Valerie Miller, BAE Mechanical Option Advisor: Dr. Freihaut All renderings from AECOM bridging drawings – www.aecom.com NASA L ANGLEY R ESEARCH C ENTER A DMINISTRATION O FFICE B UILDING O NE (AOB1) H AMPTON , VA
T ABLE OF C ONTENTS Introduction Building background Thesis proposal Mechanical depth All renderings from AECOM bridging drawings – www.aecom.com 3 stories + penthouse Owner: NASA & U.S. Environmental breadth LEED Platinum rating General Services Recommendation Cost: $26 million Administration Acknowledgement Ribbon cutting: June 17, 2011 Location: Hampton, VA NASA AOB1 – Valerie Miller 79,000 ft 2
T ABLE OF C ONTENTS Introduction Building background Thesis proposal Mechanical depth All renderings from AECOM bridging drawings – www.aecom.com 3 stories + penthouse Owner: NASA & U.S. Environmental breadth LEED Platinum rating General Services Recommendation Cost: $26 million Administration Acknowledgement Ribbon cutting: June 17, 2011 Location: Hampton, VA Office Core NASA AOB1 – Valerie Miller 79,000 ft 2 Conference
T ABLE OF C ONTENTS Introduction Building background Thesis proposal Mechanical depth All renderings from AECOM bridging drawings – www.aecom.com 3 stories + penthouse Owner: NASA & U.S. Environmental breadth LEED Platinum rating General Services Recommendation Cost: $26 million Administration Acknowledgement Ribbon cutting: June 17, 2011 Location: Hampton, VA Office Core NASA AOB1 – Valerie Miller 79,000 ft 2 Geothermal Transfer Field Conference
T ABLE OF C ONTENTS Introduction Building background Thesis proposal Mechanical depth Environmental breadth Recommendation Acknowledgement Office Core NASA AOB1 – Valerie Miller Conference
T ABLE OF C ONTENTS Introduction Building background AHU-1, 2, 3 Thesis proposal UFAD floors 1, 2, 3 Mechanical depth Environmental breadth Recommendation Acknowledgement Office Core NASA AOB1 – Valerie Miller Conference
Penthouse: AHU-5: Conference 205 and 305 T ABLE OF C ONTENTS DOAS unit: AHU-1, 2, 3, 5 Introduction Building background AHU-1, 2, 3 Thesis proposal UFAD floors 1, 2, 3 Mechanical depth Environmental breadth Recommendation Acknowledgement Office Core NASA AOB1 – Valerie Miller Conference
Penthouse: AHU-5: Conference 205 and 305 T ABLE OF C ONTENTS DOAS unit: AHU-1, 2, 3, 5 Introduction Building background AHU-1, 2, 3 Thesis proposal UFAD floors 1, 2, 3 Mechanical depth Environmental breadth Recommendation Acknowledgement Office AHU-4 Core NASA AOB1 – Valerie Miller Conference Conference 105A, B
Penthouse: AHU-5: Conference 205 and 305 T ABLE OF C ONTENTS DOAS unit: AHU-1, 2, 3, 5 Introduction Building background AHU-1, 2, 3 Thesis proposal UFAD floors 1, 2, 3 Mechanical depth Environmental breadth Recommendation Acknowledgement Office AHU-4 Core NASA AOB1 – Valerie Miller Conference Geothermal Side Plant Side Building Side Conference 105A, B
T HESIS G OALS AND P ROPOSAL T ABLE OF C ONTENTS Introduction Building background Thesis proposal Mechanical depth Environmental breadth All renderings from AECOM bridging drawings – www.aecom.com Recommendation Acknowledgement NASA AOB1 – Valerie Miller
T HESIS G OALS AND P ROPOSAL T ABLE OF C ONTENTS Goals: Decreased energy Introduction consumption Building background Decreased emissions Thesis proposal 20 year pay-back Mechanical depth Naturally light space Environmental breadth All renderings from AECOM bridging drawings – www.aecom.com Recommendation Acknowledgement NASA AOB1 – Valerie Miller
T HESIS G OALS AND P ROPOSAL T ABLE OF C ONTENTS Goals: Decreased energy Introduction consumption Building background Decreased emissions Thesis proposal 20 year pay-back Mechanical depth Naturally light space Environmental breadth All renderings from AECOM bridging drawings – www.aecom.com Recommendation Depth study: Alternative Glazing Systems Acknowledgement NASA AOB1 – Valerie Miller
T HESIS G OALS AND P ROPOSAL T ABLE OF C ONTENTS Goals: Decreased energy Introduction consumption Building background Decreased emissions Thesis proposal 20 year pay-back Mechanical depth Naturally light space Environmental breadth All renderings from AECOM bridging drawings – www.aecom.com Recommendation Depth study: Alternative Glazing Systems Acknowledgement Trace 700 load/energy model Cost analysis: initial, operating, life-cycle NASA AOB1 – Valerie Miller
