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Final Report Lot 9: Public street lighting - Amper

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Figure 30: Luminaires with high utilization factor (left) and luminaire with very poor utilization<br />

factor due to the high upward light output (right).................................................. 191<br />

Figure 31: New luminaires with multi-facet reflector (left, middle) that can be used for very<br />

complicated area shape illumination...................................................................... 191<br />

Figure 32: ‘Curved glass’ protector(left) versus ‘Flat glass’ luminaires (middle) and ‘flat disc<br />

refractor’ luminaire (right) with low sky glow contribution.................................. 193<br />

Figure 33: New developed HID lamp with dedicated dimming electronic ballast ................ 196<br />

Figure 34: Typical set up for intelligent <strong>street</strong> <strong>lighting</strong> (source E-<strong>street</strong>) .............................. 198<br />

Figure 35: Multi-layer structure of high reflective aluminium .............................................. 200<br />

Figure 36: Street <strong>lighting</strong> luminaire with LEDs ((picture source: Philips, 2006).................. 202<br />

Figure 37: Typical WLED...................................................................................................... 203<br />

Figure 38: Energy saving by 'switching' lamp types (Source: ELC) ..................................... 207<br />

Figure 39; Example of functional luminaire IP21 that was excluded from this improvement<br />

option, reason: the open optic has a poor LMF due to dirt. ................................... 208<br />

Figure 40: Example of balloon fluorescent (BF) lamps (left) that were excluded in this option<br />

and the alternative tubular clear (TC) lamp. .......................................................... 209<br />

Figure 41: Example of a luminaire that was excluded from this improvement option, reason: too<br />

much upward light, little directed to walking lane and light loss in the opal diffuser.<br />

................................................................................................................................ 209<br />

Figure 42: All options ranked according to 'energy saving potential' with LCC information for<br />

cat F........................................................................................................................ 213<br />

Figure 43: All options ranked according to 'energy saving potential' with LCC information for<br />

cat M....................................................................................................................... 213<br />

Figure 44: All options ranked according to 'energy saving potential' with LCC information for<br />

cat S........................................................................................................................ 214<br />

Figure 45: Energy saving versus impact on LCC for all options in cat F.............................. 214<br />

Figure 46: Energy saving versus impact on LCC for all options in cat M............................. 215<br />

Figure 47: Energy saving versus impact on LCC for all options in cat S.............................. 215<br />

Figure 48: Typical model for LMF value specification according to CIE 154...................... 220<br />

Figure 49: Installed base of <strong>street</strong> <strong>lighting</strong> luminaires, per category (mio. units).................. 230<br />

Figure 50: New luminaires replacing old stock since 2005 (mio. units)................................ 230<br />

Figure 51: Annual electricity use of installed base (unit: GWh)............................................ 232<br />

Figure 52: Annual electricity use of old stock versus new luminaires since 2010 ................ 232<br />

Figure 53: Functional light output FU, installed base (mio. functional lm)........................... 233<br />

Figure 54: Total mercury content, installed base (in kg) ....................................................... 234<br />

Figure 55: Annual lamp sales (mio. units) ............................................................................. 236<br />

Figure 56: Annual expenditure, lamps (mio. Euros).............................................................. 236<br />

Figure 57: Annual electricity use by installed base (unit: GWh)........................................... 237<br />

Figure 58: Functional light lumen output (unit: mio. lm) ...................................................... 238<br />

Figure 59: Total mercury content, installed base (in kg) ....................................................... 239<br />

Figure 60: Annual electricity use of installed base (unit: GWh)............................................ 241<br />

Figure 61: Annual electricity use of installed base (unit: GWh)............................................ 241<br />

Figure 62: Annual electricity use of installed base (unit: GWh)............................................ 245<br />

Figure 63: Uncertainty, category Fast.................................................................................... 247<br />

Figure 64: Uncertainty, category Mixed ................................................................................ 247<br />

Figure 65: Uncertainty, category Slow .................................................................................. 248<br />

Figure 66: Scenario, luminaire life = pole life (no lock-in, no replacement sales)................ 252<br />

Figure 67: Lamp production, trade and consumption volume in EU-25, 2003 ..................... 289<br />

Figure 68: Value of lamp production, trade and consumption in EU-25, 2003..................... 290

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