ARIES-Compact Stellarator Study 1 CS Power Core Materials and Fabrication Unit Cost Estimation ARIES-CS Project Meeting 16-17 June 2004 University of Wisconsin,

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ARIES-Compact Stellarator Study 1 CS Power Core Materials and Fabrication Unit Cost Estimation ARIES-CS Project Meeting June 2004 University of Wisconsin, Madison Jerry Wille and Les Waganer The Boeing Company St. Louis, MO

ARIES-Compact Stellarator Study 2 Assumptions 10th unit recurring cost First wall, blanket, vacuum vessel, power core structure, and some building costs are provided Development and tooling costs assumed previously amortized Power supplies, magnets, electrical, instrumentation, and controller costs are not included Power core assembly and installation costs are not included

ARIES-Compact Stellarator Study 3 Logic Materials and fabrication procedures used are considered fully developed and commercially available Larger quantities of identical, or very similar, components reduce cost Costs compared with current “similar” structures for reasonableness

ARIES-Compact Stellarator Study 4 Rationale Cost is projected on a $/kg basis and therefore should be applicable to any similar component made from that material. –A judgment must be made concerning the size, complexity, and requirements of the component

ARIES-Compact Stellarator Study 5 Pricing Information Material costs are for 2004 Cost compared with estimates for previous conceptual reactors (Starfire, EBTR, Prometheus, ARIES-RS, ARIES-ST, ARIES-AT) Cost compared with other industry applications –Fusion Experiments (FIRE, TPX, ITER) –Aerospace –Commercial

ARIES-Compact Stellarator Study 6 Cost Estimations

ARIES-Compact Stellarator Study 7 Cost Estimations

ARIES-Compact Stellarator Study 8 Issues Power core assembly and installation costs have not been included Other materials that need to be considered, or not considered?