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TOWARDS SUSTAINABLE NEIGHBORHOOD
Group 4: May AbdelHakeem Ghazal Etminan Adriane Fischer Lasse Knudsen Rungrat Laohavichitsak Ilgar Manafsoy
Introduction
Energy
Architecture Concept
Site Location Methodology Target Users Introduction
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Immigrants Problems: feeling unwanted in the atmosphere they are living in
Site Location Methodology Target Users Introduction Architecture Concept
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Target Users Students
security Small Families Independency
Stability
Couples Services
Energy
Integrity
Comfort
Energy
Architecture Concept Site Location Methodology Target Users Introduction
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Methodology
Site Location Methodology Target Users Introduction Architecture Concept Energy
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Site Location „Augartenstrasse 4“ • Nearby Main Transportations • Available Facilities
• Integration of immigrants • Surrounded with Open
spaces • Location
Site Location Methodology Target Users Introduction
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Architectural Concept
Green open space
Energy
Architecture Concept
Using the main existing building on the façade for the residential units
• Livability • Through creating more open spaces
for their social interaction • And integration with the environment
Creating Enclosure and increasing the south façade and the roof for the PV use
Integration with the surrounding through the use of the already existing green areas Subtracting on the ground floor for visual communication of the site with the main street
Site Location Methodology Target Users Introduction Architecture Concept Energy
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Model Proposed • KISS with comfort (Keep It Small & Simple) • Passive house components • Tripled glass windows • Minimum in Air leakage • Compactness • HRV
• PV system • Roof garden, Green Space, Winter Garden • Open spaces • Natural ventilation • Heating District • Workshop
Energy
Architecture Concept Location Methodology Target Users Introduction Site SiteLocation
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Architectural Drawings
Energy
Architecture Concept Site Location Methodology Target Users Introduction
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Details
Architecture Site Location Methodology Target Users Introduction Concept Energy
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Energy Energy Concept: •Providing thermal comfort (Heating, Cooling, Lighting) •Avoid thermal bridges •Noise reduction •Triple glazed windows •Minimum in air-leakage •Using Day lighting •Shading to avoid direct light •PV in roof •PV in facade •Wall U-value < 0.10 W/m2 K •Floor U-value < 0.12 W/m2 K •District heating •Natural ventilation •Microclimate in the backyard •Green roof and green Façade
Introduction
Methodology
Site
Architectural concept
Energy
Analysis
implication
Final
Energy
Energy
Architecture Site Location Methodology Target Users Introduction Concept
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â&#x20AC;˘ â&#x20AC;˘ Introduction
Daylight factor of 2.0 % in occupied rooms Passive solar radiation in winter time Methodology
Site
Architectural concept
Energy
U value
W / m2K
Wall
0.1
Floor
0.1
Roof
0.1
Analysis
implication
Final
Architecture Site Location Methodology Target Users Introduction Concept Energy
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â&#x20AC;˘ â&#x20AC;˘
Annual space heating demand: 35954 kWh / 14.8 kWh/m2 Possible reductions: Low-supply-temperature floor heating + detailed renewable energy simulation
Energy
Architecture Site Location Methodology Target Users Introduction Concept
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Thank you for your attention !