The first part of the course consists of three one-hour sessions introducing the topics of first wall, blanket, and heat transport. The first session covers the crucial aspects of the first wall and blanket in fusion systems, emphasizing their significance for component protection, tritium breeding, and power generation. The subsequent session delves into the intricacies of heat transport and the balance of plant, encompassing grid infrastructure considerations.
Following this, the second part offers also three one-hour sessions covering fusion power plants, scaling from ITER to DEMO, and power plant economics/supply chain. The sessions begin with an exploration of fusion power plants and their top-level requirements, followed by an analysis of the challenges associated with scaling up from ITER to DEMO/Pilot plant. The final session addresses fusion economics, the fusion supply chain, and the broader role of fusion in the energy market, providing insights into the economic aspects of fusion power generation.
Intro to First wall, blanket and heat transport (3 x 1 hour sessions):
Mr. Chris Harrington – Thermal Hydraulics Group Leader at United Kingdom Atomic Energy Authority (United Kingdom)
- First wall and blanket
- Heat transport and balance of plant (including grid infrastructure)
Intro to power plants, scaling from ITER to DEMO and power plant economics/supply chain (3 x 1 hour sessions):
Dr. Stuart Muldrew – Principal Fusion Technologist at UK Atomic Energy Authority (United Kingdom)
- Intro fusion power plants and top level requirements
- Issues of scale and moving from ITER → DEMO/Pilot plant
- Fusion economics, fusion supply chain and fusion’s place in the energy market