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Portland State University Parking Structure Lighting Proposal

Portland State University Parking Structure Lighting Proposal. Presentation by: Mariela Brooks Joseph Kotsovo Greg Ybarra. Agenda. Introduction Findings Upgrade Options Recommendations. Introduction. Portland State Parking Structures. Research Findings. Parking Structure 1.

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Portland State University Parking Structure Lighting Proposal

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  1. Portland State University Parking Structure Lighting Proposal Presentation by: Mariela Brooks Joseph Kotsovo Greg Ybarra

  2. Agenda • Introduction • Findings • Upgrade Options • Recommendations

  3. Introduction

  4. Portland State Parking Structures

  5. Research Findings

  6. Parking Structure 1

  7. Parking Structure 3

  8. 100 Watt High Pressure Sodium

  9. High Pressure Sodium Bulb

  10. High Pressure Sodium Bulb

  11. 85 Watt Induction Lighting

  12. Induction Lighting

  13. Parking Structure Bulb Counts

  14. Annual Kilowatt hours and Metric CO2 Per Year (Present 2010)

  15. Upgrade Options

  16. Lighting Costs

  17. Total Costs Induction vs. L.E.D

  18. Annual Savings ( All Parking Lights Changed to Induction)

  19. Annual Savings ( All Parking Lights Changed to L.E.D.)

  20. Recommendations

  21. Years to Break Even • 47 Years to Break Even with Induction Lighting

  22. Induction Lighting is the best option for Portland State Better Health, Safety & Environment No flicker and less glare provides maximum eyesight protection Crisp White Light, choice of color temperatures - Increases safety& performance Outstanding Color Performance - no shift over lamp life Less CO2 output and mercury waste to dispose Longer Life 100,000 hrs

  23. Total CO2 Savings • By adding Induction Lighting to all existing garages we will decrease the amount of CO2 that is emitted annually by 25 metric tons

  24. Grants and other Programs • Energy Trust $100,000

  25. Questions??

  26. Works Cited

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