Existing fusion energy systems often rely on complex and expensive 3D magnet coils, hindering the development of practical and cost-effective fusion power plants. These intricate designs pose significant engineering and manufacturing challenges, delaying the widespread adoption of fusion as a sustainable energy source.

Thea Energy is developing a planar coil stellarator that simplifies the magnet design, enabling steady-state magnetic confinement fusion at a lower capital cost. Their proprietary stellarator technology replaces the complex 3D magnet coils with simpler planar coils, streamlining manufacturing and reducing overall system complexity. This approach facilitates the creation of safe, reliable, and baseload fusion energy generation. The company's first system, Eos, is a neutron source stellarator capable of commercial operation for isotope production, serving as a prototype for future power plants.

Planar coil design that simplifies stellarator construction and reduces manufacturing costs

Inherently stable, steady-state magnetic confinement for continuous energy production

Eos neutron source stellarator for commercial isotope production, including tritium

Highly efficient, superconducting coils for generating required magnetic fields

System architecture tailored for simpler and more economical fusion energy generation

The primary target audience includes energy companies, research institutions, and government agencies seeking sustainable and cost-effective fusion energy solutions.