NATIONAL CANCER INSTITUTE Rockville| Maryland Penn State AE Senior Capstone Project Justin A. Woishnis | Construction Option Advisor: James Faust
PROJECT OUTLINE Project Introduction Project Background NATIONAL CANCER INSTITUTE • Site Overview • Building properties Analysis #1: Solar PV Analysis • Site/Roof Investigation Rockville| Maryland • Shading Analysis • Energy Use Study • Panel Selection and Layout • System Costs Structural Breadth Analysis #2: Technology to the Field • Material Tracking • Case Study • Feasibility Analysis #3: Interior CMU Wall To Precast • CMU Overview • CMU Estimate • Precast Overview • Precast Estimate • Results/Feasibility Analysis #4: Alternative Façade Sequence Penn State AE Senior Capstone Project • Initial Sequence • New Façade Scheduling/Sequence Justin A. Woishnis | Construction Option • Cost/Schedule Results Summary of Conclusions/Recommendations Advisor: James Faust Acknowledgements
PROJECT OUTLINE Project Introduction Project Background NATIONAL CANCER INSTITUTE • Site Overview • Building properties Analysis #1: Solar PV Analysis Rockville| Maryland • Site/Roof Investigation • Shading Analysis • Energy Use Study • Panel Selection and Layout • System Costs Structural Breadth Project Size| 600,000 S.F. Base Building Analysis #2: Technology to the Field 575,800 S.F. Parking Garage • Material Tracking • Case Study Building Function| Office/ Research • Feasibility Analysis #3: Interior CMU Wall To Precast Contract Value | $96 Million • CMU Overview • Contract Type| Design-Build CMU Estimate • Precast Overview Total # of Floors | 8 • Precast Estimate • Results/Feasibility Owner| The JBG Companies Analysis #4: Alternative Façade Sequence • Initial Sequence General Contractor| DAVIS Construction • New Façade Scheduling/Sequence • Cost/Schedule Results Summary of Conclusions/Recommendations Acknowledgements AE Senior Thesis | Justin A. Woishnis | Construction Management |
PROJECT OUTLINE Base Building Project Introduction Project Background • Site Overview • Building properties Parking Garage Analysis #1: Solar PV Analysis • Site/Roof Investigation • Shading Analysis New Parking Lot • Energy Use Study • Panel Selection and Layout • System Costs Structural Breadth Analysis #2: Technology to the Field • Material Tracking • Case Study • Feasibility Analysis #3: Interior CMU Wall To Precast Tenant Parking • CMU Overview • CMU Estimate • Precast Overview • Precast Estimate • Results/Feasibility Construction Parking Analysis #4: Alternative Façade Sequence • Initial Sequence • New Façade Scheduling/Sequence • Cost/Schedule Results Summary of Conclusions/Recommendations Acknowledgements During Construction Existing Site Site Plan NATIONAL CANCER INSTITUTE AE Senior Thesis | Justin A. Woishnis Rockville| Maryland
PROJECT OUTLINE Features Project Introduction Project Background • Site Overview • Building properties Twin 7-story Towers w/ Analysis #1: Solar PV Analysis • Site/Roof Investigation 3-story Connector • Shading Analysis • Energy Use Study • Panel Selection and Layout • System Costs Lower-Level including: Structural Breadth Analysis #2: Technology to the Field • • Data Center Material Tracking • Case Study • Feasibility • Fitness Center Analysis #3: Interior CMU Wall To Precast • CMU Overview • Auditorium • CMU Estimate • Precast Overview • Precast Estimate • Results/Feasibility Green Roof Analysis #4: Alternative Façade Sequence • Initial Sequence • New Façade Scheduling/Sequence • Cost/Schedule Results Summary of Conclusions/Recommendations Curtain Wall Acknowledgements NATIONAL CANCER INSTITUTE AE Senior Thesis | Justin A. Woishnis Rockville| Maryland
PROJECT OUTLINE Co Core & Shell Project Introduction Precast Panel Facade Project Background • Site Overview Batch Plant • Building properties Cast-In-Place Concrete Analysis #1: Solar PV Analysis • Site/Roof Investigation Tower Cranes • Shading Analysis Structure • Energy Use Study • Panel Selection and Layout • System Costs Structural Breadth Post-Tension Beams Analysis #2: Technology to the Field • Material Tracking • Case Study • Feasibility Analysis #3: Interior CMU Wall To Precast • CMU Overview • CMU Estimate • Precast Overview • Precast Estimate • Results/Feasibility Analysis #4: Alternative Façade Sequence • Initial Sequence • New Façade Scheduling/Sequence • Cost/Schedule Results Summary of Conclusions/Recommendations Acknowledgements NATIONAL CANCER INSTITUTE AE Senior Thesis | Justin A. Woishnis Rockville| Maryland
