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thea energy Fusion technology
We’ve radically evolved the stellarator, enabling systems to be simpler and more practical than previously thought possible. With this groundbreaking technology, Thea Energy is changing the trajectory of fusion energy.
We’ve radically evolved the stellarator, enabling systems to be simpler and more practical than previously thought possible. With this groundbreaking technology, Thea Energy is changing the trajectory of fusion energy.
The stellarator is a highly efficient power plant architecture
Inherently stable magnetic confinement with no risk of disruptions.
Dynamic correction of system operating conditions.
No requirement for current drive systems, with low recirculating power.
We’ve eliminated the longstanding Achilles’ heel of the stellarator: system complexity.
The stellarator is a highly efficient power plant architecture
Inherently stable magnetic confinement with no risk of disruptions.
No requirement for current drive systems, with low recirculating power.
Dynamic correction of system operating conditions.
We’ve eliminated the longstanding Achilles’ heel of the stellarator: system complexity.
Prior iterations of the stellarator were much more complex than other fusion systems such as the tokamak. This was a limiting factor–until now.
Our proprietary stellarator technology eliminates the intricate 3D magnet coils required in all other proposed stellarator architectures. These modular coils are extremely difficult and expensive to manufacture, assemble, and maintain.
By transferring the complexity of 3D magnetic fields to modern electronic control systems, we leverage the significant developments in computing and control systems. The result is a radically simplifying (and cost-reducing) new paradigm.
Our stellarator architecture and magnet systems can be built in simpler, less expensive ways, while solving long-standing barriers to fusion energy.
Prior iterations of the stellarator were much more complex than other fusion systems such as the tokamak. This was a limiting factor–until now.
Our proprietary stellarator technology eliminates the intricate 3D magnet coils required in all other proposed stellarator architectures. These modular coils are extremely difficult and expensive to manufacture, assemble, and maintain.
By transferring the complexity of 3D magnetic fields to modern electronic control systems, we leverage the significant developments in computing and control systems. The result is a radically simplifying (and cost-reducing) new paradigm.
Our stellarator architecture and magnet systems can be built in simpler, less expensive ways, while solving long-standing barriers to fusion energy.
Our first system, Eos, is a neutron source stellarator capable of commercial operation for the production of various isotopes including tritium. Eos is the only first-generation fusion system prototypical of a power plant. Our development roadmap is not contingent on further scientific breakthroughs. No miracles required.
Our breakthrough stellarator architecture uses computer-controlled arrays of HTS planar coils.
D-D fusion for the production of tritium and other isotopes including medical radioisotopes.
We can optimize machine parameters and dynamically change operating points in real-time.
Our planar coil arrays allow for sector maintenance, minimizing downtime.
Our breakthrough stellarator architecture uses computer-controlled arrays of HTS planar coils.
D-D fusion for the production of tritium and other isotopes including medical radioisotopes.
We can optimize machine parameters and dynamically change operating points in real-time.
Our planar coil arrays allow for sector maintenance, minimizing downtime.
Our proprietary stellarator architecture enables safe and reliable baseload fusion energy generation at a lower capital cost. We’re accelerating commercialization of fusion energy to curtail climate change and provide for the long-term energy needs of humanity.
Our planar coil stellarator technology enables a more practical power plant design, with on-the-grid operation in the 2030s.
Thea Energy’s modular system architecture enables simpler manufacturing and construction of fusion power plants, allowing for the rapid deployment of carbon-free energy at scale.
Thea Energy’s modular system architecture enables simpler manufacturing and construction of fusion power plants, allowing for the rapid deployment of carbon-free energy at scale.
Our planar coil stellarator technology enables a more practical power plant design, with on-the-grid operation in the 2030s.
Our proprietary stellarator architecture enables safe and reliable baseload fusion energy generation at a lower capital cost. We’re accelerating commercialization of fusion energy to curtail climate change and provide for the long-term energy needs of humanity.
ARPA-E
Eos
Helios Power Plant
ARPA-E
Eos
Helios Power Plant
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