Energies,
Journal Year:
2022,
Volume and Issue:
15(15), P. 5516 - 5516
Published: July 29, 2022
Energy
systems
are
often
socio-technical
complex
that
facing
new
challenges
regarding
technological
and
environmental
changes.
Because
of
their
nature,
they
cannot
be
approached
solely
through
analytical
modeling,
hence
the
inefficiency
most
classical
modeling
approaches.
In
this
article,
a
Hybrid
Approach
based
on
both
systemic
is
presented
applied
to
case
study.
From
novel
approach,
model—the
Multi-Institution
Building
System—is
presented.
It
allowed
us
highlight
detail
need
for
greater
governance
energy
systems.
The
solutions
identified
answer
issues
(Accuracy,
Reliability
Fairness)
were
DevOps
methodology
use
Distributed
Microservices
Architecture.
Based
framework,
design
Decision
Support
System
assuring
exploiting
state-of-the-art
scalable
tools
data
management
machine
learning
factories
described
in
article.
Moreover,
we
wish
set
up
conceptual
basis
necessary
generic
theoretical
framework
optimization
applicable
context
shared
resource.
Energy and Buildings,
Journal Year:
2022,
Volume and Issue:
269, P. 112253 - 112253
Published: June 17, 2022
Home
energy
retrofit
has
been
a
publicly-funded
policy
in
many
countries
since
the
1990s.
Government
motivations
have
spanned
from
combating
poverty
to
climate
action
and
sustainability.
Given
ambition
of
public
policy,
this
paper
reviews
targets,
spatial
scales
metrics
used
deliver
evaluate
home
retrofit.
Large-scale
projects
do
differ:
by
area,
depth
evaluation
(if
used).
This
review
surveys
first,
quantities
homes
inhabitants
intermediate
plan
programmes.
Second,
optimal
scale
large-scale
Third,
quantitative
retrofits,
future
trends
occupant-based
metrics.
Neighbourhood
is
found
be
for
Deep
described
as
60%
savings
that,
synergy
with
supply
decarbonisation,
promises
80%
or
higher
emission
reductions.
Recent
evidence
shows
shifting
primacy
fabric-first
decarbonisation
heat
generation
occupant
health
well-being.
Buildings,
Journal Year:
2022,
Volume and Issue:
12(7), P. 1017 - 1017
Published: July 14, 2022
Traditional
wooden
dwellings,
which
are
widely
distributed
with
enormous
stocks
in
China,
of
great
historical
and
have
obvious
cultural
value.
The
walls
such
buildings
generally
subjected
to
poor
thermal
insulation
performance,
not
only
reduces
residential
comfort
but
also
increases
building
cooling
heating
energy
consumption.
In
addition,
this
type
been
all
kinds
problems,
as
the
lack
measures
for
improving
shortage
special
funds.
Consequently,
it
is
very
challenging
reutilize
Chinese
traditional
many
abandoned
even
collapsed.
All
above
become
major
difficulties
encountered
dwelling
heritage
protection.
Hence,
investigating
energy-efficient
retrofitting
strategies
dwellings
giving
economical
evaluation
methods
two
keys
solving
reutilization
problem
dwellings.
Against
background,
a
set
second-level
proposed
research,
including
survey
on
retrofitted
modeling
consumption
analysis,
definition
wall
scheme,
first-level
retrofitting,
screening
scheme.
evaluation,
took
efficiency
reference
index,
could
evaluate
conservation
effect
before
after
retrofitting.
With
payback
period
assess
overall
economic
An
appropriate
scheme
be
screened
by
integrating
indexes.
Then,
was
applied
typical
Yapan
Village,
Zhejiang
Province,
China.
It
discovered
through
comparative
analysis
that
if
used
reconstruct
other
places,
combined
materials
XPS
board
wood-bamboo
effectively
improve
has
good
efficiency.
Meanwhile,
problems
condensation
their
construction
thickness
solved
controlling
material
thickness.
research
guiding
significance
hot-summer
cold-winter
zone
moreover,
can
provide
climate
zones
Sustainability,
Journal Year:
2022,
Volume and Issue:
14(20), P. 13377 - 13377
Published: Oct. 17, 2022
Sustainable
urbanism
involves
a
wide
range
of
issues,
starting
with
the
building
unit
and
leading
up
to
city
scale
under
discourse
sustainability,
including
four
main
dimensions
environmental,
economic,
cultural,
social.
Universal
design
(UD)
can
be
suggested
as
one
significant
catalyzers
urban
parameters,
which
are
among
basic
elements
social
sustainability.
UD
is
in
terms
providing
solutions
that
meet
common
needs
all
individuals
built
environments.
There
strong
relationship
between
sustainability
UD.
Thus,
adopting
concept
planning
spaces
crucial.
Within
this
framework,
via
relevant
theoretical
evaluation,
conceptual
framework
constructed
order
explain
universal
within
context
parameters
Alongside
discussing
term,
also
discussed
development
model.
Later,
methodology
section
study,
northern
Nicosia
has
been
chosen
study
area.
A
qualitative
evaluation
regarding
seven
quantitative
assessment
based
on
TSI
standards,
prepared
European
directives/regulations,
were
applied
nine
space
items
avenue.
Based
findings
at
Şht.
Kemal
Ünal
Avenue,
it
concluded
do
not
achieve
convenient
environment
for
greatest
extent
possible.
Further,
discussion
several
suggestions
presented
improvement
streets,
taking
into
account
principles.
These
refer
stops,
sidewalks,
pedestrian
crossings,
furniture,
equipment
In
sum,
expected
analyses
undertaken
literature
review,
model,
will
contribute
existing
knowledge
terminology
