Cost of nuclear power: Difference between revisions
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== Cost of new designs == | == Cost of new designs == | ||
'''[[ThorCon nuclear reactor|ThorCon MSR]]:'''<br> | '''[[ThorCon nuclear reactor|ThorCon MSR]]:'''<br> | ||
$1200 per kW + $0.03 per kWh | $1200 per kW + $0.03 per kWh <ref>[https://thorconpower.com/economics/ ThorCon's estimate of costs.]</ref> | ||
== Cost of alternatives == | == Cost of alternatives == | ||
Revision as of 10:35, 21 August 2022
Historical Costs
see Fig.1
Cost of new designs
ThorCon MSR:
$1200 per kW + $0.03 per kWh [2]
Cost of alternatives
Rooftop Solar (no batteries):
$2,900 per kW (nameplate), $11,600 per kW avg (25% Capacity Factor)
Wind Turbines
$770–$850 per kW (nameplate), down from $1800 in 2008.[3]
$3240 per kW avg (25% Capacity Factor)
Batteries:
Lead-Acid: $300 per kWh
Li-ion:
Hydrogen:
$2 per kg promised by mid 2020s[4]
$1 per kg ten-year goal set by DOE[5]
$0.12 per kWh electrical energy storage cost, assuming $2 per kg of H2, and 50% overall efficiency
Notes and References
- ↑ Fig.12 in Lovering 2016 "Historical construction costs of global nuclear power reactors" https://doi.org/10.1016/j.enpol.2016.01.011
- ↑ ThorCon's estimate of costs.
- ↑ DOE report 30 Aug 2021
- ↑ Australian company Hysata, PV Magazine, Aug 2022.
- ↑ DOE's "Hydrogen Shot"