We're working to transform how we light our world.
Lighting accounts for nearly 6% of global CO2 greenhouse gas emissions, or 1,900 million tons of CO2 per year — the equivalent of CO2 emissions from 70% of the world’s passenger vehicles. By making lighting more energy efficient we can make a significant dent in carbon emissions.
Light-emitting diode (LED) lamps can cut CO2 emissions by 50–70%, with additional savings achievable with flexible smart controls. LED outdoor lighting also reduces costs, enhances public safety, minimizes light pollution and makes public spaces friendlier at night. The potential for LED technology is unprecedented: some industry experts predict that within 10 years LED lights, both indoor and outdoor, could deliver more environmental and economic benefits than any other clean technology including renewable power.
In 2012 we conducted the LightSavers project - a global trial of LED lamps in 12 large cities around the globe to evaluate how the latest LED products performed and are perceived by the public. The results were presented in a report highlighting how LED technology is ready for full scale rollout around the world. We also published a technical summary for lighting managers as well as a series of city specific reports.
Since then, many cities have announced major upgrades to LED lighting, but the vast majority have still yet to make the move. As a result in 2014 we entered the second phase of the LED-scale up project and announced the launch of a consultation process supported by our lead Partner Philips Lighting, to identify remaining regional barriers to adoption of LEDs and accelerate the transition to energy efficient lighting around the world.
Then at Climate Week NYC 2015, we called on every single city and utility around the world to schedule the switch of their street lighting to LED by 2025, with the launch of our new major global campaign LED = Lower Emissions Delivered and published a new report, The Big Switch: Why it's time to scale up LED street lighting. The report reveals that while technological barriers for adoption have now largely been overcome, cities want more support from government and financial institutions to refine business models and financing options to help them make the switch.
- To find out more about our LED work please email us at email@example.com
|LED Scale-up: 2-page overview of our latest work and main activities for the coming year||The Big Switch: The first report under the new LED campaign revealing initial findings from our consultation work||Consultation Handout: An extended summary outlining key factors for cities exploring LED street lighting|
- To find out more about our LED work please email us at firstname.lastname@example.org
LED = Lower Emissions Delivered
The campaign ‘LED = Lower Emissions Delivered’ encourages local governments, cities and utilities to embrace the carbon and cost benefits of switching to LED and supporting global carbon emission reductions.
Support our call for wide-scale LED street lighting by sharing the cost and carbon-saving facts about LEDs on social media. Click below to download our graphics.
To find out more about our LED work please email us at email@example.com
The energy saving potential of LED lighting has been proven over extended time periods in cities around the globe, and as a result LEDs are now predominantly the first choice for cities when upgrading their lighting infrastructure. Our LED program systematically evaluates projects around the world. See latest news and relevant links and case studies below.
- Detroit, USA - 88,000 LED street lights replacement, 2015
- Portland, USA, 2015
- Los Angeles, USA - 165,000 LED street lights upgrade, 2015
- Boston, Las Vegas & Seattle, USA - 120,800 LED street lights replacement, 2014
- Southeast-Michigan, USA, 2013
- Glasgow, UK, 2013
- Durham, UK - 55,000 LED street lights upgrade 2015
- Bolton, UK - 26,000 LED street lights replacement, 2015
- Plymouth, UK - 29,000 LED street lights replacement, 2015
- Newcastle & North Tyneside, UK - 66,000 LED street lights replacement, 2015
- Amsterdam, Netherlands - LED lighting along 7 km highway, 2010
- Sydney, Australia, 2015
- Adelaide, Australia, 2015
- Buenos Aires, Argentina - 91,000 LED street lights replacement, 2014
- Dubai, UAE, 2015
- India, EESL - Street lighting project overview, 2016
Pedestrian pathway LED retrofit in the northern parklands of Adelaide. Final report
The municipal government is testing two Chinese-made LED street light luminaires, one on a riverside pedestrian pathway and another on a local street. Results not published
Haldia in West Bengal, India, is receiving LED installations on a major highway in the heart of the city.
Hong Kong, China
Two municipal universities and the Hong Kong International Airport are testing and comparing Taiwanese, Chinese, and American-made LED pathway luminaries on their respective pilot sites. Final report
The Kolkata Municipal Corporation is testing over a 100 Indian made LED street light luminaries in several locales. Final report
London, United Kingdom
Transport for London is testing high powered LED roadway lights in demanding applications on their Red Routes.
The Thane Municipal Corporation will install a trial of LED streetlights in the Greater Mumbai Region with support from the national government's Bureau of Energy Efficiency.
The City of Sydney is testing LED lighting with smart controls on George Street, a road in the centre of Sydney's business district. Final report
Local government agencies are testing two Chinese-made LED street lights products in a new ecocity development and on a university campus. Results not published
Four City of Toronto agencies are testing parking lot, parking garage, and pedestrian pathway LED lighting products, some with smart controls. Final reports for two trials for Caledon and TCHC
- Harry Verhaar, Head of Global Public and Government Affairs, Philips Lighting, talks about LED street lighting and the new LED campaign
- Ben Ferrari, Director of Partnership, The Climate Group, talks about LED street lighting with Philips
- Harry Verhaar, Head of Global Public and Government Affairs, Philips Lighting, talks about climate change at CCTV
This section provides links to examples of tools that have been recently developed to support cities and municipalities in their planning for LED lighting upgrades.
Beyond the immediate and calculable energy savings that LEDs can provide, there are many other factors that can influence the decisions of city managers around current and future lighting needs of cities.
Upgrade decisions can be influenced by available financing, remaining lifetime of existing fittings and whether needs can be met by either retrofitting luminaires, replacing lighting/poles, upgrading aging infrastructure and addressing options for future proofing fittings.
Below is an open toolkit list for reference. To suggest links, please do not hesitate to contact us.
A comprehensive archive of information on how LEDs work, their energy efficiency, luminous efficiency and color quality.
The DOE shares detailed reports that include analysis of data collected, projected energy savings, economic analyses and user feedback. Report briefs summarize key findings in a quick-scan format.
Developed by the Scottish Futures Trust (SFT) and supported by the Scottish Government, the toolkit allows councils to input their current street lighting data which in turn calculates what the reduced electricity usage would be if they changed to new, energy-efficient LED lighting. The toolkit also calculates what level of investment is required by the council and the payback period of the loan.
- Quality Thresholds for LED outdoor lighting
Department of Energy, Bureau for Street Lighting General Specifications for Solid State Lighting LED Roadway Luminaires
Philips – LED Road Lighting Design Manual
4E – International Energy Agency, Solid State Lighting Annex: Product Quality and Performance Tiers
- Abu Dhabi Public Realm & Street Lighting Handbook – Martin Valentine
The “Abu Dhabi Public Realm & Street Lighting Handbook” development process brings together contributors representing varied viewpoints and interests to achieve consensus on lighting recommendations.