News

Publications on DDPPs in ENEA’s magazine

By |April 27th, 2016|

The article “Deep decarbonization Pathways (DDPs): A catalyst for the climate change debate”, by H. Waisman and M. Virdis, has been published in the 2016 first issue of ENEA’s magazine Energia, Ambiente, Innovazione devoted to climate […]

UK modelling analysis highlights a limited role for unabated gas under ambitious decarbonisation limits

By |April 27th, 2016|

A recent UK Energy Research Centre (UKERC) report considers the role of gas under current UK decarbonisation objectives, including an 80% reduction in GHGs in 2050, relative to 1990 levels. It uses modelling by UCL, […]

Key takeaways from the Development and Mitigation Futures Conference: MAPS & DDPP Experiences

By |April 22nd, 2016|

Today is published the report “, as a follow-up to the the “Development and Mitigation Futures Conference: MAPS & DDPP Experiences”, held in Paris in December 2015.

 

More than 90 experts from the Mitigation Action Plans […]

News & Events

Publications on DDPPs in ENEA’s magazine

By |April 27th, 2016|

The article “Deep decarbonization Pathways (DDPs): A catalyst for the climate change debate”, by H. Waisman and M. Virdis, has been published in the 2016 first issue of ENEA’s magazine Energia, Ambiente, Innovazione devoted to climate […]

UK modelling analysis highlights a limited role for unabated gas under ambitious decarbonisation limits

By |April 27th, 2016|

A recent UK Energy Research Centre (UKERC) report considers the role of gas under current UK decarbonisation objectives, including an 80% reduction in GHGs in 2050, relative to 1990 levels. It uses modelling by UCL, […]

Key takeaways from the Development and Mitigation Futures Conference: MAPS & DDPP Experiences

By |April 22nd, 2016|

Today is published the report “, as a follow-up to the the “Development and Mitigation Futures Conference: MAPS & DDPP Experiences”, held in Paris in December 2015.

 

More than 90 experts from the Mitigation Action Plans […]

Research Approach

Transformational
Transformational

Limiting global warming to 2°C or less will require global emissions of greenhouse gases to be deeply reduced by 2050. This will require a profound transformation of how energy is supplied and used around the world. The DDPP is charting the path to this transformation, starting now, one country at a time.

Critical need driven
Critically needed

Deep decarbonization pathways fill a key gap in climate policy. Within countries, they provide a critical, missing long-term framework for informing and coordinating policy and business decisions. Internationally, they provide a transparent benchmark for evaluating national commitments.

Country-driven
Country-driven

DDPP research teams study decarbonization in their own countries. Each team defines its own pathways to a low carbon energy system that still provides all the energy services their society needs, taking into account current infrastructure, natural resources, and stage of socio-economic development.

Collaborative
Collaborative

The country research teams are building a new global knowledge base for decarbonization, transparently sharing results, data, and methods.   The DDPP has developed a unique set of analytical tools for combining and comparing individual country pathways, allowing the global impact to be more clearly seen.

Actionable
Solution-oriented

The DDPP identifies problems and finds solutions on the road to deep decarbonization. The pathways are rigorous, detailed, sector-by-sector descriptions of what deep decarbonization requires in each country over time, in terms of technologies, infrastructure, investment needs, and international support.

Game-changing
Game-changing

The DDPP is already changing the climate policy discussion both within countries and among them. By showing concretely how 2°C can be achieved and what the enabling conditions are, it is altering the focus from incremental change to transformation, and shining a bright new light on the benefits of cooperation.

Partners and reports


Home
Australia
Brazil
Canada
China
France
Germany
India
Indonesia
Italy
Japan
Mexico
Russia
South Africa
South Korea
United Kingdom
United States
United Kingdom
THE TEAM

The scientific work that led to this report was conducted by the UCL Energy Institute researchers Gabrial Anandarajah, Birgit Fais, Christophe McGlade, Neil Strachan and Steve Pye. Founded in June 2009, the University College London Energy Institute (UCL-Energy) was established as UCL’s response to the global challenges of mitigating climate change and providing energy security in the 21st century. UCL-Energy, which sits within the Bartlett Faculty of the Built Environment at UCL, brings together different perspectives, understandings and procedures in energy research, transcending the boundaries between academic disciplines. It coordinates multidisciplinary teams from across the University, with the aim of accelerating the transition to a globally sustainable energy system through world-class energy research, education and policy support.

Report

The report report seeks to demonstrate, alongside other countries, that a 2°C target could be achievable, and still remains an important political goal to aim for at the coming climate talks in Paris.

Visualization of country scenarios
Visualization of country scenarios

Click to see country scenarios

Synthesis reports

2015 SYNTHESIS REPORT

(Download the PDF – 822 Ko)

2015 EXECUTIVE SUMMARY
SYNTHESIS REPORT

(Download the PDF – 1,3 Mo)

Insert Alternative Text Here

27 rue Saint-Guillaume
75337 Paris Cedex 07
France

+1 (212) 870 2792

DDPP in the media

View more