Parking Structure Lighting Guide - Energy

TABLE OF CONTENTS. 1 INTRODUCTION. FEMP-DESIGNATED PRODUCTS. Energy EFFICIENCY METRICS. 3 DESIGN PROCESS. STEP-BY-STEP OVERVIEW. 6 COMPONENTS OF THE DESIGN. BUILDING DESIGN CONSIDERATIONS. MATERIAL SELECTION. Lighting DESIGN CONSIDERATIONS. LUMINAIRE DISTRIBUTION. COLOR QUALITIES. LUMINAIRE LAYOUT. 13 Parking Structure Lighting DESIGN. DESIGN SCENARIO OVERVIEW. DESIGN SCENARIO GENERAL LUMINAIRE. DESIGN SCENARIO FEMP-DESIGNATED LUMINAIRE. 17 Lighting CONTROLS SAVE Energy . PHOTOSENSORS. OCCUPANCY SENSORS. 20 COST-EFFECTIVENESS. 21 RESOURCES. National Renewable Energy Laboratory's Parking Structure utilizes many measures to achieve a Parking Structure that uses 90% less Energy than the baseline Energy code. Parking Structure Lighting Guide 1. INTRODUCTION. Legislation and the Federal Acquisition Regulations (FAR) require federal agencies to specify and buy Energy STAR qualified products or, in categories not included in the Energy STAR program, products that meet or exceed efficiency requirements designated by the Federal Energy Management Program (FEMP).

interior of the parking structure, or vice versa. Controls should be used to reduce those high light levels at night to help drivers transition from the lighted parking structure to the darker conditions of the street outside the structure. Lighting uniformity on the pavement surface must also be considered for safe vehicle

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