InnovLite

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InnovLite

• Empowering Clean Light

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Executive Summary

• InnovLite set up in 2005 at Bangalore, promoted
  by entrepreneurs, incorporated as Pvt. Ltd. Co.
  in Dec06
• Commercialized the production of HB LED based
  Solar Emergency Light, Street Light,
  Architectural Lighting
• OEM for supply of LED lighting solutions to
  Indias major Solar PV/Thermal manufacturers
• Executed large orders (OEMs and Institutional)
  comprising design, manufacturing and supply of
  Solar Lighting systems using HB LEDs
• Executed Architectural Lighting using color LEDs,
  one of largest outdoor installations in India

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Major Energy User

• Lighting makes up 19 of global electricity
  consumption

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Energy Climate Challenges

• Need for Energy Efficiency is growing
• Energy prices
• Climate change / Kyoto
• Supply security
• Economic growth

Energy Efficient Lighting
Solid State Lighting
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Energy Demand

• Two options available to meet the increased
  demand for energy
• supply more energy
• or
• improve energy end-use and supply efficiencies.

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Energy Efficiency A better Choice

• energy efficiency can generate nearly immediate
  results
• Generate strong financial returns
• Better than investments in conventional energy
  supply.

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Energy saved is Energy generated

• One unit of energy saved at the consumer end
  avoids nearly 2.5 to 3 times of capacity
  augmentation due to plant load factor, plant
  availability, auxiliary power consumption and
  transmission and distribution losses.
• Better to implement energy saving measures at the
  consumer end rather than adding capacity to
  generate more power in a country which lack the
  funds for other developmental needs .

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Conversion Efficiency

• Only about one-third of the energy in the fossil
  fuel is converted into electricity in a power
  plant.
• By the time this electricity is transported and
  delivered to the user, another 15 to 20 percent
  of energy is lost.
• Finally Conventional Fixture Efficiency is only
  60

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LED Lighting Technology

• The global energy crisis requires new solutions
• Major Energy shortage in India as high as 9
  and peak demand shortfall as steep as 12
• LED Technology is now efficient enough to drive
  real benefits in lighting
• LED technology for lighting applications has the
  potential for wide-scale use and large energy
  savings.

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LED Lighting can transform the Power needs

• Incandescent bulb developed 125 years ago
  offers 50 of powered light across the world,
  converts only 5 of the energy into light.
• LED offers 100 lumens/watt while Compact
  Fluorescent offers 60 lumens/watt. LED is
  expected to reach 150-200 lumens/watt within a
  year
• If half of the worlds lighting in 20 years from
  now comes from LEDs then it would reduce
  installed power  with 120 GW (saves 350 M tonnes
  of Carbon-dioxide each year)
• LED lighting has no parallel in energy efficiency
  environment friendliness

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LED Lighting

• Features which are unique to LEDs include
• Long life times (50,000 hours)
• Small form factors for improved design
  flexibility
• Robust to thermal and vibrational shocks
• Environmentally friendly no hazardous
  materials e.g. mercury
• Rapid on and restrike times (lt100 nS)
• Digital control with 100 dimming capability
• Highly energy efficient
• No infrared or UV in beam output
• Low DC voltage operation
• Directed light output for increased system
  efficiency
• Lower overall total cost of ownership

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LED Lighting

• Technology, economics and energy demands are
  converging to drive the adoption of LED Lighting
• LEDs are more efficient than most traditional
  lighting technologies already, and they will
  improve another 50 in the next 5 years
• The energy saving potential of LED lighting, as
  compared with conventional lighting, ranges from
  50 to 90 percent.

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Lumen Efficacies Product Development
Development of 110 Lumen/Watt Streetlight
LED Street Light LED Home light 3rd generation
of LED 90 Lumens
Street Light , Home light Architectural with
2nd generation LED Array 40Lumens
Growth phases
Lanterns home lights with 1st generation LED
Arrays 20Lumens
Development of Control gears
LED
timeline
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Target Applications

• directional / point source installations
• distributed light installations, when used in
  conjunction with a diffuser technology

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LED Directional Lights

• LEDs have inherent advantages over conventional
• lighting systems for directional applications
• 50,000 hour to 70 lumen maintenance
• High efficacy (gt80 LPW)
• Directionality no wasted light
• Color white light experience is superior to HPS,
  may have security/surveillance advantage as well

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Inherent Advantage

• LEDs point source, directional light

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Markets for SSL

• 3 Categories Lumen Hour Lighting
• Retrofit
• Replacements
• New Construction

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Target Verticals

• Energy Savings Potential of Solid-State Lighting
  in General Illumination Applications
• Down Lights
• Focus Lights
• Landscape Lights

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LED StreetLights

• Key LED Advantage
• Energy Savings
• Maintenance Avoidance
• Environmental Friendly

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AC Street Light
- 12 High Bright gt90 Lumens LEDs. - Operates
from 85- 230 VAC. - 20watts power consumption. -
Tough body for outdoor application. -
Environmental friendly. - Replacement to
(85)Watts HPSV. - Inbuilt Auto Dimming Provided
(Optional).
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Case Study Tesco Energy Savings

• Streetlight - 70 nos
• Existing Replacement
• Sodium Vapour Lamps LEDs
• 85 watts/fixture 20 watts/fixture
• Lux level 5 Lux 15 Lux

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AC Down Light
- 3 High Bright gt90 Lumens LEDs. - Operates
from 85- 230 VAC. - 5.6watts power consumption. -
Retrofit/New fixture option. - Environmental
friendly. - Replacement to 15/22Watts CFL.
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Case Study Tesco Energy Savings

• Down light - 2448 nos
• Existing Replacement
• CFL LEDs
• 133/184/366 watts/fixture
  5.6watts/fixture
• Lux Level 50 Lux 35 Lux

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Opportunities for Lighting Control

• Lighting control systems through daylighting,
  occupancy, and load shedding, have enormous
  potential to reduce lighting energy consumption
  and peak demand in commercial buildings
• Billions square meters of commercial space is
  economically unattractive for retrofitting
  advanced lighting controls since adding control
  wiring is cost-prohibitive because of
  installation labor costs.

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SSL Wireless Control

• Intelligent LED Light Engine
• Fixture with Embedded Wireless Control
• Open Protocol Based Lighting Controls for
  Multiple Lighting control Strategies
• Lighting Control Gateway-Public Utility Interface
  for - Grid Alerts, Energy rates based on Demand
  Response

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Energy Savings
Occupancy Sensors Daylight Sensors
User Remote Control 40 Reduction in Power
Consumption (Univ of California Berkley Study)
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Climate Change

• "Energy efficiency is grabbing headlines
  worldwide as governments, corporations and
  individuals look to reduce waste, comply with
  legislation and live in a more environmentally-fri
  endly manner. The lighting industry has a
  tremendous opportunity to make a real difference,
  through the adoption of LED lighting technology.

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Big Impact

• According to the Department of Energy, in the
  next 20 years rapid adoption of LED lighting in
  the U.S. can
• Reduce electricity demands from lighting by 62
• Eliminate 258 million metric tons of carbon
  emissions.
• Avoid building 133 new power plants.
• Anticipate financial savings that could exceed
  115 billion.

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What We Miss

• Ahhh. The Difference A Blackout Makes! During the
  blackout of August 2003, the magnicent Milky Way
  popped into view. This photo duo shows the beauty
  we miss when we clutter the night with wasteful
  light!