Renewable and Sustainable Energy Reviews,
Journal Year:
2023,
Volume and Issue:
191, P. 113968 - 113968
Published: Dec. 2, 2023
Energy
access
and
use
is
a
cross-cutting
issue
in
humanitarian
action.
Nevertheless,
there
no
cohesive
integrated
approach
amongst
different
clusters
of
actions
achieving
sustainability
energy
resilience
for
emergency
shelters.
This
study
aims
to
explore
how
integrate
sustainable
energy-resilient
strategies
into
shelter
design.
Taking
the
"Quantifying
Sustainability
Aftermath
Natural
Disasters"
(QSAND)
tool
as
guiding
principle,
system
modular
prototype,
entitled
"Bag
Box
Building
Cloud'
(BBBC)",
was
designed
constructed.
To
identify
needs
affected
population
workers,
gap
need
analysis
were
conducted
through
global
market
review,
while
site
surveys
stakeholder
interviews
post-disaster
areas
China.
Key
stakeholders
involved
from
early
design
stage
implementation.
first
research
action
contextualize
implementation
QSAND
SDGs
meeting
local
environmental/socio-cultural/regulatory
requirements.
The
prototype
solar-powered,
reusable,
versatile,
safe,
affordable,
energy-efficient
integrating
passive
design,
storage,
combined
DC/AC
power
system.
Achieving
this
requires
context-specific
knowledge,
engagement,
careful
adaptation
holistic
with
wide
range
technical
social
considerations
stage.
Renewable and Sustainable Energy Reviews,
Journal Year:
2023,
Volume and Issue:
191, P. 113968 - 113968
Published: Dec. 2, 2023
Energy
access
and
use
is
a
cross-cutting
issue
in
humanitarian
action.
Nevertheless,
there
no
cohesive
integrated
approach
amongst
different
clusters
of
actions
achieving
sustainability
energy
resilience
for
emergency
shelters.
This
study
aims
to
explore
how
integrate
sustainable
energy-resilient
strategies
into
shelter
design.
Taking
the
"Quantifying
Sustainability
Aftermath
Natural
Disasters"
(QSAND)
tool
as
guiding
principle,
system
modular
prototype,
entitled
"Bag
Box
Building
Cloud'
(BBBC)",
was
designed
constructed.
To
identify
needs
affected
population
workers,
gap
need
analysis
were
conducted
through
global
market
review,
while
site
surveys
stakeholder
interviews
post-disaster
areas
China.
Key
stakeholders
involved
from
early
design
stage
implementation.
first
research
action
contextualize
implementation
QSAND
SDGs
meeting
local
environmental/socio-cultural/regulatory
requirements.
The
prototype
solar-powered,
reusable,
versatile,
safe,
affordable,
energy-efficient
integrating
passive
design,
storage,
combined
DC/AC
power
system.
Achieving
this
requires
context-specific
knowledge,
engagement,
careful
adaptation
holistic
with
wide
range
technical
social
considerations
stage.
