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HALF MOONE CRUISE & CELEBRATION CENTER Jonathan Walker Lighting / Electrical Option 4/15/09 Introduction | Lighting | Mechanical | Structural| Electrical.

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Presentation on theme: "HALF MOONE CRUISE & CELEBRATION CENTER Jonathan Walker Lighting / Electrical Option 4/15/09 Introduction | Lighting | Mechanical | Structural| Electrical."— Presentation transcript:

1 HALF MOONE CRUISE & CELEBRATION CENTER Jonathan Walker Lighting / Electrical Option 4/15/09 Introduction | Lighting | Mechanical | Structural| Electrical | ConclusionJonathan C. Walker

2 Personal Information Internship Clark Nexsen full-time Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion

3 Jonathan C. Walker Building and Site Information Norfolk, Virginia 89,000 SF $21 million 2 levels Built on pier Near Town Point Park Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion

4 Jonathan C. Walker Large multi-purpose space Cruise terminal Relate to the Nauticus Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Architectural Context

5 Jonathan C. Walker Lobby (5,300 SF) Façade Conference Room (2,500 SF) Waiting Area / Ticket Queuing (12,000 SF) Conference Lobby Waiting Area / Ticket Queuing Façade Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lighting Redesign

6 Jonathan C. Walker Design Criteria Illuminance: 5 fc Transition space from outside to inside Accent displays on northwest wall High CRI Psychological Aspects: spacious feeling Controls: scene settings Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lobby Lighting

7 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lobby Lighting

8 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lobby Lighting

9 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lobby Lighting

10 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lobby Lighting

11 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lobby Lighting

12 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lobby Lighting

13 Jonathan C. Walker Design Criteria Illuminance: Not critical Avoid visual clutter Emphasize architectural and structural elements Transparency to Lobby Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Façade Lighting

14 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Façade Lighting Design Criteria Illuminance: Not critical Avoid visual clutter Emphasize architectural and structural elements Transparency to Lobby

15 Jonathan C. Walker Lobby (5,300 SF) Façade Conference Room (2,500 SF) Waiting Area / Ticket Queuing (12,000 SF) Conference Lobby Waiting Area / Ticket Queuing Facade Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lighting Redesign

16 Jonathan C. Walker Design Criteria Illuminance: 30 fc Video performance Psychological Aspects: pleasantness Visual clarity Controls Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Conference Lighting

17 Jonathan C. Walker Design Criteria Illuminance: 30 fc Video performance Psychological Aspects: pleasantness Visual clarity Controls Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Conference Lighting

18 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Conference Lighting

19 Jonathan C. Walker Lobby (5,300 SF) Façade Conference Room (2,500 SF) Waiting Area / Ticket Queuing (12,000 SF) Conference Lobby Waiting Area / Ticket Queuing Facade Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Lighting Redesign

20 Jonathan C. Walker Design Criteria Illuminance: 30 fc Psychological Aspects: spacious and pleasant High CRI, medium CCT Daylight Controls Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Waiting Area / Ticket Queuing Lighting

21 Jonathan C. WalkerIntroduction | Lighting | Mechanical | Structural| Electrical | Conclusion Waiting Area / Ticket Queuing Lighting

22 Jonathan C. Walker Design Criteria Illuminance: 30 fc Psychological Aspects: spacious and pleasant High CRI, medium CCT Daylight Controls Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Waiting Area / Ticket Queuing Lighting

23 Jonathan C. Walker Daylighting 15 skylights Lighting & Electrical impact Mechanical impact Structural impact Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Waiting Area / Ticket Queuing Lighting

24 Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Waiting Area / Ticket Queuing – Mechanical Analysis Jonathan C. Walker Roof Skylight Scenario #1 (existing roof only) Scenario #2 (existing roof + new skylights) Roof Heat Transfer Solar Radiation Roof: q=U*A*(CLTD) + Skylight: q(cond) = U*A*(CLTD) + Skylight: q=A*SC*SCL q = cooling load (W) U = U-value (W/m 2 K) A = Area (m 2 ) CLTD = Cooling Load Temperature Differences (K) SC = Shading Coefficient of Skylight (unitless) SCL = Solar Cooling Load (W/ m 2 )

25 At 100%, lighting power is 9,486 watts Skylights should be added to this space. Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Waiting Area / Ticket Queuing – Mechanical Analysis Jonathan C. Walker

26 Introduction | Lighting | Mechanical | Structural| Electrical | Conclusion Waiting Area / Ticket Queuing – Structural Analysis Jonathan C. Walker Structurally acceptable, as modeled No significant additional structural elements necessary

27 Existing Panelboards Panel NameTypeVoltageLocations Served ELPL4Dimming120Waiting Area, Lobby LPL3Dimming120 Lobby, Conference, Waiting Area, Waiting Area (LEDS) HPL3Switching277Waiting Area, Conference EHPL4Switching277 Conference, Waiting Area, Façade ELPL2Dimming120Façade EHPLPSwitching277Façade EHPL2Switching277Façade Software Designer Solution Panel NameTypeVoltageLocations Served Panel Unit 1Dimming277Waiting Area Panel Unit 2Switching120Waiting Area Panel Unit 3Dimming120Lobby Panel Unit 4Dimming277Lobby Panel Unit 5Switching120Lobby Panel Unit 6Dimming277Conference Panel Unit 7Switching120Façade Proposed Consolidation of loads ELPL4 EHPL4 ELPL2 EHPLP EHPL2 HPL3, Panel Unit 1, Panel Unit 4, Panel Unit 6 LPL3, Panel Unit 2, Panel Unit 5, Panel Unit 7, Panel Unit 3 Introduction | Lighting | Mechanical | Structural| Electrical | ConclusionJonathan C. Walker Electrical Redesign: Panelboards

28 Conductor CostConduit CostTotal Cost Copper $ 81,500 $ 34,100 $ 115,600 Aluminum $ 41,600 $ 35,200 $ 76,800 Less cost for Aluminum feeders Expansion properties affect connections Introduction | Lighting | Mechanical | Structural| Electrical | ConclusionJonathan C. Walker Electrical Analysis – Feeder Comparison: Copper versus Aluminum

29 Introduction | Lighting | Mechanical | Structural| Electrical | ConclusionJonathan C. Walker Conclusion: Lighting of 4 Spaces Dynamic Environment Versatile Reduction in power consumption

30 Introduction | Lighting | Mechanical | Structural| Electrical | ConclusionJonathan C. Walker Conclusion: Skylight Impact on Mechanical and Structural Systems Skylight Roof Skylights Cost and energy savings from skylights No significant additional structural elements necessary Creates dynamic environment

31 Introduction | Lighting | Mechanical | Structural| Electrical | ConclusionJonathan C. Walker Conclusion: Skylight Impact on Mechanical and Structural Systems Special thanks to: Clark Nexsen Scott Schwerin and Dan Rusnack Penn State Department of Architectural Engineering Professors Mistrick, Houser, Dannerth Family and Friends Questions?

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