August 8, 2024
To match the rising energy demand, it is imperative to explore sustainable and efficient energy solutions. Fusion power, specifically using stellarator configurations, presents a promising, scalable solution to this crisis. Stellarators, with their steady-state operation, offer a unique advantage in the field of fusion energy. However, their efficiency is contingent on the generation of high magnetic fields. High-Temperature Superconducting (HTS) cables, capable of both generating and withstanding high magnetic fields, play a pivotal role in ensuring the success of stellarator coils. In collaboration with the National High Magnetic Field Laboratory, Type One Energy aims to pioneer novel HTS cable topologies specifically designed for non-planar stellarator coils. The research involves short cable sample testing, mechanical property assessments, and detailed modeling of cable behavior. These investigations are essential for understanding the scalability and feasibility of these innovative designs. We believe the outcomes of this project could significantly advance the field of fusion energy and contribute to a sustainable future.