Scalable.
Distributed.
Affordable.
Energy Independence is Key to Human Progress.
Allowing Technological Advancement to Flourish
Inherently Safe, Compact, and Scalable for Any Need
Enabling the Transition to Clean Transportation
Empowering Urban and Remote Communities and Facilities
And Helping Our Planet and Climate Heal
We're building a future where clean, affordable, and reliable
energy is secure and universally accessible, empowering
humans wherever they are and restoring harmony between
humanity and nature.
Working on a Sustainable, Compact Fusion Energy Solution
nT-Tao is developing a compact fusion reactor that will generate 10-20 MW of electricity. It's highly scalable and planned to be about the size of a shipping container, ensuring clean fusion energy wherever needed.
Our solution relies on magnetic confinement. It's based on research and testing done in the past 50 years on plasma, pulsed heating, and confinement, that lacked the materials, computing power, and magnet technology we have today.
Our system has a unique plasma regime; high-density, super-fast heating, and reduced confinement time, which enables a unique compact design.
Future Markets
The nT-Tao Compact Fusion Power system provides clean, reliable, and abundant energy, reducing fossil fuel dependence.
Its safe, compact, and scalable design allows deployment in both urban and remote areas, making integration easier and more affordable.
It supports energy independence, accessibility, and sustainable growth, empowering industries and communities for a low-carbon future.
Datacenters & Edge Computing
Powering Shipping & Ports
EV Fleet Charge
X 1000
Households
X 10,000
Industrial Facilities Heat & Power
Scale to Grid Connectivity
Small Island Power
Remote & Independent
Smart City Power
Uniqueness
Quick Iterations
At nT-Tao, we're taking a fundamentally different approach to fusion energy by focusing on a compact, efficient design.
Our smaller-scale fusion technology offers distinct advantages throughout the development process and beyond.
During the research and development phase, our compact approach enables faster iteration cycles and more cost-effective testing, accelerating our path to a fusion energy future.
*Our C2-A testing prototype during assembly.
Smaller Size
Once commercialized, these smaller reactors will revolutionize energy deployment: they can be manufactured and installed more quickly, scaled to meet varying power needs, and distributed closer to where they're needed.
By dramatically reducing the capital costs and complexity associated with traditional fusion approaches, our technology aims to make clean fusion energy accessible and practical for markets worldwide.
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Modular Deployment
Our modular system design relies on years of research, experimentation, and the goal of building a versatile, compact power system that can easily adapt to different uses. With modularity in mind, we have set out to achieve:
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A Faster Go-To-Market Impact.
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Easy and Quick R&R (replace and recycle).
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Mass Production - Lowering Cost.
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Minimal outside Infrastructure.
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Faster Deployment, Multiple User Scenarios.
Technology
Where are we now?
This is our C2-A system during its last stages of assembly and preparations for testing. We're working our way to a Quasi-symmetric Stellarator; a small-scale, high-density, pulse-operated fusion energy reactor.
And we're already working on our next stage, planned to have even more powerfull experiments.
Dynamically Stabilized Torus
Our fusion reactor concept relies on a Quasi-Symmetric Stellarator design with high aspect ratio.
High-Power Heating
The High-power heating of the plasma in our compact prototypes and later on, in our planned fusion system, is obtained by induced currents of plasma-relevant frequencies; PCTH, AWSH, and E/ICRH
Active Stabilizing
We are using rotating electromagnetic fields to achieve stabilized rotating plasma. In our compact sized system, we have found it to be the best fit solution to reach a viable solution.
Partnering With....
We want to bring a working fusion solution to the world, but we can't do it alone. That's why, with help from the Israeli Innovation Authority, we have joined forces with the best minds, makers, and leaders in the fusion field and beyond. Together, we move faster and smarter and have a much better chance of making this happen. And these are just part of our collaborations.
Among Our Investors
Bringing the future of energy to reality requires bold visionaries. We’re proud to be backed by leading investors who believe in the potential of our groundbreaking fusion technology.
News & Media
The Team
nT-Tao's founders had a bold vision to change the future and assembled an exceptional team to bring it to life.
We are now around 30 brilliant minds at nT-Tao, powering the Future of Energy; PhDs, Engineers, and technicians with decades of experience in the Israeli defense industry, high-tech companies, hardware, and the renewables industries. And we're growing.
CEO, Co-Founder
Oded Gour-Lavie
A retired Rear Admiral from the Israeli Navy, former commander of the Israeli Submarine Fleet and the Israeli Sea Division. Culminating as Head of Legal & Strategic Policy in the IDF Planning Directorate. Oded is an Electrical Engineer with a BSc Cum Laude from Technion Haifa. Oded is a Harvard-HKS Wexner Fellow (2008). MIT Sloan-VF (2019).
Chief Scientist, Co-Founder
Doron Weinfeld
An accomplished physicist with 30 years of extensive experience in startups.
Doron is renowned for his technical creativity, out-of-the-box thinking, problem-solving ability, and theoretical expertise.
Doron has been engaged in plasma physics research for over 30 years.
CTO, Co-Founder
Boaz Weinfeld
Boaz has an extensive background as an experimental physicist and system engineer across various fields, combined with a highly hands-on approach.
He brings over 18 years of experience in managerial and technology development roles at Intel, both in Israel and California
