6. With 1st generation LEDs, we can
Save >50%
of this consumption.
This is a major positive impact on climate change
Up to 19% of worldwide electricity is consumed by lighting.
With OGEN LEDs, we can save up to
Save >90%
10. World’s 1st and Only 2nd generation LED Lighting
One Stop Total Lighting Solution Provider
Our mission is no emission!
World’s most efficient LED lighting applications
( Indoor & Outdoor )
Founded in 2005 by 2 grandsons of Philips family
Warner Philips & Frans Otten
Started market entry in late 2006 with Indoor and
Later into Outdoor and Greenhouse in 2007
Sold millions of units globally to date
More LED streetlights in Netherlands than Philips
Worldwide presences
Local for local business believe
Strong IP portfolio, award winning & unique technologies
A joint effort to improve life!
11. Awards, Partners and Endorsers
Dutch Postcode Lottery:
Mass roll out
WEF:
Technology Pioneer
2009 Award
World Bank:
Lighting Africa 2009
Award (Solar LED)
Clinton Climate
Initiative:
Preferred supplier
Former President Bill
Clinton, USA in 2007
U2 singer Bono and TNT CEO Peter
Bakker in 2009
Former Prime Minister Tony Blair,
UK in 2009
Fast Company 2010:
Top 10 “most innovative
consumer goods
companies”
London Exchange 2010:
2010 Most valuable clean-
tech company”
FIFA South Africa 2010
DEA and UNEP official
Offset CO2 emission holder
Sir Richard Branson
12. What makes us best?
WORLD’S 1ST & ONLY 2ND GENERATION LED LIGHTING
One Stop Total Lighting Solution Provider
Better vision
Superior color sensation
Longest lifetime
Lowest CO2 footprint
More energy savings
Really sustainable
Strong LED history
Best LED technology
13. 1879
Edison
Light
Bulb
1901
Flourescent
Tube
1919
Sodium
Vapor
Lamp
1970 1st
Red LED
Calculators &
Indicators
~1990 “High
Brightness”
Red, Orange,
Yellow &
Green LEDS
1995 “High
Brightness”
Blue, Green
LEDs
2000 White
LED Lamp
demonstrates
Incandescent
Efficacy
(17 Im/W)
Brief History of Lighting
2005 White
LED Lamp
demonstrates
Fluorescent
Efficacy
Current Lighting technology is over 120 years old
LEDs began as just indicators, but are now poised to become the most efficient light source ever created
2014 RGB LED
Lamp gives birth
to mesopic
lights which
matches the
sensitivity of
human eyes.
14. Understanding and Harnessing Technology
• Focus on better vision
• Understand how
human eyes work
• Understand how light
works
16. The Anatomy
• All eyes work the same
around the world
• Cones are for color and
day light = 5,000,000
• Rods are for motion
and night vision =
120,000,000
16
17. The eye needs colors, but the right colors: OGEN LED uses
RED+GREEN to create white light
In the center part of the retina the
‘sensors’ are the Cones and in the
peripheries one uses the Rods. Cones
are 96% RED+GREEN.
The retina
18.
19. RGB pixels in
TV screens
RGB cones in eye
retina
Creating WHITE LIGHT with LEDs : 2 methods
(similar to fluorescent
tubes/ bulbs technology)
20. 5 Reasons Why Our Products are Innovative
1. Higher Luminosity Level
2. Open Design
a) Premium Precise Optical Lens
System
b) Very advanced chips
c) Centrally focused light-beam
radiance
d) Leading to lumen levels twice as
strong as the regular LED sets.
3. Modular Design
a) Enables Individual Lamp
Replacement rather than
entire lamp section extraction
b) Easier Installation and
Maintenance
a) Small and equidistant crevices
b) Wind causes less pressure on
the lamp set
c) Better LED resistance over
time and slimmer body
5. Longer Life Span
4. Anti-Glare System
a) Look straight at the
light without feeling
dazzled
a) Includes Individualized Heat Dissipation system
b) Lights are tested from -40 to 45 degrees
temperatures (Celsius)
c) This simulation helps us make
sure the lamp withstand
extreme temperatures
and lasts longer
21. Detailed Explanation
1. Higher Luminosity Level and Ground Reach
We install a Premium Precise Optical Lens System in our LED Lamps. This
special optical lens, with more advanced chips, allow our lumen levels to be
twice as strong as the regular LED sets. On top of that, our R&D team
developed a design that enhances a more centrally focused light-beam
radiance. This not only allows for more efficient lumen distribution and
lower consumption, but improves the Ground Lumen reach/coverage (which
we call in-house the light traveling ability). All lights are available in 10, 25,
40, 60, 90 angles.
