Eastern-European Journal of Enterprise Technologies,
Journal Year:
2024,
Volume and Issue:
6(8 (132)), P. 6 - 15
Published: Dec. 30, 2024
The
object
of
the
study
is
distributed
generation
(DG)
system
for
remote
areas
where
extending
power
lines
challenging
or
impossible.
demonstrates
how
integrating
electrical
and
thermal
energy
modules
based
on
renewable
sources
(RES)
into
a
common
DG
bus
can
ensure
continuous
supply.
This
approach
provides
both
heat
electricity
to
consumers,
independent
weather
conditions
an
advantage
over
traditional
systems
reliant
variable
like
wind
solar
energy.
Numerical
assessments
suggest
that
proposed
improve
local
resource
utilization
by
approximately
20–30
%
compared
single-source
setups.
enhanced
efficiency
results
in
more
stable
output,
with
fewer
interruptions
caused
low
speeds
reduced
irradiance.
Economically,
reducing
dependence
diesel
generators
about
15–25
translate
substantial
fuel
cost
savings.
In
addition,
shifting
production
away
from
non-renewable
may
cut
greenhouse
gas
emissions
estimated
10–20
%,
contributing
environmental
protection
targets.
this
research
received
lies
its
solution
off-grid
delivery
rural
areas,
which
generally
rely
expensive
frequently
unreliable
centralized
infrastructure.
By
leveraging
implementing
cogenerative
system,
significantly
reduces
reliance
grids
enhances
independence
facilities.
highlights
practical
value
solution,
particularly
far
limited
access
systems.
suggested
not
only
energy,
but
it
also
coincides
worldwide
trends
toward
sustainable
decentralized
solutions
Frontiers in Energy Research,
Journal Year:
2024,
Volume and Issue:
12
Published: Sept. 10, 2024
The
exponential
proliferation
of
renewable
energy
has
resulted
in
a
significant
mismatch
between
power
supply
and
demand,
especially
during
extreme
events.
This
incongruity
presents
challenges
efficiently
harnessing
enhancing
the
resilience
grid.
To
address
this
issue,
paper
proposes
shared
storage
(SES)
planning
based
on
adaptive
alternating
direction
method
multipliers
(AADMM).
objective
is
to
fully
leverage
SES,
enhance
local
consumption
level
energy,
ensure
grid
resilience,
reduce
operational
costs.
First,
effective
utilization
SES
while
minimizing
initial
investment
construction
costs,
model
for
formulated.
Secondly,
maximize
benefits
multiple
prosumers
within
station,
profit
maximization
established.
Lastly,
guarantee
privacy
security
multi-prosumers
optimizing
computational
efficiency,
distributed
computing
AADMM
developed.
results
example
show
that
proposed
can
not
only
cost
47.96
CNY,
but
also
increase
self-sufficiency
rate
by
21.86%.
In
addition,
compared
with
traditional
optimization,
number
iterations
increased
47.05%,
efficiency
54.67%.
market
prices
have
great
impact
trading,
pricing
operation
park
considered
our
current
research.
case,
future
research
aims
consider
how
price
reasonably
so
as
realize
stable
participation
each
subject
market.
Advances in environmental engineering and green technologies book series,
Journal Year:
2024,
Volume and Issue:
unknown, P. 379 - 392
Published: Nov. 29, 2024
In
rural
areas,
solid
waste
management
presents
unique
challenges
that
often
lead
to
environmental
degradation
and
public
health
issues.
The
scarcity
of
resources
infrastructure
in
these
regions
exacerbates
the
problem,
making
effective
solutions
crucial.
This
paper
examines
innovative
strategies
employed
for
puri,
Odisha.
By
focusing
on
sustainable
practices,
study
highlights
how
can
be
adopted
enhance
sustainability.
setting
up
local
recycling
centres
providing
training
sorting
processing
recyclable
materials,
communities
create
jobs
reduce
amount
sent
landfills.
development
new
technologies,
circular
economy,
practices
reduction
community
engagement.
Eastern-European Journal of Enterprise Technologies,
Journal Year:
2024,
Volume and Issue:
6(8 (132)), P. 6 - 15
Published: Dec. 30, 2024
The
object
of
the
study
is
distributed
generation
(DG)
system
for
remote
areas
where
extending
power
lines
challenging
or
impossible.
demonstrates
how
integrating
electrical
and
thermal
energy
modules
based
on
renewable
sources
(RES)
into
a
common
DG
bus
can
ensure
continuous
supply.
This
approach
provides
both
heat
electricity
to
consumers,
independent
weather
conditions
an
advantage
over
traditional
systems
reliant
variable
like
wind
solar
energy.
Numerical
assessments
suggest
that
proposed
improve
local
resource
utilization
by
approximately
20–30
%
compared
single-source
setups.
enhanced
efficiency
results
in
more
stable
output,
with
fewer
interruptions
caused
low
speeds
reduced
irradiance.
Economically,
reducing
dependence
diesel
generators
about
15–25
translate
substantial
fuel
cost
savings.
In
addition,
shifting
production
away
from
non-renewable
may
cut
greenhouse
gas
emissions
estimated
10–20
%,
contributing
environmental
protection
targets.
this
research
received
lies
its
solution
off-grid
delivery
rural
areas,
which
generally
rely
expensive
frequently
unreliable
centralized
infrastructure.
By
leveraging
implementing
cogenerative
system,
significantly
reduces
reliance
grids
enhances
independence
facilities.
highlights
practical
value
solution,
particularly
far
limited
access
systems.
suggested
not
only
energy,
but
it
also
coincides
worldwide
trends
toward
sustainable
decentralized
solutions
