presentation by team shunya on the award winning model of affordable housing
TRANSCRIPT
SOLAR DECATHLON EUROPE 2014TEAM SHUNYA
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INTRODUCTION
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• International competition; Organized by the U.S. Department of Energy
• First held in U.S.A in 2002; Held biennially since 2005
• Design and construct a fully functional house powered by solar energy
• 20 teams are selected from across the world
• First ever Indian team to be selected in the competition
AN INTERNATIONAL COMMUNITY
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TEAM SHUNYA- PROJECT H0
• Collaboration of IIT Bombay and Rachana Sansad’s Academy of Architecture
• Over 70 students and 10 professors from various disciplines
• Shunya- “Zero” to represent a net zero energy house
• Sustainable and affordable house in the Indian context for the middle class home owner
ENERGY CONSUMPTION DISTRIBUTION
28%
31%
26%
11%
4%
Sector-wise energy consumption, World, 2009
Industry
Transport
Buildings
Services
Agriculture
ENERGY AND HOUSING IN INDIA
194 mtoe
288 mtoe
VISION AND MISSION
Vision
• To sustainably meet the exponentially growing demand for urban housing in India
Mission
• To bring about a change in the building industry by demonstrating the affordability and feasibility of sustainable housing
• To raise awareness in the nation about energy efficiency, responsible energy use and the potential of renewable energy with focus on solar energy
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OUR JOURNEY
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• Two years ago, enrolled for the competition, as amateurs
• Over 18months, designed and built our house H-Naught
• 700 sq.ft. house
• Accommodates a family of 6
• Targeted for the Indian middle class
• Air-conditioned
ENERGY REDUCTION
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Passive
• Passive Architecture• Materials and Insulation
Active
• Energy and water efficient appliances• Hybrid AC-DC grid• Home Automation
Renewables
• Solar Thermal• Solar PV
The Competition - Solar Village
Constructed by students
Completed structure
Completed House
Dining Room
Kitchen
Master Bedroom
Kids Bedroom
Jaali and Aesthetics
Competing Teams
Competing Teams
Competing Teams
Won Honorable Mention in Sustainability Contest
ACHIEVEMENTS AND INNOVATIONS
• Net Energy Positive
• 1/10th construction time via pre-fab construction
• Phase change material (PCM) for extended hot water storage
• Innovative clothes dryer
• Hybrid AC-DC network
• Solar Tracking on a small scale
ONE-THIRD ENERGY
FUTURE RESEARCH
AREAS
Pre-fab and rapid construction technologies
Innovative passive designs and technologies
HVAC
AC-DC electrical hybrid network
Localized water purification systems
Home automation systems
Integration with architecture for Solar PV and other systems
Re-construction of the concept house
UNDP mandate - Curriculum for ITI
Solar Decathlon 2016
Housing for the defense sector
Smart cities along DMIC
SCOPE IN THE FUTURE