Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(20), P. 9531 - 9531
Published: Oct. 18, 2024
This
article
presents
a
3D
model
of
yellow
hydrogen
generation
system
that
uses
the
electricity
produced
by
photovoltaic
carport.
The
models
all
key
components
were
collected,
and
their
characteristics
described.
Based
on
design
carport,
amount
energy
monthly
was
determined.
These
quantities
then
applied
to
determine
production
low-emission
hydrogen.
In
order
increase
produced,
usage
stationary
storage
facility
proposed.
Metalog
family
probability
distributions
adopted
develop
strategic
for
production.
economy
company
small
amounts
can
be
based
such
model.
modeling
calculations
show
it
is
possible
compact
using
rapid
prototyping
tools,
including
carport
with
an
electrolyzer
placed
in
container
facility.
effective
solution
climate
transition
companies
low
demand.
analytical
part,
distribution
employed
6.3
kWp
systems
located
two
European
countries:
Poland
Italy.
Calculating
producing
specific
countries
answer
frequently
asked
question:
which
will
from
most
profitable?
As
result
calculations,
analyzed
year
2023
Italy,
answers
obtained
regarding
Many
Italy
are
taking
part
competition
create
banks.
Only
those
offer
at
lowest
prices
receive
EU
funding.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(17), P. 13030 - 13030
Published: Aug. 29, 2023
Greenhouse
gas
(GHG)
emissions,
especially
CO2,
represent
a
global
concern.
Among
those
responsible
for
CO2
buildings
stand
out
due
to
the
consumption
of
energy
from
fossil
fuels.
In
this
sense,
initiatives
decarbonization
and
construction
tends
contribute
achievement
target
defined
in
Paris
Agreement
limiting
increase
temperature
1.5
degrees
Celsius
above
pre-industrial
levels,
as
well
achieving
Sustainable
Development
Goals
(SDG)
Triple
Bottom
Line
(TBL).
This
article
aimed
identify
renewable
generation
technologies
that
can
be
applied
urban
vertical
constructions,
contributing
reduction
carbon
emissions
atmosphere.
To
end,
following
methodology
was
adopted:
survey
Conferences
Parties
on
climate
change;
identification
European
Union
Legislative
Directives
buildings;
literature
review
research
deals
with
adopted
buildings.
The
results
indicated
there
seems
correlation
between
growth
number
articles
deal
topic
decarbonizing
world
concerns
about
warming.
A
hybrid
microgrid
proposal,
combining
different
sources
such
solar
photovoltaic,
wind,
biomass,
micro-hydroelectric,
others
more
than
five
floors,
is
presented
viable
achieve
zero
these
buildings,
future
research,
carry
quantitative
analyses
feasibility
studies,
experiments
applications
existing
projects
new
constructions.
Energies,
Journal Year:
2024,
Volume and Issue:
17(10), P. 2398 - 2398
Published: May 16, 2024
Storing
energy
in
hydrogen
has
been
recognized
by
scientists
as
one
of
the
most
effective
ways
storing
for
many
reasons.
The
first
these
reasons
is
availability
technology
producing
from
water
using
electrolytic
methods.
Another
aspect
relatively
cheap
renewable
sources.
Moreover,
you
can
count
on
large
amounts
this
energy.
aim
article
to
support
decision-making
processes
related
production
yellow
a
strategic
model
which
exploits
metalog
family
probability
distributions.
This
allows
us
calculate,
with
accuracy
regarding
distribution,
amount
produced
photovoltaic
systems
specific
peak
power.
Using
question,
it
possible
calculate
expected
electricity
daily
system
and
corresponding
produced.
Such
may
be
appropriate
developers
who
build
intended
specifically
green
hydrogen.
Based
our
model,
they
estimate
size
needed
produce
assumed
volume.
also
adopted
producers
Due
precise
calculations,
up
providing
required
part
mix.
Energy & Fuels,
Journal Year:
2024,
Volume and Issue:
38(11), P. 10168 - 10182
Published: May 22, 2024
The
flammability
limit
(FL)
data
of
ammonia
at
elevated
temperatures
and
pressures
are
useful
for
fire
prevention
control
the
storage,
transportation,
bunkering
process
a
large
amount
ammonia,
as
well
detailed
study
reaction
kinetics
ammonia-containing
alternative
fuels.
In
this
work,
FLs
were
measured
in
temperature
range
from
298
to
423
K
pressure
0.05
0.5
MPa
based
on
ASTM
E918
EN
1839
standards,
concentrations
characterized
using
mole
fraction
volume
fraction,
respectively.
varied
linearly
with
logarithmically
pressure.
combined
effect
expanded
increased
likelihood
an
explosion.
By
correlating
correlated
results
varying
obtained.
mean
absolute
deviation
between
fitted
values
experimental
lower
(LFLs)
was
0.22%,
while
upper
(UFLs)
it
0.37%.
influence
explained
by
combustion.
presence
OH
radicals
crucial
LFLs
ammonia/air
mixture,
followed
NH2
radicals.
UFLs
mixture
highly
dependent
change
formation
primarily
relied
elementary
NH3
+
OH⇔NH2
H2O
FLs.
peak
value
free
radical
gradually
decreased
increasing
increase
resulted
significant
rate
ROP,
slight
decrease
change.
Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(20), P. 9531 - 9531
Published: Oct. 18, 2024
This
article
presents
a
3D
model
of
yellow
hydrogen
generation
system
that
uses
the
electricity
produced
by
photovoltaic
carport.
The
models
all
key
components
were
collected,
and
their
characteristics
described.
Based
on
design
carport,
amount
energy
monthly
was
determined.
These
quantities
then
applied
to
determine
production
low-emission
hydrogen.
In
order
increase
produced,
usage
stationary
storage
facility
proposed.
Metalog
family
probability
distributions
adopted
develop
strategic
for
production.
economy
company
small
amounts
can
be
based
such
model.
modeling
calculations
show
it
is
possible
compact
using
rapid
prototyping
tools,
including
carport
with
an
electrolyzer
placed
in
container
facility.
effective
solution
climate
transition
companies
low
demand.
analytical
part,
distribution
employed
6.3
kWp
systems
located
two
European
countries:
Poland
Italy.
Calculating
producing
specific
countries
answer
frequently
asked
question:
which
will
from
most
profitable?
As
result
calculations,
analyzed
year
2023
Italy,
answers
obtained
regarding
Many
Italy
are
taking
part
competition
create
banks.
Only
those
offer
at
lowest
prices
receive
EU
funding.
