually
detects
human
serum
albumin
but
also
establishes
itself
new-generation
optical
biosensing
platform
superiority
over
conventional
substrates.
This
contributes
ongoing
advancements
technology,
versatile
material
developing
innovative
biosensors.
crucial
improving
sensitivity,
tools
healthcare.
Green Technologies and Sustainability,
Journal Year:
2023,
Volume and Issue:
1(3), P. 100043 - 100043
Published: Sept. 1, 2023
The
utilization
of
renewable
resources
for
energy
generation
holds
paramount
significance
in
ensuring
substantial
and
enduring
growth
every
nation.
Both
developing
developed
countries
heavily
rely
on
conventional
sources
like
coal,
petroleum,
natural
gas
thermal
power
plants,
resulting
significant
environmental
impact
due
to
their
emissions.
This
research
culminates
the
successful
evaluation
alternative
approaches
implement
sustainable
green
structures
using
an
innovative
scientific
technique.
has
effectively
identified
ten
key
challenges
impeding
operational
efficiency
construction
industry.
application
groundbreaking
Analytical
hierarchy
process
(AHP)
technology
facilitated
simultaneous
ranking
most
optimal
solutions.
precise
assessment
numerous
Energy
Management
equipment
options
buildings
was
achieved,
highlighting
tool's
impartiality
neutrality
addressing
Multiple
Criteria
Decision
Making
(MCDM)
challenges.
'Roof-mounted
Solar
Photovoltaic
(SPV)'
configuration
consistently
ranked
first
across
all
MCDM
solution
techniques
examined
this
study.
robust
consensus
underscores
solar
panels
followed
by
biodiesel
nanoparticles
as
preferred
choice.
In
conclusion,
tools
used
address
multi-criteria
"greening
building"
projects
empowers
decision-makers
within
institutions
make
informed
investment
choices.
By
considering
rankings
generated
these
tools,
funding
can
be
directed
towards
appropriate
projects.
Following
prioritization,
alternatives
are
follows:
setup
>
Installing
sunshade
devices
Light
switches
Free
cooling
Controlling
&
heating
spaces
Utilizing
chiller's
waste
heat
Energy-efficient
light
bulbs
Electrical
appliance
ratings
Effective
active
space
