Dellux Technologies India Pvt Ltd Bringing worlds technology

Dellux Technologies India Pvt Ltd Bringing world’s technology in LED Lighting to India Patented LED Chain Management Control July 2014 1

Dellux prestigious Installation Boul. Maisonneuve , Montréal, Québec 2

Dellux prestigious Installation Atwater Tunnel World’s first LED tunnel Montreal, Canada 3

Dellux prestigious Installation Calzada Tunnel Mexico 4

Applications Schmuecke Tunnel Germany 5

Dellux Technologies India Pvt Ltd • Dellux India – Factory is established with a – land area of 32670 Sq Ft – Build area of 21000 Sq Ft – With a R&D wing – Fully established Quality Lab – 3 acres of land in Bangalore has been reserved for expansion

Dellux Technologies India Pvt Ltd • Dellux India – is managed by a team of proffessionals with combined Industrial experience of 50 yeas and with Lighting back ground • Dellux India – has applied for ISO certification • Dellux India – has quality system with traceability for all the material used for analysis with strong support of an ERP system

Dellux Technologies India Pvt Ltd • State of the art technology wide range of Dellux LED Street Lights – With or without smart light maintain desired lux over 15 years of operation – Dellux LED Street Lights can save power up to 50% compared to conventional lights, and with long life of over 50, 000 hours – Dellux LED Street Lights are build for tough environment conditions

Introduction § To maximize intelligent LED controls, Dellux developed IP to provide luminaires longer life, lower energy for less cost. § These control capabilities can be integrated in every luminaire cost effectively § Dellux IP provides added value to your Customers 9

Common LED Lighting Solutions All LEDs dim as they age, Lumen depreciation has to be considered. Manufacturers add more LEDs to comply with IES/CIE Standards & over light to ensure Safety, Security & Vision Clarity to maintain minimum required lighting levels until the end of Luminaire Service Life. Off LEDs Don’t Degrade Over Lighting wastes energy 10

IESNA TM-16 -05 Technical Memorandum on LED Light Sources & Systems 11

LED Luminosity vs LED Age Long-Term LED degradation: LED output decreases as LEDs age LED Relative Light Output vs. Operation Time 12

Over Lighting 13

IES/CIE 14

Energy Waste + Unsafe Light EN 13201 Standard Replacement is Required @ -33% 15

Technology Luminaires with Dellux embedded LED chain management control, have extended operational life, and are the most energy efficient luminaires, when compared against all other options. Luminaire LED chains are individually controlled by a microcontroller which; a) Varies & alternates the numbers of activated LED chains needed to maintain the designed lighting levels, and a) Equalizes the time each chain is used. 16

3 Design Methodologies 1. “LEDs In a box” Most common method 2. “Current Compensation” An energy-saving alternative 3. Dellux “LED Chain management Control” Greatest energy savings, longest life, using fewer LEDs with sustained light levels. 17

Dellux LED Chain Control Application Simple & Low Cost • Bi-Level control • Alternates LED chains for uniform aging of each chain. • Area lighting, Street, Stairwell, Parking etc. Complex & Higher Performance • Continuous light operation 12 to 24 hours a day. • Service Life of up to 20 years. • Tunnel, Street, Parking, Offices, Billboards etc… 18

Dellux LED chain control application Simple & low cost Bi-Level turns OFF half the LED chains, reduces energy -50% + alternates every 24 hours for uniform LED degradation & extension of service life. DAY 1 Photocell Chain 1 2 OFF OFF ON ON Tx ON ON OFF OFF DAY 2 OFF OFF ON ON Tx ON OFF OFF Tx delay set by photocell/control 19

Technology Complex & higher performance LED degradation is compensated by controlling the number of LEDs turned On while maintaining the LED current constant during the whole luminaire lifetime. At start-of-life, a certain numbers of LEDs are turned On in order to reach the designed luminosity level; the number of LEDs On is then gradually increased, therefore maintaining a constant luminosity “Lr”. A further LED usage rotation mechanism ensures that, on average, all LEDs in the luminaire are turned On for the same duration. The essential advantage of this method is that at the end of service life, all LEDs will in fact have been On for an average duration “Ton” lower than “Tlife”, since at any given time during the luminaire lifetime only a portion of the available LEDs are turned On. Therefore, LED Lumen Maintenance decreases slower than in a luminaire where all LEDs are always On. 20

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Dellux Patented Solution vs. Common LED Lighting Solutions 22

Luminaire Comparison LED Luminaire Comparison for 12 Hr Applications 20 Year Service Life - No dimming LED-in-a. Box* Current control* Dellux* Total number of LEDs in Luminaire 109 98 Number of LEDs On at start-of-life 100% 60% Average LED operation time “T on” 88 k hours Luminaire Design Strategy LED Lumen Maintenance at end-of-life 88 K hours 69 k hours 57% 63% Power Consumption at start-of-life 149 W 80 W 81 W Average Power Consumption 149 W 113 W 105 W Power Consumption at end-of-life 149 W 134 W Relative number of LEDs in luminaire 111% 100% Relative Average Power 142% 108% 100% * All lamps use L 70 LEDs @ 50, 000 hours, 350 ma 23

Luminaire Comparison LED Luminaire Comparison for 12 Hr Applications 20 Year Service Life - 50% dimming for 6 hours LED-in-a. Box* Current control* Dellux* Total number of LEDs in Luminaire 119 98 Number of LEDs On at start-of-life 100% 60% Average LED operation time “T on” 88 k hours Luminaire Design Strategy LED Lumen Maintenance at end-of-life 88 K hours 54 k hours 57% 69% Power Consumption at start-of-life 162 W 87 W 89 W Average Power Consumption 162 W 124 W 110 W Power Consumption at end-of-life 162 W 134 W Relative number of LEDs in luminaire 121% 100% Relative Average Power 147% 113% 100% * All lamps use L 70 LEDs @ 50, 000 hours, 350 ma 24

Luminaire Comparison LED Luminaire Comparison for 24 Hr Applications 15 Year Service Life - 50% dimming-12 hours/day LED-in-a. Box* Current control* Dellux* Total number of LEDs in Luminaire 134 98 Number of LEDs On at start-of-life 100% Luminaire Design Strategy Average LED operation time “T on” LED Lumen Maintenance at end-of-life 65% 130 k hours 130 K hours 76 k hours 45% 61% Power Consumption at start-of-life 183 W 76 W 78 W Average Power Consumption 183 W 124 W 103 W Power Consumption at end-of-life 183 W 134 W Relative number of LEDs in luminaire 137% 100% Relative Average Power 178% 120% 100% * All lamps use L 70 LEDs @ 50, 000 hours, 350 ma 25

Competitive Advantages Advantage of luminaires “Driven by Dellux” over common LED lighting systems: • • • Sustain IES/CIE lighting levels over Service Life Longer life Uniform photometry over Service Life Intelligent automated LED management 11% to 37% less LEDs needed in a luminaire 26

Adding Intelligence to LED Lighting Applications requiring lengthy daily lighting operation § Roadway § Parking § Subway & Railway § Tunnel § Industrial § Office § Stairwell § Billboard “This market represents 41% of the total energy savings from the use of LEDs in 2010. ” The report titled ‘Energy Savings Estimate of Light Emitting Diodes in Niche Lighting Applications’ is available at http: ///www. ssl. energy. gov 1 27

Dellux Technologies India Pvt Ltd THANK YOU Bellandur, Bangalore, India For further details contact Mk. subramanya@grprojects. in Mob : 9686455888 28