This
IEA
Annex
80
Field
Studies
report
and
the
associated
brochures
provide
examples
of
well-documented
field
studies.
These
studies
apply
resilient
cooling
technologies
to
reduce
energy
demand
carbon
emissions
for
overheating
risk
in
different
types
buildings,
including
newly
constructed
existing
buildings.
The
are
presented
brochure
format.
In
study
brochures,
detailed
information
is
included
each
building.
Each
contains
a
standardized
includes
introduction
&
climate,
building
information,
cooling,
KPI
evaluation,
design
simulation,
performance
discussion,
lessons
learned,
references
key
contacts.
Examples
details
on
systems,
technologies,
indicators
(KPIs),
evaluation
learned
brochures.
present
summarizes
all
13
buildings
collected
Subtask
C
IEA-EBC
80.
values
KPIs
similar
functions,
i.e.,
residential
under
climate
conditions
were
discussed.
Energies,
Journal Year:
2025,
Volume and Issue:
18(5), P. 1032 - 1032
Published: Feb. 20, 2025
The
construction
of
nearly
zero-emission
buildings
in
Europe
and
internationally
has
become
mandatory
by
legislation.
In
parallel
with
these
developments,
the
non-reversible
increase
ambient
temperatures
stresses
buildings’
energy
systems
during
summer
months
extreme
temperatures,
their
severity
varying
according
to
local
microclimate.
These
phenomena
result
an
cooling
loads.
Thus,
HVAC
system’s
performance
needs
more
careful
study,
especially
for
residential
sector
wherever
night
effect
is
no
longer
capable
releasing
stress.
present
work,
impact
climate
change
on
a
building’s
studied
through
simulations.
future
increases
intensity
duration
heat
waves
assessed
exploiting
long-term
forecasting
capabilities
transformer
neural
network
model,
trained
existing
meteorological
data
period
2007–2023.
Based
forecasted
climatic
conditions
2030
2040
produced
this
way,
projected
effects
are
assessed.
forecast
was
aided
43
years
temperature
Europe,
available
ERA5
Copernicus
program
datasets.
respective
predictions
electricity
consumption
wave
episodes
long
durations
point
necessity
special
measures
keep
internal
grid’s
autonomy
reduce
unwanted
interactions
external
grid.
Moreover,
further
improvements
nZEB
building
design
improved
would
be
critical
success
policy
next
two
decades.
Energy and Buildings,
Journal Year:
2024,
Volume and Issue:
322, P. 114739 - 114739
Published: Aug. 30, 2024
Energy
conservation
measures
(ECMs)
are
often
chosen
for
their
immediate
benefits,
such
as
suitability
to
past/current
climate
conditions
and
rapid
economic
returns.
However,
the
longevity
of
these
ECMs
poses
a
risk
becoming
outdated
or
ineffective
change
alters
very
climatic
parameters
they
were
designed
for.
This
paper
provides
insight
into
foresight
required
when
selecting
an
ECM,
focusing
on
its
long-term
viability
under
global
warming.
The
discussed
encompass
passive
strategies
building
envelope
insulation
window
design,
active
systems
like
efficient
HVAC
heat
pumps,
renewable
systems.
need
context-specific
ECM
selection
tailored
local
climate,
type,
cost-effectiveness
is
highlighted.
Major
challenges
barriers
influencing
widespread
adoption
warming
addressed,
including:
1)
considering
effectiveness
in
decision-making,
effective
initially
may
become
disadvantageous
future,
vice
versa;
2)
adopting
life
cycle
perspective
both
embodied
operational
impacts;
3)
developing
robust,
resilient
designs
uncertainty;
4)
potential
strategy
shifts,
transitioning
from
cooling
techniques
Meanwhile,
policy
interventions
through
regular
updates
codes
standards
needed
keep
pace
with
evolving
engage
diverse
stakeholders
balance
multiple
objectives,
including
environmental,
societal,
human
factors.
Incorporating
decision-making
implementation
paramount
energy
adaptation
climate.
Journal of Cleaner Production,
Journal Year:
2024,
Volume and Issue:
445, P. 141255 - 141255
Published: Feb. 17, 2024
Even
though
global
warming
is
expected
to
raise
the
energy
demand
in
office
buildings,
most
analyses
and
design
studies
neither
consider
its
impacts
nor
adaptive
solutions.
This
study
evaluates
effects
of
future
climate
on
an
building
Portugal
proposes
mitigation
measures
improve
performance
environmental
sustainability.
The
simulates
2055
2090
under
different
scenarios
using
data
from
latest
model
experiments,
considering
systems,
envelopes,
operations
interventions,
assesses
potential
photovoltaic
panels
meet
demand.
results
show
that
interventions
may
reduce
electric
consumption
between
16
%
25
%,
can
23
%–59
total
demand,
depending
scenario
year.
However,
storage
technology
equipment
efficiency
must
evolve
favorably
reach
low
energy.
findings
reveal
if
a
designed
optimized
for
current
will
remain
optimal
demonstrate
benefits
applying
cleaner
production
sustainable
principles
sector.
provides
valuable
insights
practitioners
policymakers.
Journal of Computational Intelligence in Materials Science,
Journal Year:
2023,
Volume and Issue:
unknown, P. 23 - 33
Published: April 8, 2023
During
both
the
preliminary
design
phase,
when
broad,
overarching
decisions
about
building's
function
and
appearance
are
made,
detailed
construction
plan
level,
material
selection
plays
a
crucial
part
in
realizing
'Green
Buildings'
goal
(when
materials
present
on
market
chosen).
Architects
engineers
responsible
for
making
this
option
typically
lack
access
to
assessment
tools
aimed
at
assisting
them
of
materials,
despite
fact
that
second
factor
is
just
as
actual
fulfillment
'greenness'
standards.
The
environment
being
harmed
by
human
activities
such
manufacturing,
transportation,
mining.
Saving
planet's
natural
resources
has
proven
difficult
scientists
since
doing
so
means
lowering
society's
performance,
development
pace,
standard
living.
We
have
gone
long
way
creating
might
prevent
more
ecological
damage
slow
depletion
vital
resources.
notion
"green
buildings"
based
same
idea.
Increasing
energy
efficiency
utilizing
green
or
renewable
rather
than
non-renewable
key
component
construction,
according
perspective.
In
study,
we
discuss
criteria
should
be
used
pick
building
materials.