22. Detailed Explanation
2. Modular Design
We were the first company to introduce a modular design on LED sets. This
design allows customers to replace each individual lamp rather than having
to extract an entire lamp section. In short, it leads to easier installation and
maintenance.
23. Detailed Explanation
3. Open Design
Again, we were the first company to develop this concept in our R&D lab.
We are producing outdoor LED sets which, even though consist of a single
frame, are not a standard block. In fact, our new sets have small and
equidistant crevices that enable the wind to blow through the frame without
causing too much pressure on the LED light set. This has a great impact on
the LED lamps’ resistance, over time. The open design also contributed to a
more slim body and less weight structure, which is better for higher altitude
installations.
24. Detailed Explanation
4. Anti-Glare System
All our lights have a very
developed anti-glare system,
which means people can look
straight at the light for a while
without feeling dazzled. This
contrasts with many
competitors, who don’t include
the anti-glare in all their lights.
1000W LED Lux
25. Detailed Explanation
5. Great Resistance and Longer Life Span
All our lights are tested for 120 hours, in our ageing room, before being
shipped. Inside the ageing room, which has its temperature set at 45
degrees, the lights are turned on, unceasingly, for 120 hours. They are
also turned upside, which causes the heat to rise. That is the way we test
our heat dissipation system.
We also have lights that have been undergoing an extreme temperature
cycle, everyday, for the last 2 years. They start by being submitted to a
refrigerating chamber set at-40 degrees, for a period of2 hours.
Immediately after getting out of the refrigerating chamber, they are put
into water tanks for another2 hours. After, they go to the ageing
room/heating room, while they keep being turned on for 16 hours.
This cycle intends to simulate different weather conditions, such as
freezing and humidity, rain and water leakage, and extreme dryness. We
are sure that if the LED lights are passing these tests under radical and
extreme situations, they would last much longer in normal environments.
26. Detailed Explanation
6. Heat Sink and Structure Materials
Ventilation structure drives the heat off very fast, due to its upright positioning on
the back of the lamp. A big portion of the heat is channeled to the heating sink,
leading the chip and lamp’s front side to be much cooler than the rest of the LED
lights in the industry.
Materials being used to manufacture the light are the best available in the market
for mass production (Aluminium, Stainless Steel, etc). Junction is sealed with top
silicon, and not rubber. Power supply used is Meanwell driver. Lenses are
polycarbonate, which are highly efficient for accurate light focus.
27. Detailed Explanation
7. Resistance to Impact
Our lights are solid and can withstand impact, due to an innovative WFC
(Wire-Free Chips) technology, which improved their stability and thermal
ability in 200%.
Until very recently, the COB (Chips on Board) technology was the only one
available. However, in COB, the chips and wire were simply glued against the
board, in a very fragile arrangement, which led to higher maintenance rates
when bumps occurred. With the new WFC technique, chips are directly
soldered into the board with a metal paste (high conductor), while acting as
bridges, making the LED light much stronger and more immune to impact.
COB Structure WTF Structure
28. Advantage of colored LEDs
LONGER LIFETIME
Typical behaviour of LED material under equal
conditions
Lumen depreciation
5mm epoxy LEDs at 20 mA
OGEN LED uses
predominantly
R & G
>>
Greatest
reliability (lumen
maintenance)
over long time
No IP issues
Matches eye
photoreceptors: mostly
red & green cones (98%
in total) for color vision
>>
>>
OGEN LED Technology Insight - lifetime
29. SENSITIVITY TO BLUE LIGHT & AGE
Human develop
natural protection
against excess blue
light!
The older you get,
the more blue are
filtered!
Elderly people see
less, specially of the
blue light. Glare is
therefore more
applicable to elderly
people and hence
impacting road
lighting.
