Today, Excessive consumption of fossil fuels is one of the most important challenges in
the world. Other factors such as environmental and climate change is only part of the
environmental damages. energy consumption in buildings and specially in residential
complex does not only consist of heating and cooling but also all processes of production
and operation. The residential complex is the most important part of building a major
share of buildings on the neighborhood and the city. The highest energy consumption
have compared to the other buildings in the city. Due to the energy crisis and
environmental conditions of the 20th century, as well as reducing fossil fuel reserves in
the world, it (saving) is more representative. So move towards sustainable construction
and creating a healthy environment in terms of resource efficiency and ecological
principles can be a solution for this case; This study tries to evaluate the effect of
passive study (architectural harmony with the climate) as one of the most effective ways
to reduce energy consumption in residential complexes, How to design residential
buildings in hot and dry climates described in LARESTAN and To achieve an
the appropriate model for the design and construction of residential complexes aimed at
saving energy consumption, step. In this paper, after reviewing the architectural design
of passive methods, as Lar climate of the region has been investigated. The following
hypotheses achieve the most optimal design and architectural design of residential
complexes in this region, simulation software with Design Builder (Design Builder
4. 5. 0. 178) and motor Energy Plus (Energy Plus 8. 3) was performed. Our simulation
results show that it can be disabled using solutions building including double glass,
external wall insulation, ceiling upside down, and. . . on building energy consumption in
hot and dry climates LARESTAN, reducing created. Then, the most effective parameter
in the design of the ceiling upside down in the area selected and simulated again with
details of the standard, the most optimal mode is selected. After applying the optimized
passive solutions and also the most optimal inverted roofs in residential complex
designed to simulate the entire complex was done, the results show that on average can
be as much as 12. 51 percent on energy consumption this type of residential complexes
in the climate of LARESTAN save. The obtained model can also be used in similar
climates.
Today
, Excessive
consumption
of fossil fuels is one of the most
important
challenges in
the world. Other factors such as environmental and
climate
change
is
only
part of the
environmental damages.
energy
consumption
in
buildings
and
specially
in residential
complex does not
only
consist of heating and cooling
but
also
all processes of production
and operation. The
residential
complex
is the most
important
part of
building
a major
share of
buildings
on the neighborhood and the city. The highest
energy
consumption
have compared to the other
buildings
in the city. Due to the
energy
crisis and
environmental conditions of the 20th century,
as well
as reducing fossil fuel reserves in
the world, it (saving) is more representative.
So
move
towards sustainable construction
and creating a healthy environment in terms of resource efficiency and ecological
principles can be a solution for this case; This study tries to evaluate the effect of
passive study (architectural harmony with the
climate)
as one of the most effective ways
to
reduce
energy
consumption
in
residential
complexes
, How to
design
residential
buildings in hot and dry
climates
described
in
LARESTAN
and To achieve
an
the appropriate model for the
design
and construction of
residential
complexes
aimed at
saving
energy
consumption
, step. In this paper, after reviewing the architectural design
of passive methods, as
Lar
climate
of the region has
been investigated
. The following
hypotheses achieve the most optimal
design
and architectural
design
of residential
complexes in this region, simulation software with
Design
Builder
(Design
Builder
4. 5. 0. 178) and motor
Energy
Plus
(Energy
Plus 8. 3)
was performed
. Our simulation
results
show
that it can
be disabled
using solutions
building
including double glass,
external wall insulation, ceiling upside down, and.
.
.
on
building
energy
consumption
in
hot and dry
climates
LARESTAN
, reducing created. Then, the most effective parameter
in the
design
of the ceiling upside down in the area selected and simulated again with
details
of the standard, the most optimal mode
is selected
. After applying the optimized
passive solutions and
also
the most optimal inverted roofs in
residential
complex
designed to simulate the entire
complex
was done
, the results
show
that on average can
be as much as 12. 51 percent on
energy
consumption
this type of
residential
complexes
in the
climate
of
LARESTAN
save. The obtained model can
also
be
used
in similar
climates.