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Introduction

KSTAR Construction History

to the following information
  • 1995.12 : KSTAR Project Approval
  • 1998.8 : Conceptual Design & Basic R&D
  • 2002.5 : Engineering Design Completed
  • 2007.8 : Machine Construction Completed
  • 2008.6 : First Plasma

KSTAR Project Mission

to develop a steady-state-capable advanced superconduction tokamak

  • Superconducting TF and PF magnet system
  • Non-inductive current drive system
  • Long-pulse divertor and PFC system
  • Real-time plasma control system

to establish the scientific and technological base for an attrative fusion reactor as a future energy source

  • High-performance AT mode research
  • Active control tools of the high beta MHD instabilities
  • Flexible heating & CD system
  • Advanced diagnostics