Energies,
Journal Year:
2023,
Volume and Issue:
16(3), P. 1556 - 1556
Published: Feb. 3, 2023
Hydrogen
is
one
of
the
prospective
clean
energies
that
could
potentially
address
two
pressing
areas
global
concern,
namely
energy
crises
and
environmental
issues.
Nowadays,
fossil-based
technologies
are
widely
used
to
produce
hydrogen
release
higher
greenhouse
gas
emissions
during
process.
Decarbonizing
planet
has
been
major
goals
in
recent
decades.
To
achieve
this
goal,
it
necessary
find
clean,
sustainable,
reliable
production
with
low
costs
zero
emissions.
Therefore,
study
aims
analyse
generation
from
solar
wind
sources
observe
broad
prospects
hybrid
renewable
producing
green
hydrogen.
The
mainly
focuses
on
critical
assessment
solar,
wind,
hybrid-powered
electrolysis
Furthermore,
key
challenges
opportunities
associated
commercial-scale
deployment
addressed.
Finally,
potential
applications
their
scopes
discussed
important
barriers
overall
commercial
development
solar-wind-based
systems.
found
appears
be
best
candidate
employed
for
multiple
purposes,
blending
roles
fuel
carrier
storage
modality.
Further
studies
recommended
technical
sustainable
solutions
overcome
current
issues
identified
study.
Renewable and Sustainable Energy Reviews,
Journal Year:
2022,
Volume and Issue:
168, P. 112724 - 112724
Published: July 15, 2022
Energy
systems
analyses
are
integrated
elements
in
planning
the
transition
towards
renewable
energy-based
energy
systems.
This
is
due
to
a
growing
complexity
arising
from
wider
exploitation
of
variable
sources
(VRES)
and
an
increasing
reliance
on
sector
integration
as
enabler
temporal
system
integration,
but
it
calls
for
consideration
validity
modelling
tools.
article
synthesises
EnergyPLAN
applications
through
analysis
its
use
both
bibliometric
case-geographical
point
view
review
evolution
issues
addressed
results
obtained
using
EnergyPLAN.
synthesis
provided
with
addressing
contribution
EnergyPLAN-based
research.
As
July
1st,
2022,
has
been
applied
315
peer-reviewed
articles,
we
see
very
high
application
inferred
internal
validation.
In
addition,
shows
how
increased
over
time
early
studies
focusing
role
wind
power
cogeneration
heat
later
contemporarily
novel
like
offered
by
power-to-x
fully
Important
findings
developed
includes
value
district
heating
systems,
VRES
more
generally
importance
resource-efficient
The
wide
across
development
stages
interpreted
validation
distributed
stepwise
replication.
Energy Policy,
Journal Year:
2022,
Volume and Issue:
162, P. 112791 - 112791
Published: Jan. 22, 2022
The
Canary
Islands
power
systems
face
environmental,
economic,
and
social
sustainability
challenges.
They
heavily
rely
on
imported
fossil
fuel
for
electricity
generation;
this
leads
to
an
increase
in
the
Cost
of
Electricity
(COE)
CO2
emission;
a
reduction
can
be
made
by
utilizing
more
renewable
energy
sources
(RES).
This
paper
presents
comprehensive
techno-economic
assessment
increasing
RES
utilization
Tenerife
Gran
Canaria.
Results
illustrate
that
least-cost
penetration
each
island
exceeds
60%
compared
18.8%
15.5%
today.
implies
potential
58%
emission
intensity.
additional
integration
decreases
COE
23.0%
25.3%
Canaria,
respectively.
impact
imposing
penalties
is
explored,
results
show
slight
optimal
capacity.
Electrical
Interconnection
between
both
islands
also
investigated,
it
found
aggregate
beyond
70%,
reduce
30.3%
lower
current
situation.
Finally,
obtained
support
decision-makers
establish
policies
help
transform
system
into
sustainable
reliable
using
RES,
storage,
exchange
islands.
