First Functional Zero-Point Energy Device? Andrea Rossi Confirms E-Cat NGU Production for 2025
New Prototype Assemblies Reach 5 kW as Rossi Details Manufacturing Plans and AI-Driven Development
Andrea Rossi Announces E-Cat NGU Development and Production Plans in New Interview
In a recent interview, Italian inventor and LENR (Low Energy Nuclear Reaction) pioneer Andrea Rossi confirmed major progress on his long-awaited E-Cat NGU (Never Give Up) technology. The conversation shed light on a series of crucial developments in early May, signaling that the long-delayed commercialization of the E-Cat, with confidence, will be distributed in 2025.
Takeaways from the Interview
Successful Prototype Testing With New Partners
Rossi reported a series of successful tests with his new partners over several days, specifically from May 4th to 7th, 2025. These tests took place in Rossi’s laboratory and involved prototype E-Cat NGU modules in various configurations:
“The modules were 10 watts each, but we tested assemblies up to a maximum of five kilowatts,” Rossi explained.
The modular approach, which the interviewer likened to “Lego bricks,” allows flexible scalability of the E-Cat NGU system, potentially enabling deployment in both small and industrial-scale applications.
Production and Delivery Timeline Confirmed
Following these successful tests, Rossi stated with increased confidence that deliveries of the E-Cat NGU should begin in 2025. This aligns with his previously stated goals but is now bolstered by detailed planning and new manufacturing arrangements.
“We discussed the production lines... and after all these meetings, we made a plan... Now I am more sure than I was before.”
This marks one of the first times Rossi has publicly committed to a concrete timeline with such confidence.
Focus on Manufacturing, Robotics, and AI Integration
Rossi emphasized that much of the meeting focused on manufacturing logistics, including robotics and artificial intelligence integration, which he says is significantly helping the development process.
“My contribution has been especially on the specifics of the manufacturing… the kind of robots we need… the application of artificial intelligence that I must confess is helping very much our work.”
This points to an ambitious plan to automate production and potentially scale up quickly if demand materializes.
A Collaborative Group of Partners
Rossi also clarified that his new "partner" is not a single company but a group of entities collaborating with him. While he didn’t specify names, this suggests a broader coalition of interest around the E-Cat NGU than in previous years.
Implications for the Future
If the E-Cat NGU delivers as promised, providing scalable, low-cost, emission-free energy, it will represent a transformative leap in energy production. Rossi’s claims have always been met with both intrigue and skepticism due to the controversial nature of LENR and a history of public demonstrations. However, this interview gives a rare inside look at a seemingly more grounded and structured phase of development.
Rossi’s emphasis on real-world testing, production planning, and the use of AI suggests a more pragmatic approach than in earlier phases of the E-Cat saga.
Publisher Note:
Andrea Rossi’s latest interview signals a potentially pivotal moment in the decades-long development of LENR technology. With successful tests, concrete manufacturing discussions, and projected product deliveries in 2025, the E-Cat NGU may finally be on the cusp of a commercial debut. As always, the energy community will be watching closely and critically to see if this technology lives up to its revolutionary potential.
New Fire Energy Inc.
Disclaimer
My family is in very early stages of constructing a power plant in Texas. I love the fact that modular construction of 1MW units and customizable arrays make it possible to scale up production.
I'm unsure how the 100,000 hour maintenance and cost of such would effect production or whether this work could be done on-site. The timing of the production of the E-Cat is critical
to the design and build of this plant. Perhaps I'm just dreaming. Unknown factors would keep me from considering anything other than a Natural Gas Turbo plant at this time.