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Boston, MA Xiaoyin Wu (Laura) Lighting/Electrical | Architectural - PowerPoint PPT Presentation

CSE Renovation Project Boston, MA Xiaoyin Wu (Laura) Lighting/Electrical | Architectural Engineering | Penn State University ELECTRICAL DEPTH SUMMARY PROJECT OVERVIEW LOBBY LIGHTING DESIGN OFFICE REDESIGN Project Overview Project Overview


  1. CSE Renovation Project Boston, MA Xiaoyin Wu (Laura) Lighting/Electrical | Architectural Engineering | Penn State University

  2. ELECTRICAL DEPTH SUMMARY PROJECT OVERVIEW LOBBY LIGHTING DESIGN OFFICE REDESIGN

  3. Project Overview

  4. Project Overview

  5. Project Overview

  6. LIGHTING DESIGN OBJECTIVES

  7. DESIGN IDEAS

  8. DESIGN IDEAS

  9.     ç     SCOPE OF WORK

  10.     ç     PRESENTATION COVERAGE

  11. Width: 19’ - 10” Length: 47’ - 8” Height: 8’ -10 ¼ LOBBY

  12. Visual Considerations  Appearance  Accenting  Flexibility  Way finding/Orientation Quality Lighting  100lux horizontally  avg:min = 4:1 LOBBY

  13. LUMIANIRES

  14. RENDERINGS

  15. Average Illuminance | 29.5Fc Avg : Min | 2.76 CALCULATION

  16. OFFICE

  17. OFFICE

  18. OFFICE

  19. OFFICE

  20. “Practical , aesthetic, and conducive to intended purposes, such as raising productivity, selling merchandise, or improving life style." -- U.S. Bureau of labor Statistics Interior design is a practice that responds to changes in the economy, organization, technology, demographics, and business goals of an organization. ARCHITECTURE DESIGN OBJECTIVES

  21. Affecting Floors 3 rd floor office area ARCHITECTURE BREADTH

  22. 3 rd 4 th 5 th floor floor floor ARCHITECTURE BREADTH

  23. 3 rd 4 th 5 th floor floor floor ARCHITECTURE BREADTH

  24. ARCHITECTURE BREADTH

  25. Visual Considerations  Task oriented  Flexibility  Appearance Quality Lighting  150lux horizontally  avg:min = 1.5:1 LIGHTING CRITERIA

  26. LUMINAIRES

  27. Center Atrium Average Illuminance 16.7Fc Max Illuminance 24Fc Max/Min 4.2 RENDERINGS + CALCULATIONS

  28. 2 nd level side office Average Illuminance 22.8Fc Max Illuminance 33Fc Max/Min 1.6 RENDERINGS + CALCULATIONS

  29. 3 rd level side office Average Illuminance 22.4Fc Max Illuminance 33.5Fc Max/Min 1.8 RENDERINGS + CALCULATIONS

  30. ELECTRICAL SYSTEM ELECTRICAL DEPTH

  31. Penal Board Lighting (VA) Receptacle (VA) Equipment (VA) P2B 0 27000 4576 Array Area 1300 sf P22 770 31000 15476 P23 883 21140 24400 PV rate 100w/sf P21B 8233 12140 12504 Total watt per array 130kw P24 4524 800 0 P25 800 0 2400 Total Load usage per year 14.8kw P26 1800 36500 21080 L42 20920 0 0 PV cost/watt $1.4/w L44 4299 0 0 P32 0 0 11200 PV cost per year $14800 P22A 0 0 40292 Watt save per year 130kw EP4B 12033 0 92520 P21A 0 0 600 Conventional Power $17619 P2P 0 1800 8700 EP2B 1080 1500 6584 ($2819) Total (kVA) 55.342 131.88 240.332 427.554 NSTAR Peak Demand Rate = $28.62/kW (per month) Electric Rate: $0.08145/kWh Delivery Charge = $115/month (flat rate) ELECTRICAL DEPTH

  32. SPECIAL THANKS TO: And thanks to my parents, Penn State Fruanhofer CSE fellow AEs and friends for the Mr. Shawn Good Dr. Kurt Roth best support I could ask for Ms. Leslie Beahm Dr. Kevin Houser Philips Dr. Rickard Mistrick Ms. Dorene Mannicia Dr. Charles Cox Mrs. Carol Jones Professor Kevin Parfitt Ms. Meg Smith DiMella Shaffer Mr. J. Cruz

  33. Lighting redesign of the spaces achieved the design goals of providing the spaces quality lighting as well as a modern new appearance while saving energy the same time. The electrical part is altered according to the new design of lighting and control load. Since the building is not completely finished of the retrofit process, the load is slightly higher than the current load due to the vacant of two stories. The architecture breadth has a cohesive design with the lighting design in the office space. And it accomplished the goal of creating a better working environment.

  34. Distribution Energy Distribution Energy Distribution Energy Distribution Energy Customer Customer First 2,000 kWh Next 150 hours of kW First 2,000 kWh Next 150 hours of kW (per month) (per month) (per kWh) (per kWh) (per kWh) (per kWh) $18.19 $18.19 $0.02419 $0.01914 $0.03412 $0.02087 Distribution Energy Distribution Demand Transition Energy Distribution Energy Distribution Demand Transition Energy Each additional kWh Greater than 10 kW First 2,000 kWh Each additional kWh Greater than 10 kW First 2,000 kWh (per kWh) (per kW) (per kWh) (per kWh) (per kW) (per kWh) $0.01776 $20.22 $0.00783 $0.01727 $9.43 $0.00783 Transition Energy Transition Energy Transition Energy Transition Energy Transition Demand Transition Demand Next 150 hours of kW Each additional kWh Next 150 hours of kW Each additional kWh (per kW) (per kW) (per kWh) (per kWh) (per kWh) (per kWh) No Charge No Charge $0.00783 $0.00783 $0.00783 $0.00783 Transmission Transmission Demand Transmission Energy Transmission Energy Transmission Demand Transmission Energy Energy Greater than 10kW Next 150 hours of kW Greater than 10kW First 2,000 kWh Next 150 hours of kW First 2,000 kWh (per kW) (per kWh) (per kWh) (per kW) (per kWh) (per kWh) $14.68 No Charge $5.54 No Charge No Charge No Charge Transmission Energy Transmission Energy Energy Conservation Renewable Energy Energy Conservation Renewable Energy Each additional kWh Each additional kWh (per kWh) (per kWh) (per kWh) (per kWh) (per kWh) (per kWh) $0.00250 $0.00050 $0.00250 $0.00050 No Charge No Charge

  35. http://www.nrel.gov/

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