240 likes | 414 Views
The Living Learning Center at Tyson Research Center and the Impact on a Campus. Deborah Singer Howard, SUNY Director of Sustainability. Washington University’s Tyson Research Center.
E N D
The Living Learning Center at Tyson Research Center and the Impact on a Campus Deborah Singer Howard, SUNY Director of Sustainability
Washington University’s Tyson Research Center A 2,000 acre outdoor laboratory, Tyson provides a living landscape for environmental research, education, and outreach.
LIVING BUILDING Sustainable Building Certification Programs LEED CERTIFIED LEED SILVER LEED GOLD LEED PLATINUM
The Living Building Challenge: Sustainable Performance Site Beauty & Inspiration Indoor Quality Materials Water Energy
The clean, odorless, user-friendly, almost waterless secret:
Sizing the photovoltaic system • Target: Production ≥ consumption over a 12-month period • Estimate building demand, match with estimated solar production • Building performance, roof aspect, building orientation, shading, panel efficiency, user behavior…
Net Metering to “store” energy Temporary deficit: Import from grid Production surplus: Export to grid
Annual Net Zero Energy Purchase electricity Sell back surplus
Winter 2009-2010: Time for some adjustments • HVAC, energy, and building envelope audits • Infiltration • Windows, doors • Insulation • HVAC design and performance • Design features with performance trade-offs
Salvaged logs Black walnut White ash Shagbark hickory Red oak White oak
Come for the green building……stay for the field station • New courses making use of Tyson: • Sustainable Textiles • Decoding Sustainability • Graduate Core Architecture Studio: Climate Responsive Building Strategies • Lightweight Prototypes • Landscape Architecture • Energy Alternatives • Sustainable Design • Freshman Seminar: “The Tyson Seminar” • Summer Institute for Training in Biostatistics
New research interest NSF-funded project focusing on water quality in non-traditional drinking water systems (VA Tech) NSF proposal: Location-based sensing and controls of building HVAC systems (WUSTL) Undergraduate thesis on relative performance of ground-source vs air-source HVAC systems (WUSTL)
Since Spring 2009: • 10-fold increase in university class visits and associated user-days • Previously dominated by natural science users • Now draw users from art; architecture; mechanical, electrical, and computer engineering; general studies seminars; mathematics; performing arts • Tyson’s profile with WU admin has increased in proportion to these new users