1. Dansko Phase III West Grove, PA David Rosenberger Lighting/Electrical Lighting Advisor: Dr. Mistrick Electrical Advisor: Ted Dannerth

2. Project Team Owner: Dansko, Inc. Architect: Bernardon Haber Holloway MEP/Lighting Design: Brinjac Engineering, Inc. Structural: Baker, Ingram & Associates Civil: Gilmore & Associates Interior: Contract Environments Geotech: Advanced GeoServices Construction Management: W.S. Cumby & Son, Inc. Data/Comm: Tangent Cable

3. LIGHTING DEPTH Atrium Lighting Design Open Office Lighting Design MECHANICAL BREADTH Open Office Energy Analysis with High Light Reflectance Ceiling ELECTRICAL DEPTH Emergency Generator Cu vs. Al Feeder Material CONSTRUCTION MANAGEMENT BREADTH Integrating Luminaires into Furniture Outline

5. Atrium Lighting Design

6. …through the space… Atrium …draw attention to your feet… Design Intent – Direction

7. Atrium

8. Recessed Perimeter Wallwash “Ribbons of Light” Diffusing Lens Recessed “Basket” Style Direct/ Indirect Striplights Translucent Acrylic “Shoebox”

9. Elliptical Reflector Uplight Square Downlight Handrail- Integrated LED Strip

10. Atrium Average Illuminance: 16 fc Maximum/Minimum Illuminance Ratio: 3.25:1

11. Atrium Average Illuminance: 16 fc Maximum/Minimum Illuminance Ratio: 1.57:1

12. Atrium Average Illuminance on Task Plane: 31 fc Maximum/Minimum Illuminance Ratio: 2.25:1

13. Atrium

14. Outline

15. Open Office Lighting Design

16. Open Office Design Intent – Focus Production Design Presentation

17. Indirect T5HO Luminaires Integrated into Furniture Recessed T5 Downlights with Blade Louvers Recessed Adjustable MR-16 Downlights

18. Open Office Average Illuminance on Task Plane: 36 fc Maximum/Minimum Illuminance Ratio: 1.56:1

19. Open Office Average Illuminance on Ceiling: 78 fc Maximum/Minimum Illuminance Ratio: 5.42:1

20. Open Office Average Illuminance on Task Plane: 34 fc Maximum/Minimum Illuminance Ratio: 1.19:1

21. Outline

22. Open Office High Light Reflectance Ceiling 15% Higher Reflectance than Average Lay-in Ceiling Tile Allows for a reduction in Lighting Power Density

23. Component New Building ($) Air System Fans724 Cooling1,074 Heating3,998 Pumps0 Cooling Tower Fans0 HVAC Sub-Total5,796 Lights1,668 Electric Equipment0 Misc. Electric0 Misc. Fuel Use0 Non-HVAC Sub- Total 1,668 Grand Total7,465 Component Original Building ($) Air System Fans881 Cooling1,448 Heating1,336 Pumps0 Cooling Tower Fans0 HVAC Sub-Total3,666 Lights3,337 Electric Equipment0 Misc. Electric0 Misc. Fuel Use0 Non-HVAC Sub- Total 3,337 Grand Total7,002 High Light Reflectance Ceiling -Reduced Number of Luminaires Exposed Structural Ceiling -Standard Layout of Indirect Pendants

24. LIGHTING DEPTH Atrium Lighting Design Open Office Lighting Design MECHANICAL BREADTH Open Office Energy Analysis with High Light Reflectance Ceiling ELECTRICAL DEPTH Emergency Generator Cu vs. Al Feeder Material CONSTRUCTION MANAGEMENT BREADTH Integrating Luminaires into Furniture Outline

25. Emergency Generator vs. Battery Ballasts

26. LIGHTING DEPTH Atrium Lighting Design Open Office Lighting Design MECHANICAL BREADTH Open Office Energy Analysis with High Light Reflectance Ceiling ELECTRICAL DEPTH Emergency Generator Cu vs. Al Feeder Material CONSTRUCTION MANAGEMENT BREADTH Integrating Luminaires into Furniture Outline

27. Feeder Material: Copper vs. Aluminum

28. Outline

29. Custom integration of indirect luminaire into office workstation 10-12 week lead time to be UL safety certified Two Electricians 6.5 hours $527

30. Thank you! Questions?