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Support | NexusHaus
http://www.nexushaus.com/support
Energy Analysis System Modeling. PV Array Load Sizing. Imagine a community of homes that produce more energy than they use high-performance dwellings that are efficient, intelligent, and affordable. Plus, they have power for all home appliances, lighting, environmental comforts, and even an electric car. How? Through energy harvested from the sun. In this dream by making a donation. If you would like more information on specific opportunities please contact Luke Dunlap at luked@austin.utexas.edu.
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Upcoming Events | NexusHaus
http://www.nexushaus.com/category/upcoming-events
Energy Analysis System Modeling. PV Array Load Sizing. US Department of Energy Solar Decathlon 2015. Thursday, October 8, 2015 to Sunday, October 18, 2015. Orange County Great Park, 6950 Marine Way, Irvine, California 92618. January 20, 2016. Congratulations to the 16 teams selected to participate in #SD2017. November 3, 2015. Cheers to UT’s solar @nexushaus2015. Which finished 4th in national decathlon competition ow.ly/U0Ri4. Student Spotlight: Meet Jean-Baptiste. Sep 30, 2015 0 comments.
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TUM Students | Categories | NexusHaus
http://www.nexushaus.com/pcategory/tum-students
Energy Analysis System Modeling. PV Array Load Sizing. NEXUSHAUS ROLE: Architecture, Envelope Team Cost Estimation. NEXUSHAUS ROLE: Envelope Team. NEXUSHAUS ROLE: Facade Team Cost Estimating. José María Arribas López. NEXUSHAUS ROLE: Architecture Interior Design Construction. NEXUSHAUS ROLE: Building Envelope Nexus. NEXUSHAUS ROLE: Building Information Modeling. NEXUSHAUS ROLE: Interior Design Construction. NEXUSHAUS ROLE: Architecture Mechanical Systems. By making a donation. Sep 30, 2015 0 comments.
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Team | NexusHaus
http://www.nexushaus.com/team
Energy Analysis System Modeling. PV Array Load Sizing. The UT and TUM Collaboration. By making a donation. Student Spotlight: Meet Jean-Baptiste. Sep 30, 2015 0 comments. Student Spotlight: Meet Miriam. Sep 14, 2015 1 comment.
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Project Concept: Energy | NexusHaus
http://www.nexushaus.com/project-concept-energy
Energy Analysis System Modeling. PV Array Load Sizing. Thermal storage (TES) reduces the overall load from the. To minimize consumption during high electricity price hours, and maximize the utility of the house’s solar electricity production. Addressing Electricity Grid Issues with Integrated Energy-Water Systems. This system, coupled with solar, generates maximum electricity on peak, while simultaneously reducing the house load. The goal is not just to minimize air conditioning load on the grid, but...
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Project Concept: Water | NexusHaus
http://www.nexushaus.com/project-concept-water
Energy Analysis System Modeling. PV Array Load Sizing. The NexusHaus is designed to harvest rainwater the primary potable water source for the home. Greywater is collected and used plants in the food production oriented landscape. Mar 3, 2015 by Kathleen Hetrick in NexusNews. Your email address will not be published. Leave this field empty. Notify me of follow-up comments by email. Notify me of new posts by email. January 20, 2016. Congratulations to the 16 teams selected to participate in #SD2017.
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Student Spotlight: Meet Henry | NexusHaus
http://www.nexushaus.com/student-spotlight-meet-henry
Energy Analysis System Modeling. PV Array Load Sizing. Student Spotlight: Meet Henry. Image provided by Henry Wen. Image provided by Henry Wen. Give us a little background about yourself. Why did you join Solar Decathlon? What is your role in the UT-TUM team? A: I believe everybody’s role is to pave the way to a greener future. As a mere individual, I seek to help the team in any way. In the past, I have contributed to the Building Information Modeling work and minor tasks as an assistant to the ...A: Wo...
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Molly McNamara | NexusHaus
http://www.nexushaus.com/portfolio/molly-mcnamara
Energy Analysis System Modeling. PV Array Load Sizing. Masters of Architecture, University of Texas at Austin. I am passionate about implementing sustainable architectural practices in an accessible and affordable way. Educating the public about how architecture can impact and benefit the built environment makes Solar Decathlon a valuable opportunity. FAVORITE THING ABOUT AUSTIN:. Lady Bird Lake, food, music, beer/barbecue. I have to pick just one? FAVORITE MUSICIAN OR BAND:. Trey Farmer →.
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Hayley Smith | NexusHaus
http://www.nexushaus.com/portfolio/hayley-smith
Energy Analysis System Modeling. PV Array Load Sizing. Bachelor of Science in Architectural Engineering, University of Texas at Austin. I found out about Solar Decathlon in my junior year design studio and immediately knew I wanted to be involved! I wanted to be a part of a real, integrated project and am now enjoying watching it all come together. FAVORITE THING ABOUT AUSTIN:. I have lived in Austin all my life and love it so much I had to stay here for college! FAVORITE MUSICIAN OR BAND:.
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Competition | NexusHaus
http://www.nexushaus.com/competition
Energy Analysis System Modeling. PV Array Load Sizing. The US. Department of Energy Solar Decathlon. An attractive, high-performance home that integrates solar and energy-efficient technology seamlessly into the design will be evaluated by three main factors: architectural elements, holistic design, and inspiration. Checks the particular systems that are integrated within the home evaluated on the functionality, efficiency, innovation, and reliability. The technical aspects of each house, as well as a te...
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