PROJECT OUTLINE Problem Background Site/Roof Investigation Project Introduction Project Background • Site Overview • Building properties • LEED Gold Certification Analysis #1: Solar PV Analysis Blue- Available Roof • Site/Roof Investigation • Shading Analysis • Energy Use Study ANALYSIS TOPIC #1 • No Renewable Energy Sources • Panel Selection and Layout • System Costs Area: 28,441 S.F. Structural Breadth Analysis #2: Technology to the Field SOLAR R (P (PV) AR ) ARRAY • Material Tracking • Large Energy Consumption • Case Study • Feasibility Red- Penthouse Analysis #3: Interior CMU Wall To Precast • Problem Solution CMU Overview • CMU Estimate • Precast Overview Area: 4,359 S.F. • Precast Estimate • Results/Feasibility • Roof-Mounted Solar Photovoltaic Array Analysis #4: Alternative Façade Sequence • Initial Sequence • New Façade Scheduling/Sequence • Cost/Schedule Results • Large Available Roof Areas w/ Minimal Sun Summary of Conclusions/Recommendations Acknowledgements Obstructions NATIONAL CANCER INSTITUTE AE Senior Thesis | Justin A. Woishnis Rockville| Maryland
PROJECT OUTLINE Summer Spring Project Introduction Project Background Shading Analysis Solstice • Site Overview Equinox • Building properties June 20th Analysis #1: Solar PV Analysis March 20th • Site/Roof Investigation • Shading Analysis • Energy Use Study • Panel Selection and Layout • System Costs Structural Breadth Analysis #2: Technology to the Field • Material Tracking • Case Study 10:00 AM 1:00 PM 4:00 PM 10:00 AM 1:00 PM 4:00 PM • Feasibility Analysis #3: Interior CMU Wall To Precast • CMU Overview Winter Fall Equinox • CMU Estimate • Precast Overview Solstice September 22nd • Precast Estimate • Results/Feasibility Analysis #4: Alternative Façade Sequence December 21st • Initial Sequence • New Façade Scheduling/Sequence Optimum Roof Area = 20,617 7 S.F. 20,617 S. • Cost/Schedule Results Summary of Conclusions/Recommendations Acknowledgements NATIONAL CANCER INSTITUTE AE Senior Thesis | Justin A. Woishnis Rockville| Maryland
PROJECT OUTLINE Main Lobby & Corridor Lighting Count Watts Project Introduction Type Description Lamps West East West East Total Project Background Initial Investigation: RC1 9" Aperture Semi-Recessed Downlight 1-F32WTRT 17 25 544 800 1344 • Site Overview Energy Use Study RF1 6" Recessed Linear Light Fixture 2-F28T5 3 3 168 168 336 • Building properties • Full electricity Load = NOT FeasiblE Analysis #1: Solar PV Analysis RC2 5 1/2" Aperture Downlight 1-F32WTRT 9 12 288 384 672 • 50% Electricity Load = NOT Feasible • Site/Roof Investigation RM3 Adjustable Semi-Recessed Wall Washer 1-32W PMH 7 7 224 224 448 • Shading Analysis Decorative Lit Panel w/ Remote LED • 10% Electricity Load = Still NOT Feasible • Energy Use Study JL1C Driver/Transformer LED 4.5W/LF 4 4 360 360 720 • Panel Selection and Layout U.S. DOE, Annual Energy Review PM1 Decorative Pendant 1-70W 1 3 70 210 280 • System Costs JM2 Linear Light Fixture 3-CMH70 4 4 840 840 1680 2009 Structural Breadth JM1 Surface Mounted Lobby Fixture 14-CMH20 1 0 280 0 280 Analysis #2: Technology to the Field RM2 6" Lensed Wall Washer 1-70W, PAR30 3 4 210 280 490 • Material Tracking RM1 6" Aperture Downlight 1-70W, PAR30 1 1 210 210 420 • Case Study Average Site Energy Intensity per • Feasibility Decorative Lit Panel w/ Remote LED Analysis #3: Interior CMU Wall To Precast JL1A Driver/Transformer LED 4.5W/LF 4 4 360 360 720 Square Foot calculated to be • CMU Overview RF3 10" Recessed Linear Light Fixture 4-F21T5 0 4 0 336 336 Revised Approach: • CMU Estimate 19,344,000 kwh TOTAL 3554 4172 7726 • Precast Overview • Limit Energy Target • Precast Estimate Watts Total • Results/Feasibility • All 24 Hour Lighting Exit Signs ( 2-way) 3.4 408 Analysis #4: Alternative Façade Sequence Overall Total (Watts) 15023 Exit Signs (1-way) 1.8 281 • Initial Sequence • Main Lobby Entrance, Corridors, Elevator • New Façade Scheduling/Sequence Elevator 2-F28 2352 • Cost/Schedule Results Lobbies, Stairways and Exit Signs Stairway 2-F28 4256 kW 15.023 Summary of Conclusions/Recommendations 7297 Acknowledgements Overall Total (Watts) 15023 kW 15.023 NATIONAL CANCER INSTITUTE AE Senior Thesis | Justin A. Woishnis Rockville| Maryland
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