Energy conversion/Description: Difference between revisions
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====Nuclear power==== | ====Nuclear power==== | ||
The costs of nuclear power also include capital, O&M and nuclear fuel costs. Similar to the renewable energy options, technology improvement in nuclear power is described via a learning curve (costs decrease with cumulative installed capacity). Fuel costs increase as a function of depletion. Fuel costs are determined on the basis of the estimated extraction costs for uranium and thorium resources, see [[Energy | The costs of nuclear power also include capital, O&M and nuclear fuel costs. Similar to the renewable energy options, technology improvement in nuclear power is described via a learning curve (costs decrease with cumulative installed capacity). Fuel costs increase as a function of depletion. Fuel costs are determined on the basis of the estimated extraction costs for uranium and thorium resources, see [[Energy supply]]. A small trade model for these fission fuels is included.. | ||
===Hydrogen generation=== | ===Hydrogen generation=== | ||
Revision as of 14:49, 22 May 2014
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