Fusion requires heating fuel into plasma at extremely high temperatures and confining it to enable reactions.
Key methods include magnetic confinement (tokamaks) and inertial confinement (using lasers), both with historical challenges in achieving energy break-even.
Helion Energy focuses on a linear, compact design for fusion reactors, promising faster construction and operation.
They utilize a unique fuel mix of deuterium and helium-3, which avoids the drawbacks of tritium, primarily producing charged particles for easier energy capture.
Helion's reactors use magnetic fields for direct energy recovery, achieving over 90% efficiency, unlike conventional methods that rely on steam turbines.
The system captures plasma energy directly, improving speed and efficiency in energy conversion.