Micromachines,
Journal Year:
2023,
Volume and Issue:
14(12), P. 2243 - 2243
Published: Dec. 15, 2023
Advanced
manufacturing
technology
and
systems
(AMTS)
combine
the
principles
of
mechanical
engineering
with
innovative
design
to
create
products
processes
that
are
better,
faster,
more
precise
[...].
Solar Energy and Sustainable Development,
Journal Year:
2025,
Volume and Issue:
14(1), P. 199 - 236
Published: March 4, 2025
The
integration
of
renewable
energy
systems
(RES)
into
microgrids
faces
challenges
from
technical,
economic,
and
socio-environmental
perspectives.
Despite
their
potential
to
address
access
climate
change
challenges,
RES-based
face
significant
barriers,
including
technical
complexities,
economic
constraints,
socio-cultural
resistance,
regulatory
inadequacies,
environmental
concerns.
Some
the
issues,
like
intermittency
lack
compatibility
with
other
sources,
are
managed
by
management
(EMS)
integrated
battery
systems.
These
barriers
include
high
capital
investment
unpredictable
revenue
which
addressable
through
chosen
microgrid
architecture,
flexible
payment
structures,
tariffs.
Community
opposition
local
knowledge
overcome
employing
mitigation
measures
that
pertain
partaking
in
planning
processes
developing
training
programs.
gaps
addressed
use
standardized
policy
as
well
streamlined
permitting
procedures,
while
issues
application
life
cycle
assessment
(LCA)-based
solutions
environmentally
sustainable
materials.
Furthermore,
paper
addresses
more
recent
developments,
artificial
intelligence
(AI),
peer-to-peer
(P2P)
trading,
an
emphasis
on
improvement
prospects.
Finally,
implications
presented,
stressing
need
for
systemic
observed
tendencies.
This
systematically
reviews
multifaceted
integrating
RES
microgrids.
It
presents
innovative
solutions,
AI-driven
management,
modular
designs,
frameworks
enhance
efficiency,
reliability,
sustainability
a
scalable
transition.
review
provides
diverse
view
future
growth
several
insights
stakeholders
related
development
technology
making
transition
sustainable.
Applied Sciences,
Journal Year:
2025,
Volume and Issue:
15(9), P. 4617 - 4617
Published: April 22, 2025
Although
the
issues
of
design,
organization,
and
management
industrial
systems
have
been
known
in
literature
for
many
years,
beginning
21st
century,
as
a
consequence
market
changes
unprecedented
technological
development,
initiated
change
paradigms
organization
need
to
use
innovative
tools
improving
optimizing
production
processes
[...]
Among
the
advancing
technology,
energy
management
systems
and
power
electronics
studies
are
becoming
more
significant
day
by
day.
Therefore,
application
areas
of
buck
converters
in
industrial
consumer
increasing
In
this
study,
a
simple
effective
real-time
controller
for
is
designed
implemented.
The
study
aims
to
performance
dynamic
system
reduce
losses
using
advantages
control.
One
most
important
objectives
complex
programming
processes
model-based
approach.
With
approach,
easy
changes
provided
with
fast
intervention
system.
developed
TMS320F28379D
based
control
stability
response
time
converter
tested.
Simulations
experimental
have
shown
that
proposed
hardware
software
architecture
provides
stable,
accurate
results
converters.
As
consequence,
contribute
field
providing
an
effective,
accessible
mechanism
improves
conversion
processes.
addition,
since
obtained
can
be
used
as
reference
design
similar
systems,
it
expected
useful
both
academic
applications.
When
voltage
made
2
Volts,
change,
duty
cycle
reach
desired
steady
state
1.75*10-3
seconds.
show
structure
suitable
reliable
solution
Future
on
efficiency
will
open
door
innovative
designs
field.