GH-9030144843 - Guggenheim Helsinki Design Competition

GH-9030144843
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GH-9030144843
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cfíice s are a 212m2
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mechanical I e tec tr tca r I ptu mtnnq 17
au ár-ea 267 m2.
mechanicall e tectr tca r
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190 m2
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colterno ns s t cr ece a nd m a n a g em e ~ ~ 3a ~e2a 320 m2
mainte nance a nd ooe r ano ns ar ea
of l ices are a 212 m2
dinning ar ea 177 m2
:~:i ~~/::~vi~:~ ::ea. 190 m2
e xhihiho n qellerie s ar ea- 3734 m2
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TRQM8 e WALL
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TRI PLE GLASS
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UMMER DAY
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A.C.S SOLAR THERMAL & RECOVERY
WATER IN STALATI ON
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Vidrio trip le CLlMALlT 4/10/3/10/4 PLANITHERM con gas KRIPTON 92
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4 - 10 - 3 - 10 - 4 = 31 mm
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Ug = 0,5 W/m2K
Rw=32dB
Factor so lar 70%
The use oftriple glazing and high insulation high luminous efficiency, allows to achieve high levels ofthermal efficiency as a result of
a major use of sunlight, and a drastic reduction in transmission losses. If to this we add the use of passive techniques using Trombe
walls and solar energy across the south perimeter, we get that the lack of compactness and material selection facade becomes a c1ear
highlight of efficiency and sustainability in instead of a c1ear handicap .
This commitment to sustainability and efficiency, comp lete with an active solar heating for domestic hot water and a photovoltaic
system to produce electric energy for home consumption.
The lighting shall be settled by LEO lamp luminaires.
Finally, the implementation of rainwater tanks and gray water recovery, allow greater water saving 50% of expected
consumption.
All this makes us sure that we will get the gold LEED rating specified , with clear aspirations to platinum.
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ILUM IN A TIO N
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ENERGY SOLA R THERMAl A ,C.S.
PASSIVEHIGH ENERGY EflClE NCY
SYSTEMGlASSING
G RAY
WA TER
m3ogvo/Yeor
PHOTOVOUAK:
GENE RATION
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RAIN
W ATER
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GOlD lEED
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