Connected in Context
Lighting on the Internet of Things
Niels Van Duinen - Director of Marketing
Philips Lighting
October 2012 | Meeting of the Minds
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Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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“ Rapid and widespread changes in the
world’s human population, coupled with
unprecedented levels of consumption
present profound challenges to
human health and wellbeing,
and the natural environment… ”
•The Royal Society; People and the Planet, April 2012
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Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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The unavoidable opportunity of vacant space
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Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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The potential of connected lighting
Collective efforts required to integrate lighting in smart cities
• Once connected, public lighting
could contribute even more than
today to health, wellbeing and
sustainability.
• Next-generation technology, and
a revised policy framework for
lighting practices, is a condition
for smart city integration.
• Connectivity will ultimately
unlock the full potential of digital
lighting to enhance livability,
improve economy and save
resources.
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Spectacular growth of energy consumption
The need for accelerated adoption of breakthrough innovation
• Current energy
consumption trends
indicate the need for
breakthrough innovation.
• World Energy Outlook
projects spectacular 40%
growth of energy
consumption by 2030.
• Forward-thinking cities
are taking action with
>3,000 smart city projects
initiated around the world.
Source: BP
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Towards the ubiquitous connected community
The enabling condition for urban efficiency improvement
• A tremendous inroad of internetconnected devices drives an
increase of urban data traffic
with more than 30% per year.
• Local communities seek to
migrate as many public services
as possible to an integrated
ecosystem.
• Shipments of communications
nodes for networked street
lighting will rise from 550,000
this year to 4.8 million in 2020.
Graph: Ericcson
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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>500,000,000
@ 150W
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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The saving opportunities of streetlights
Most public outdoor lighting overdue for replacement
• Over 25 million streetlights in
the US consume up to 40% of
the city’s electricity use, with
CO2 emission equivalent to 2.6
million cars.
• The average streetlight fixture is
in the US is more than 25 years
old, many need to be replaced.
• Changing all US outdoor lighting
to LEDs could prevent the
emission of as much as 90
million metric tons of CO2.
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Switching to LED lighting alone is not sufficient
Adaptive lighting the single largest opportunity for saving
• Although switching to LED lighting
alone results in 40-60% energy
savings, it is still not sufficient to
meet global targets for savings
and sustainability.
• Adaptive and interoperable
lighting is essential to bring cost
and performance improvement to
a next level of significance.
• Enabling LEDs to dynamically
change lighting levels in response
to local conditions, the total
system energy savings can easily
reach up to 80%.
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
Source: Philips Lighting
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Control systems to leverage digitalization of light
Next-generation control systems to enable interoperability
• Currently available
lighting control systems
turn out to be to complex
to install, to scale and yet
very expensive.
• Less than 1% of all our
road and street lights is
part of a network today.
• Pilots are vital to build
experience and generate
insight with new forms of
connected lighting.
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Early pilots and implementations | Chattanooga
Towards IP-platforms, each streetlight has its own IP address
• The city installs 26,000
induction and LED lamps
with wireless endpoints
providing two-way
communication.
• The networked streetlights
can be switched, dimmed or
flashed in patterns, using a
smart meter network for
remote control.
• The system is expected to
generate savings up to
$2.7M annually.
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Early pilots and implementations | San Francisco
Implementing a citywide network infrastructure first
• The SFPUC pilots a scalable
wireless network to control street
lights, parking spaces and meter
pricing, manage electric vehicle
charging stations, and more.
• Plans to leverage the upgrade of
18,000 LED street lights to carry
an integrated, expandable,
infrastructure for city monitoring
and urban services delivery.
• Fully compliant to 6LoWPAN
protocol; future services can be
developed without the need to
build additional wireless networks.
Source: Paradox Engineering
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Early pilots and implementations | Barcelona
Lighting intensity as a function of environmental changes
• EFFICity, a consortium of
companies and research
centers in Spain, conducting a
pioneering project to transform
cities into living organisms (...)
• Using street lighting as
communication nodes and
receivers connected to a sub-set
of smart sensors.
• Luminaires and other devices
will be autonomous in intended
context-driven adaptability.
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Enabling conditions for true integration
The need to shift focus beyond traditional borders
• The lighting community, utilities
and government need to facilitate
the implementation of advanced
solutions.
• Dedicated research initiated to
the impact of adaptive and
interoperable lighting applications
on user-experience.
• New standards are being
developed to drive interoperability
of remote-controlled lighting
systems (TALQ) or interaction of
lighting with vehicles (NTCIP).
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Interoperability to unlock the hidden efficiencies
Meaningful solutions with connected (public) lighting
• Next-generation lighting
applications will improve health
and wellbeing in our cities today
and in the future.
• Fully interoperable, and adaptive
urban lighting systems will
provide the required, smart and
meaningful LED lighting solutions.
• IP-connectivity and
interoperability will maximize
public lighting’s contribution to
livable, sustainable and
economically sound environment.
Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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Confidential
Philips Lighting, Niels Van Duinen, October 2012 | Meeting of the Minds, 121009.nvd
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