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Nuclear fusion: What of the future?
ITER ¼10) (Q boom. tritium of Test production run to required of capable operation FPP; run reliability and factor. multiplication 217
run deployable times. to power
to by electricity power technology steady-state required availability plasma
required volume¼840m 3 confinement no electrical volume¼ 2500m 3 prototype or the is
power maintenance times (TBMs), > availability plasma plant achieving high availability. Self-sufficient in tritium, low overall net pulses long power high Q field,
electrical plasma magnets, many generated low power Very electrical electricity; magnetic EUROfusion.
¼5.7T, of technology power >20); ¼ 5T, output. ≫ power of cost toroidal
power B Superconducting pulses (Q B ¼ 9m, integrated competitive the is B Organization,
Continued Targets Fusion ¼6m, R Plasma production Electrical DEMO R Fully electricity Electrical radius, major ITER EUROfusion,
5.3 (2025) Plant tokamak
Table Machine ITER DEMO (2050s) Fusion Power (2070s?) the is R Courtesy:
