| Geometry and Plasma | ||
| major radius | R | 4.8 m |
| minor radius | a | 1.2 m |
| elongation | κ | 2.2 |
| triangularity | δ | 0.63 |
| plasma currrent | Ip | 7.87 MA |
| toroidal field at 4.8 m | BT | 7.5 T |
| stored energy in plasma | Wth | 170 MJ |
| plasma effective charge | Zeff | 2.4 |
| Powers | ||
| fusion power | Pf | 518 MW |
| alpha power | Pα | 104 MW |
| current drive power | PCD | 121 MW |
| core radiation power | Prad,core | 56 MW |
| divertor power | Prad,div | 177 MW |
| Neutron Wall Loads | ||
| machine average neutron wall load | <Pn> | 1.1 MW/m2 |
| (surface 10 cm from plasma boundary) | ||
| peak neutron wall load (OB midplane) | Pn,max | 1.6 MW/m2 |
| average NWL on outboard first wall | <Pn,OBFW> | 1.35 MW/m2 |
| average NWL on inboard first wall | <Pn,IBFW> | 0.86 MW/m2 |
| average NWL on outer divertor | <Pn,Odiv> | 0.35 MW/m2 |
| average NWL on inner divertor | <Pn,Idiv> | 0.32 MW/m2 |
| average NWL on divertor dome | <Pn,dome> | 0.49 MW/m2 |
| Surface Heat Fluxes | ||
| average FW surface heat flux | <qfw> | 0.2 MW/m2 |
| peak FW surface heat flux | qfw,max | 0.25 MW/m2 |
| peak IB divertor heat flux | qdiv,peak,IB | 3.9 MW/m2 |
| peak OB divertor heat flux | qdiv,peak,OB | 10 MW/m2 |
| Component Heating | ||
| IB blanket nuclear heating | 89.3 MW | |
| OB blanket nuclear heating | 267.5 MW | |
| IB FW surface heating | 18.2 MW | |
| OB FW surface heating | 40.1 MW | |
| divertor nuclear heating | 42.7 MW | |
| divertor total heating | 219.7 MW | |
| structural ring nuclear heating | 19.7 MW |