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Accession Number ADA591759
Title Advanced Lighting Controls for Reducing Energy Use and Cost in DoD Installations.
Publication Date Mar 2013
Media Count 182p
Personal Author E. Shen M. Helm M. Patel S. Mukherjee S. Venkit
Abstract Energy consumption in DoD installations consisting of 2.2 billion sq. ft. of building space is a major concern due to cost of energy, nearly $4 billion annually, as well as resulting carbon emission. Lighting is one of the most pervasive energy consuming elements present in these installations and also impacts the load of HVAC systems due to heat generation. Therefore reducing lighting related energy consumption by means of advanced lighting control strategies including occupancy sensing, light tuning, daylight harvesting and proper lighting design is an effective way to increasing the energy efficiency of the installations. To demonstrate this and quantify the energy savings possible with advanced lighting controls system, Philips in partnership with Lawrence Berkeley National Laboratories has carried out a demonstration project deploying three lighting control system solutions in three chosen buildings in Fort Irwin, California over a period of nearly two years. The results have shown 43-78% lighting energy savings relative to a 1989 Code Baseline and as much as 15% savings in HVAC loads due to advanced lighting controls. This report describes the details of this project and the results obtained.
Keywords Control systems
Cost analysis
Daylight harvesting
Department of defense
Detectors
Dynalite
Energy conservation
Energy consumption
Glare
Glare mitigation
Hvac loads
Integrated lighting controls
Light tuning
Lighting design
Lighting energy savings
Lighting equipment
Military facilities
Motorized automated shading control
Occupancy sensing
Occuswitch
Personalized dimming
Visual comfort


 
Source Agency Non Paid ADAS
NTIS Subject Category 97O - Miscellaneous Energy Conversion & Storage
89B - Architectural Design & Environmental Engineering
74E - Logistics, Military Facilities, & Supplies
Corporate Author California Univ., Berkeley. Lawrence Berkeley Lab.
Document Type Technical report
Title Note Final rept. Apr 2010-Nov 2012.
NTIS Issue Number 1411
Contract Number W912HQ-10-C-0034

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