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Biobehavioral Health Building, University Park, PA Jake Copley – Mechanical Option

Biobehavioral Health Building, University Park, PA Jake Copley – Mechanical Option April 9 th , 2012. Presentation Outline. Project Team Project Overview Existing Mechanical Systems Proposed Redesign Mechanical Depth Electrical Breadth Cost and Energy Savings

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Biobehavioral Health Building, University Park, PA Jake Copley – Mechanical Option

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  1. Biobehavioral Health Building, University Park, PA Jake Copley – Mechanical Option April 9th, 2012

  2. Presentation Outline • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions Biobehavioral Health Building, University Park, PA Jake Copley – Mechanical Option April 9th, 2012

  3. Presentation Outline Project Team • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions Owner: The Pennsylvania State University Architect: Bohlin Cywinski Jackson CM: Massaro Corporation Inc. MEP/FireProtection: Bruce E. Brooks Assoc. Structural Engineer: Robert Silman Assoc. CivilEngineer: Gannett Fleming, Inc. LandscapeArchitect: Michael Vergason Biobehavioral Health Building, University Park, PA Jake Copley – Mechanical Option April 9th, 2012

  4. Presentation Outline Project Overview • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Project Site • HUB Lawn

  5. Presentation Outline Project Overview • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Project Site • HUB Lawn • Architecture • 93,500 SF for BBH Department • 4 Stories Above, 1 Below + Penthouse • Similar to Henderson North • Goal of LEED Silver • $48.1 Million

  6. Presentation Outline Existing Mechanical System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Air Side • 6 Variable Air Volume AHUs • All multi-zone with Economizers

  7. Presentation Outline Existing Mechanical System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Air Side • 6 Variable Air Volume AHUs • All multi-zone with Economizers • Water Side • Perimeter Fin Tube Heating • Steam • Chilled Water

  8. Presentation Outline Existing Mechanical System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Air Side • 6 Variable Air Volume AHUs • All multi-zone with Economizers • Water Side • Perimeter Fin Tube Heating • Steam • Chilled Water • Energy Usage • Mechanical System: 52 kBTU/SF

  9. Presentation Outline Proposed Redesign • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Objective • Reduce Building Energy Consumption

  10. Presentation Outline Proposed Redesign • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Objective • Reduce Building Energy Consumption • Design Components • Internal Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System

  11. Presentation Outline Proposed Redesign • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Objective • Reduce Building Energy Consumption • Design Components • Internal Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Alternative Configurations

  12. Presentation Outline Mechanical Depth – Thermal Mass • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Composition of Mass Alternatives Existing Internal Mass

  13. Presentation Outline Mechanical Depth – Thermal Mass • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Composition of Mass Alternatives Internal Mass Option 1 Existing Internal Mass

  14. Presentation Outline Mechanical Depth – Thermal Mass • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Composition of Mass Alternatives Internal Mass Option 1 Internal Mass Option 2 Existing Internal Mass

  15. Presentation Outline Mechanical Depth – Thermal Mass • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Composition of Mass Alternatives • Performance Comparison • 1.3 kBTU/SF or 2.5% Internal Mass Option 1 Internal Mass Option 2 Existing Internal Mass

  16. Presentation Outline Mechanical Depth – Radiant System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Panel Design Parameters • Air: Latent + Sensible Load • Radiant: Sensible Load • CHW and HW Temperatures • Replace Acoustical Ceiling Tiles

  17. Presentation Outline Mechanical Depth – Radiant System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Panel Design Parameters • Air: Latent + Sensible Load • Radiant: Sensible Load • CHW and HW Temperatures • Replace Acoustical Ceiling Tiles • Panel Layout • Typical Office

  18. Presentation Outline Mechanical Depth – Radiant System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Panel Design Parameters • Air: Latent + Sensible Load • Radiant: Sensible Load • CHW and HW Temperatures • Replace Acoustical Ceiling Tiles • Panel Layout • Typical Office • Typical Classroom

  19. Presentation Outline Mechanical Depth – Radiant System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Panel Design Parameters • Air: Latent + Sensible Load • Radiant: Sensible Load • CHW and HW Temperatures • Replace Acoustical Ceiling Tiles • Panel Layout • Typical Office • Typical Classroom • Acoustical Effects

  20. Presentation Outline Mechanical Depth – Radiant System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Panel Design Parameters • Air: Latent + Sensible Load • Radiant: Sensible Load • CHW and HW Temperatures • Replace Acoustical Ceiling Tiles • Panel Layout • Typical Office • Typical Classroom • Acoustical Effects • Performance • 1 kBTU/SF or 2%

