We are proud to share that our portfolio company, nT-Tao, has achieved a major milestone in its development of compact fusion energy technology. The company has successfully operationalized its Modular Energy Generator Architecture (MEGA)—a high-efficiency pulsed power system designed to deliver precise, high-power energy for plasma heating and magnetic control.
This modular architecture is a game-changer, allowing for seamless scalability as nT-Tao progresses through its prototype stages. By enabling power increases with greater speed, flexibility, and cost-efficiency, MEGA adapts to the evolving needs of fusion development, making each iteration more efficient than the last.
Fusion energy is widely regarded as a breakthrough solution for clean, limitless power. However, achieving it requires overcoming multiple technical challenges—one of the most critical being the energy barrier needed to sustain high-density plasma. nT-Tao’s MEGA system is specifically designed to tackle this challenge, along with the complexities of plasma confinement and stability, paving the way for commercially viable fusion power.
With MEGA now integrated into nT-Tao’s C2-A system, the company is moving closer to its next heat milestone—bringing fusion energy one step closer to commercialization.
At HXV, we are committed to supporting companies that drive transformative change. nT-Tao’s continued innovation exemplifies the kind of forward-thinking technology that will define the future of sustainable energy.
About nT-Tao
nT-Tao is developing a compact fusion reactor capable of generating 10-20 MW of power, with a final system designed to fit within the footprint of a shipping container. Engineered for scalability and rapid deployment, nT-Tao’s solution is adaptable to a wide range of on- and off-grid energy needs, including industrial facilities, small towns, ships, data centers, and remote locations. At the core of nT-Tao’s breakthrough technology is a proprietary plasma heating method and an innovative magnetic chamber topology, enabling significantly higher plasma densities. This unique approach, combined with fast development iterations, dramatically reduces the size, cost, and complexity of fusion energy reactors—bringing commercially viable fusion closer to reality. Co-founded by Oded Gour-Lavie, Doron Weinfeld, and Boaz Weinfeld, nT-Tao is on a mission to redefine the global energy landscape by developing a transformative nuclear fusion technology that will drive the transition toward a cleaner, decarbonized, and sustainable future. For more information, visit www.nt-tao.com.
