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Extra resources for Eval of Innovative Nuclear Reactors, Fuel Cycles (IAEA TECDOC-1362)
Further, electricity and, in many cases, hydrogen are expected to become increasingly important as energy currencies in the future. To concisely reflect the wide range of scenarios in the published literature, SRES utilized four narrative storylines, each representing different demographic, social, economic, technological, and environmental developments. For each storyline, several different quantifications, or scenarios, were developed by six different international modelling teams. The four storylines are labelled A1, A2, B1, and B2.
7 TJ of primary energy. Using this convention, the nuclear share of global primary energy use in 2001 was about 6%. In contrast, SRES converts nuclear electricity to primary energy on a one-to-one basis. 6 TJ of primary energy. Using this convention, the nuclear share of global primary energy use in 2001 was closer to 2%. 3 are, using the SRES convention, 18% in 2050 and 35% in 2100. Using the IAEA convention, they are 39% in 2050 and 62% in 2100. 39 Scenario A1T: The A1T Scenario depicts a world of high economic growth and rapid increase of energy demand.
2, and correspondingly lower costs. 3. Basic economic principles As has been set out above, if nuclear technology is to compete successfully with alternate energy sources, it is necessary that the technology has the capacity to learn from experience. But, for such learning to take place, experience must be gained. e. there must be new installations of nuclear energy production systems and the total installed capacity must grow with time. Learning is coupled with experience and there is positive feedback between experience and learning – the greater the rate of learning the more competitive the technology and the faster its expansion and hence the greater the experience base leading to additional learning and so on.