Ten Energy- "Small Reactors, Big Safety, Green Power.

Small Modular Reactors Compact, Safe, and Clean Power for a Sustainable Future.

We are pioneering compact nuclear technology through Small Modular Reactors, delivering scalable, clean baseload power with high returns and NO environmental risk—shaping the future of global energy markets."

Join us in shaping tomorrow’s energy

Firm Power and Water for a World That Can’t Wait

TEN Energy Corporation is developing factory-built, Generation IV modular nuclear energy systems designed to deliver reliable electricity, fresh water and hydrogen where they are needed most. Its SMR80 platform is a high-temperature, helium-cooled, pebble-bed reactor designed for deployment at coastal locations, ports, islands, industrial sites and other power-constrained environments.

Our Solution

TEN Energy combines nuclear generation with desalination and hydrogen production in a modular platform. The company's proposed system is designed to be factory-built, transported by sea and assembled close to the point of demand, with an intended deployment timeline of less than three years.

The technology uses TRISO fuel and helium cooling, with the company highlighting passive safety characteristics and a negative temperature coefficient. The deck also points to the commercial operation of the HTR-PM technology at Shidaowan, China, as evidence of the broader pebble-bed reactor technology lineage.

Our Services

Creative Solutions for Energy Problems

Mass production of small modular reactors (20-80 MWe)

Design and engineering services for SMR projects.

Inherently Safe Design

Designed for inherent safety, using passive features like a negative temperature coefficient to naturally reduce reactor power as temperature rises, minimizing reliance on active systems and operator intervention.

Hydrogen Solutions

Hydrogen production, storage and integration solutions.

Demin Water Solutions

Demineralized water systems for industrial and energy use.

Power Barges (100 MW)

Portable power generation solutions for rapid deployment.

Hybrid Energy Solutions

Integrated systems combining multiple energy sources for resilience

About Us

We build 20-80 MWe next-gen SMRs

Our expertise

Powering the Future, Responsibly

The world’s demand for energy is growing faster than ever, but so is the urgency to eliminate carbon emissions and environmental harm. At the intersection of innovation and necessity, we deliver and mass produce Small Modular Reactors (SMRs) —a transformative approach to nuclear energy that is compact, scalable, and inherently safe.

Our reactors are designed to operate anywhere—from remote communities to industrial hubs—providing reliable, always-on baseload power without greenhouse gas emissions. By leveraging advanced engineering, modular manufacturing, and rigorous safety systems, we reduce construction time, minimize risk, and enable predictable returns for investors.

We see a future where clean nuclear power is accessible, affordable, and adaptable, meeting the diverse needs of a rapidly changing energy landscape. Our mission is not just to power economies—it’s to protect our planet for generations to come.

We are building the energy system of the future—small in footprint, massive in impact.

Our Mission

We believe the world deserves energy that’s powerful, safe, and sustainable.

Through our advanced Small Modular Reactors, we deliver compact nuclear technology that provides clean, reliable power—anywhere it’s needed.

We challenge the limits of conventional energy, replacing carbon-heavy generation with a smarter, smaller, and infinitely scalable solution.

Our mission is simple: power the planet without harming it

Why Ten Energy

Next-Gen SMR Technology: Safe & Efficient

Next-Generation Technology – Our advanced Small Modular Reactors use safe, proven designs with modern enhancements like passive cooling, modular manufacturing, and fuel efficiency that surpass conventional nuclear plants.
Speed & Scalability – Make in India, Factory-built modules cut construction timelines from 8–10 years to under 1 year, enabling rapid deployment anywhere—from industrial hubs to remote regions and other developing economies.
Unmatched Safety – Engineered for walk-away safety with passive heat removal and inherent shutdown features, eliminating meltdown risks.
Competitive Economics – Lower capital costs per megawatt, higher capacity factors, and long operational lifespans make our SMRs financially compelling.
Sustainable Future – Zero-carbon power generation supports global net-zero targets while delivering reliable baseload energy 24/7.
Proven Expertise – Led by a multidisciplinary team with decades of experience in nuclear engineering, manufacturing, and energy infrastructure.