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En - ROADS Supporting Data

Explore commercialization, progress ratios, construction requirements, development time, emissions, and more in energy transitions. Gain insights from reliable sources like Akiner and Aldis (2004), IPCC, and more to inform decision-making.

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En - ROADS Supporting Data

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  1. En-ROADS SupportingData

  2. Commercialization Timeand Progress Ratios

  3. Sources include: Akiner, S. & Aldis, A. (2004), Smil,V. (2006)

  4. Progress Ratio is the change in price with one doubling of cumulative installed capacity. A Progress Ratio above 1.0 (100%) means that a doubling of installed capacity increases the cost of the next installed capacity. Ex. - A PR of 0.9 means that, after one doubling of installed capacity, the new price is 90% of the old price. Sources include: Junginger, M., et al. (2010), McDonald, A., Schrattenholzer, L (2001)

  5. Source: McDonald, A., Schrattenholzer, L. (2001)

  6. World Energy Resources

  7. Sources include: IPCC. (2007), World Energy Council. (2010)

  8. Sources include: IPCC. (2011), Jacobson, M. Z. (2009)

  9. Construction MaterialsRequired

  10. Sources include: J. Sullivan, et al. (2010), Kris R. Voorspools, et al. (2000)

  11. Sources include: J. Sullivan, et al. (2010), Kris R. Voorspools, et al. (2000)

  12. Sources include: J. Sullivan, et al. (2010), Kris R. Voorspools, et al. (2000)

  13. Source: Greenpeace. (2010)

  14. Development and Construction Time

  15. Development includes preconstruction activities such as performing feasibility studies, securing financing, identifying and purchasing/leasing a site, obtaining a site permit, approving and issuing a construction permit, and dealing with appeals. Sources include: Jacobson, M. Z. (2009), US Department of Energy (2008)

  16. Construction time also includes post construction activities, such as connecting the energy source to the grid. Sources include: Jacobson, M. Z. (2009), US Department of Energy (2008)

  17. Sources include: Jacobson, M. Z. (2009), US Department of Energy (2008)

  18. Sources include: Jacobson, M. Z. (2009), US Department of Energy (2008)

  19. Lifecycle Emissions

  20. Sources include: Hiroki, H. (2005), White, S. & Kulcinski, G. (1998)

  21. Sources include: Hiroki, H. (2005), White, S. & Kulcinski, G. (1998)

  22. Efficiency Improvements

  23. Sources include: US Department of Energy (2011), US Bureau of Transportation Statistics (2011)

  24. Energy Intensity

  25. *EIA data for Germany begins in 1991; EIA world data begins in 1994 Sources: World Resources Institute (2011), US Energy Information Administration (2012)

  26. *EIA data for Germany begins in 1991; EIA world data begins in 1994 Sources: World Resources Institute (2011), US Energy Information Administration (2012)

  27. Source: World Resources Institute (2011)

  28. Source: World Resources Institute (2011)

  29. *Europe data range for EIA is 1994-2005 Source: US Energy Information Administration (2012)

  30. *Europe data range for EIA is 1994-2005 Source: US Energy Information Administration (2012)

  31. *Africa defined as Sub-Saharan Africa by WRI; Asia defined as "Asia (excluding Middle East)" by WRI and "Asia and Oceania" by EIA; Europe data range for EIA is 1994-2005 Sources: World Resources Institute (2011), US EIA (2012), International Energy Agency (2011)

  32. Source: Lawrence Berkeley National Laboratory (1998)

  33. 2.6 w/m2 of radiative forcing indicates a CO2 equivalent concentration of 450ppm 3.7 w/m2 of radiative forcing indicates a CO2 equivalent concentration of 550ppm Sources: EMF-22, En-ROADS v56n

  34. Sources: LBNL (1998), US Bureau of Transportation Statistics (2011), US DOE (2011)

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