The compact reversed shear tokamak CREST is a cost
competitive reactor concept based on a reversed shear high β
plasma and water cooled ferritic steel components. The moderate aspect
ratio A = 3.4 and the elongation κ = 2.0 of CREST are very
similar to the case of the ITER advanced mode plasma. Presentation of such a
concept based on the ITER project should be worth while for
formulating a fusion development strategy. The achievement of a
competitive cost of electricity (COE) is the first priority for
electric power industries. High β and high thermal efficiency are
the most effective parameters for achieving a competitive COE. In order
to achieve a high efficiency power plant, a
superheated steam cycle has been adopted which permits a high thermal efficiency
(η = 41%). Current profile control and high speed plasma
rotation by neutral beam current drive stabilize the ideal MHD
activity up to the Troyon coefficient βN = 5.5. A cost
assessment has shown that CREST could generate about 1.16 GW(e)
electric power at a competitive cost.
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