Measuring the progress towards transforming the global energy system (using / building from the Pacala and Socolow wedges approach

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Title
Measuring the progress towards transforming the global energy system (using / building from the Pacala and Socolow wedges approach

CoPED ID
7d860d9c-0c76-486a-92bb-dfce6f5b1904

Status
Closed


Value
No funds listed.

Start Date
Sept. 30, 2018

End Date
Dec. 31, 2022

Description

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This thesis proposes to evaluate the progression of negative trends in emissions and pathways and practical questions of scale-up through a combination of energy systems analysis and science communication. Firstly, it will quantify 'how transformed' the global energy system is, in terms of decarbonised power, transport, heat and industry. It will consider not just the direct carbon mitigation, as in most reports (i.e. TWh of generation from renewables; carbon emissions per passenger-km for transport); but also the 'enablers' of transformation, such as
the degree of power systems flexibility, density of electric vehicle charging points, cost gap between low-carbon and conventional heating. Secondly, it will create a transparent
methodology for translating the progress to date into the unit of 'wedges', so that national and global progress can be presented in a simple yet meaningful way to audiences beyond energy experts. Thirdly, it will apply the methodology to a selection of renowned scenarios for future decarbonisation; exploring the number and mix of wedges needed to help explore the level of consensus or dissent in views to decarbonise the global economy, and pinch-points where things are infeasible.

Iain Staffell SUPER_PER
Robert Gross SUPER_PER

Subjects by relevance
  1. Emissions
  2. Greenhouse gases
  3. Climate changes
  4. Carbon dioxide
  5. Energy policy
  6. Scenarios
  7. Decrease (active)
  8. Climate policy

Extracted key phrases
  1. Global energy system
  2. Energy system analysis
  3. Global progress
  4. Power system flexibility
  5. Global economy
  6. Energy expert
  7. Socolow wedge
  8. Carbon emission
  9. Direct carbon mitigation
  10. Electric vehicle charging point
  11. Decarbonised power
  12. Negative trend
  13. Science communication
  14. Practical question
  15. Methodology

Related Pages

UKRI project entry

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