  21. Presentation Outline Mechanical Depth – Energy Recovery • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • AHU Resizing • 50% Size Reduction • Unit Selection

  22. Presentation Outline Mechanical Depth – Energy Recovery • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • AHU Resizing • 50% Size Reduction • Unit Selection • Performance • 4 kBTU/SF or 7.6%

  23. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters

  24. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors http://asolarheater.net/1969-sunmaxx-solar-collectors-best-solar-water-heater.html

  25. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors • Heat Pipes • Ease of Maintenance http://www.sunmaxxsolar.com/how-evacuated-tube-solar-collectors-work.php

  26. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors • Heat Pipes • Ease of Maintenance • Array Location and Layout

  27. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors • Heat Pipes • Ease of Maintenance • Array Location and Layout • Chiller Selection http://www.prweb.com/releases/2011/02/prweb5075134.htm

  28. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors • Heat Pipes • Ease of Maintenance • Array Location and Layout • Chiller Selection • Cooling Tower • Selection

  29. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors • Heat Pipes • Ease of Maintenance • Array Location and Layout • Chiller Selection • Cooling Tower • Selection http://www.evap-techmtc.com/Marley_Aquatower_en.html

  30. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors • Heat Pipes • Ease of Maintenance • Array Location and Layout • Chiller Selection • Cooling Tower • Selection • Location

  31. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors • Heat Pipes • Ease of Maintenance • Array Location and Layout • Chiller Selection • Cooling Tower • Selection • Location • System Performance

  32. Presentation Outline Mechanical Depth – Solar System • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Thermal Mass • Radiant Heating and Cooling • Energy Recovery • Solar Thermal System • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Design Parameters • Panel Selection • Evacuated Tube Collectors • Heat Pipes • Ease of Maintenance • Array Location and Layout • Chiller Selection • Cooling Tower • Selection • Location • System Performance • Performance 13% Reduction in Heating 4% Reduction in Cooling

  33. Presentation Outline Electrical Breadth • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Calculations • Motor HP • Equipment FLA

  34. Presentation Outline Electrical Breadth • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Calculations • Motor HP • Equipment FLA • Scheduling • Additional Lighting Panel Relocation

  35. Presentation Outline Electrical Breadth • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Calculations • Motor HP • Equipment FLA • Scheduling • Additional Lighting Panel Relocation • Sizing • Branch Circuits • Breakers

  36. Presentation Outline Electrical Breadth • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Calculations • Motor HP • Equipment FLA • Scheduling • Additional Lighting Panel Relocation • Sizing • Branch Circuits • Breakers • Motor Starters • VFDs

  37. Presentation Outline Electrical Breadth • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions • Calculations • Motor HP • Equipment FLA • Scheduling • Additional Lighting Panel Relocation • Sizing • Branch Circuits • Breakers • Motor Starters • VFDs • Feeder • Conclusion

  38. Presentation Outline First and Operating Cost • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • First and Operating Cost • Energy Savings • Payback Period • Conclusion and Recommendation • Questions

  39. Presentation Outline Energy Savings • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • First and Operating Cost • Energy Savings • Payback Period • Conclusion and Recommendation • Questions 12kBTU/SF or 23% Reduction

  40. Presentation Outline Payback Period • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • First and Operating Cost • Energy Savings • Payback Period • Conclusion and Recommendation • Questions

  41. Presentation Outline Conclusion and Recommendation • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • New System Configuration • Questions • New System • Keep Existing AHUs • Include Heat Recovery System • Include Solar Thermal System • Space Constraint

  42. Presentation Outline Conclusion and Recommendation • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • New System Configuration • Questions • New System • Keep Existing AHUs • Include Heat Recovery System • Include Solar Thermal System • Space Constraint • Estimated Cost

  43. Presentation Outline Conclusion and Recommendation • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • New System Configuration • Questions • New System • Keep Existing AHUs • Include Heat Recovery System • Include Solar Thermal System • Space Constraint • Estimated Cost • Energy Savings • 8.6 kBTU/SF or 16.5% • Payback Period

  44. Presentation Outline • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions Special Thanks to: PSU Office of Physical Plant Massaro Corporation Professors Family and Friends

  45. Presentation Outline • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions Questions?

  46. Presentation Outline • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions Questions?

  47. Presentation Outline • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions

  48. Presentation Outline • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions

  49. Presentation Outline • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions

  50. Presentation Outline • Project Team • Project Overview • Existing Mechanical Systems • Proposed Redesign • Mechanical Depth • Electrical Breadth • Cost and Energy Savings • Conclusion and Recommendation • Questions

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