OGEN LED –LED peak WL
OGEN LED Light
30. What Can You Expect To Gain ?
30
The cost of ownership of current conventional
lighting system
Initial Investment Maintenance Costs Energy Costs
The cost ownership of new energy efficient
lighting system
Initial Investment Maintenance Costs Energy Costs
Savings Gain
31. Worldwide Presence
Countries
• Turkey • Philippines
• U.K. • Russia
• France • Canada
• Taiwan • United States
• Colombia • Italy
• Germany • Australia
• UAE (Dubai) • Brazil
• Malaysia • Spain
• Netherlands • Switzerland
• Panama
• Sweden
• Tunisia
• Nigeria
• Curacao Island
• Poland
• Belgium
• South Africa
• Saudi Arabia
• Etc
32. Millions installed all over ASIA
China SH Airport
Japan Toyota
Philippines Shell, Manila
Malaysia Malacca
Laos Factories
Vietnam Hanoi
Singapore Multiple Projects
Malaysia Malacca
Shanghai Hongqiao
India Solar Guangzhou
33. Millions installed in Middle East & Africa
UAE
Saudi Arabia
Iraq
Kurdistan
Jordan Coca-cola
factory
Morocco
South Africa Cape
town
Ghana
UAE
Iraq 12m.
Morocco S. Africa
UAE RAK airport 16W
37. OGEN LED HIGH S/P LIGHT FOR CLEAR VISION
Wuxi Water Purifying Plant. China.
Before replacement: 400W MH.
1st generation LED requires 220w to 240W
lights.
Replaced by OGEN LED 120W High Bay
Light at 14 meters ceiling, with 70% Energy
Savings.
400W MH Gives 32,000 Lumen.
More lux on the lux meter.
Still See Less !
120W HB1 Gives 10,500 Lumen.
Right Light Gives Much Better Vision!
39. Car Park with OGEN LED TL-LED tube – DOE Bangkok
Conventional 36w FL T8 OGEN LED T8 18W
“direct energy saving is 50%”
“better light, safer, lower maintenance cost”
40. OGEN LED Asia High-bay Light in factory & warehouse
12 x 60w OGEN LED replaces 18 x 400w Sodium = 90% savings
41. Naza Kia Motors KL Malaysia
Before (18 pcs of 44W (Total)
Flourescent per bay
After (9 pcs of OGEN LED 22W
TL-1200 LED tube per bay )
50% Reduction in number of lights &
50% Energy Savings - Better vision using less light
42. Morocco – Sale – safety 150w HPS
OGEN LED 56w WhiteMoonlight HPS 150w
62% Energy Savings - Better visibility with less energy
79. Genting Highlands - Malaysia
OGEN LED 56w WhiteMoonlight HPS 250w
7 lux 20 lux
80. OGEN LED Moonlight with calculated CRI 24
*) pictures from former group company Lemnis Lighting BV
81. Nature Path Light Comparison.
We replaced standard streetlights with our SL1 models. Just look at the
difference! Our 6 streetlights of 36watt replaced 6 HPS streetlights of
80watt each.
Standard LightingOGEN LED Lighting
88. Very good camera recognition of men and objects
Pictures taken from actual monitors
HPS 70 Watt OGEN LED Moonlight 24 Watt
OGEN LED and camera vision Schiphol Airport
Amsterdam
94. OGEN LED to meet the Customer’s Need
● Complete Independent, award winning & technologically
unique and IP Portfolio.
● State-of-the-art innovative product with better visibility using
up to 90% less energy.
● Recipient of many international awards and endorsements.
● Revolutionary in energy and cost saving makes OGEN LED truly
unique.
● Created after extensive study on how the eye and the light
works to become the global market game changer.
● High S/P ratio for greater visibility.
● High CRI of up to more than 94 to bring out the vibrancies in
colour.
● Extended Long life and product warranty.
95. OGEN LED to meet the Customer’s Need
● Superior degradation control.
● Reduces health hazards significantly compared to UV and
Blue Lights.
● No emission and better vision using less light.
● Excellent ROI (Return on Investment) to ensure our customers
enjoy a longer duration of savings.
● Uniform lighting
● One stop total lighting solutions provider.
● Environment friendly.