T HESIS G OALS AND P ROPOSAL T ABLE OF C ONTENTS Goals: Breadth topic 1: Electric and Natural Lighting Decreased energy Lighting plan alterations Introduction Cost savings consumption Building background Decreased emissions Alternative glazing effects on daylighting Thesis proposal 20 year pay-back Mechanical depth Naturally light space Environmental breadth All renderings from AECOM bridging drawings – www.aecom.com Recommendation Depth study: Alternative Glazing Systems Acknowledgement Trace 700 load/energy model Cost analysis: initial, operating, life-cycle NASA AOB1 – Valerie Miller
T HESIS G OALS AND P ROPOSAL T ABLE OF C ONTENTS Goals: Breadth topic 1: Electric and Natural Lighting Decreased energy Lighting plan alterations Introduction Cost savings consumption Building background Decreased emissions Alternative glazing effects on daylighting Thesis proposal 20 year pay-back Mechanical depth Breadth topic 2: Emissions Analysis of PV glass Naturally light space Environmental breadth All renderings from AECOM bridging drawings – www.aecom.com Life-cycle emissions: manufacturing, generation Recommendation Depth study: Alternative Glazing Systems Acknowledgement Trace 700 load/energy model Cost analysis: initial, operating, life-cycle NASA AOB1 – Valerie Miller
G LAZING DEFINITION ' S T ABLE OF C ONTENTS Low-E insulating laminated (original) Introduction Viracon Triple insulating, single low-E Building background Triple insulating, double low-E Thesis proposal Double pane, low-E photovoltaic glass Onyx Solar Mechanical depth Environmental breadth Recommendation Acknowledgement NASA AOB1 – Valerie Miller
G LAZING DEFINITION ' S T ABLE OF C ONTENTS Low-E insulating laminated (original) Introduction Viracon Triple insulating, single low-E Building background Triple insulating, double low-E Thesis proposal Double pane, low-E photovoltaic glass Onyx Solar Mechanical depth Environmental breadth Recommendation www.Viracon.com/pdf/ProductGuide.pdf Acknowledgement U-VALUE (ADJ) SHGC (ADJ) 0.37 0.255 NASA AOB1 – Valerie Miller
G LAZING DEFINITION ' S T ABLE OF C ONTENTS Low-E insulating laminated (original) Introduction Viracon Triple insulating, single low-E Building background Triple insulating, double low-E Thesis proposal Double pane, low-E photovoltaic glass Onyx Solar Mechanical depth Environmental breadth Recommendation www.Viracon.com/pdf/ProductGuide.pdf Acknowledgement U-VALUE (ADJ) SHGC (ADJ) SINGLE LOW-E 0.33 0.275 NASA AOB1 – Valerie Miller DOUBLE LOW-E 0.29 0.24
G LAZING DEFINITION ' S T ABLE OF C ONTENTS Low-E insulating laminated (original) Introduction Viracon Triple insulating, single low-E Building background Triple insulating, double low-E Thesis proposal Double pane, low-E photovoltaic glass Onyx Solar Mechanical depth Environmental breadth Recommendation www.Viracon.com/pdf/ProductGuide.pdf Acknowledgement U-VALUE (ADJ) SHGC (ADJ) 0.42 0.37 NASA AOB1 – Valerie Miller
G LAZING DEFINITION ' S T ABLE OF C ONTENTS Low-E insulating laminated (original) Introduction Viracon Triple insulating, single low-E Building background Triple insulating, double low-E Thesis proposal Double pane, low-E photovoltaic glass Onyx Solar Mechanical depth Environmental breadth South Elevation Recommendation www.Viracon.com/pdf/ProductGuide.pdf Acknowledgement U-VALUE (ADJ) SHGC (ADJ) 0.42 0.37 NASA AOB1 – Valerie Miller Construction docs provided by H.F. Lenz Co.
G LAZING DEFINITION ' S T ABLE OF C ONTENTS Low-E insulating laminated (original) Introduction Viracon Triple insulating, single low-E Building background Triple insulating, double low-E Thesis proposal Double pane, low-E photovoltaic glass Onyx Solar Mechanical depth Produces 1,451 kWh/year Environmental breadth Recommendation Saves $111/year www.Viracon.com/pdf/ProductGuide.pdf Acknowledgement U-VALUE (ADJ) SHGC (ADJ) 0.42 0.37 NASA AOB1 – Valerie Miller
M ECHANICAL DEPTH T ABLE OF C ONTENTS Yearly Energy Consumption: Real and Expected Submeter: 1,037,990 kWh Introduction 1,200,000 Yearly Energy Consumption (kWh) Building background Trace 700 model: 984,526 kWh 1,000,000 Thesis proposal 800,000 Real monthly total Mechanical depth ~5.15% difference 600,000 Environmental breadth Original glass and lighting Recommendation 400,000 Acknowledgement 200,000 NASA AOB1 – Valerie Miller 0
T ABLE OF C ONTENTS Introduction Building background Thesis proposal Mechanical depth Environmental breadth Recommendation Acknowledgement NASA AOB1 – Valerie Miller All renderings from AECOM bridging drawings – www.aecom.com
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