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currently being installed. Capturing the highest savings possible from LED lighting and <br /> targeting 200 ln/w technologies is very important because LED lamps operate for between 20 <br /> and 30 years, and once lower efficacy lamps are installed it will be difficult to capture rapidly <br /> improving efficiencies. <br /> Figure 5. Trends in LED Lighting Efficacy and Cost per Bulb <br /> lumens/watt dollars <br /> 250 70 <br /> history projections 60 <br /> 200 hiss r;� � uro;esti�-�,-_ <br /> 50 <br /> 150 40 <br /> 100 30 <br /> • in - ■ ■ • ■ 20 <br /> 50 <br /> 10 <br /> sa•i •— • <br /> 0 0 <br /> 2010 2020 2030 2040 2010 2020 2030 2040 <br /> light-emitting diode (LED) compact fluorescent lamp(CFL) incandescent/halogen <br /> eta <br /> Table 5.Average Lighting Efficacy by Sector, and Potential Reductions from LED Lighting <br /> Market Sector Residential Commercial Industrial <br /> Current est. average market lighting efficacy, Im/w 53 93 99 <br /> % reduction in energy for same light level at 200 Im/w 74% 54% 50% <br /> Energy Controls and Information Systems. As with LED lighting, there are programs that <br /> currently deliver both energy controls and information systems, but they are not fully represented <br /> in the 2013 and 2015 potential model efforts and represent opportunities for new initiatives to <br /> contribute towards higher savings. In general, opportunities for controls and information <br /> systems is largest in the following two areas. <br /> • Lighting Controls. In addition to converting to LED lighting, recent studies have shown <br /> significant potential for lighting controls. The 2015 commercial saturation study55 included <br /> 55 California Commercial Saturation Survey.Itron Inc.,August 2014 Table 5-82 <br /> F-23 <br />