Nugen

Resilient, Zero-Emission Onsite Power for AI-Scale Data Centers and Critical Infrastructure

Energy Tech
Private

Company Overview

Snapshot

Founded in October 2023 by Eyal Shalom, Prof. Alex Schechter, Prof. Idit Avrahami, and Evgeny Gamerman, Nugen operates with 1–10 employees. The company has raised $4.2 million across three funding rounds from Next Gear Ventures. In September 2025, Nugen secured a seed funding round.

Business overview

Nugen is developing distributed clean-energy infrastructure for data centers and critical infrastructure. The company utilizes a proprietary solid-state hydrogen platform to store, ship, and deliver power, addressing the growing demand for resilient onsite power as AI-driven load growth outpaces grid expansion. Nugen's technology provides long-duration, continuous power through compact, modular cartridges that are safe to handle and transport, eliminating the need for hydrogen pipelines, high-pressure storage, or cryogenic logistics. The platform scales from modular building blocks to multi-MW deployments, integrates with existing electrical infrastructure, and is designed for fast time-to-power in space-constrained and regulation-constrained environments. Nugen operates in the Energy Tech sector, focusing on renewable energy, data center efficiency, and critical infrastructure, with a business model that combines system deployments with recurring energy supply.

Company Intelligence Q&A

What is Nugen's core technology?
Nugen's core technology is a proprietary solid-state hydrogen platform designed to store, ship, and deliver zero-emission power for data centers and critical infrastructure.
When was Nugen founded?
Nugen was founded in October 2023.
Who are the founders of Nugen?
Nugen was co-founded by Eyal Shalom, Prof. Alex Schechter, Prof. Idit Avrahami, and Evgeny Gamerman.
What is Nugen's approach to energy resilience?
Nugen provides long-duration, continuous power through compact, modular cartridges that are safe to handle and transport, avoiding the logistical challenges of traditional hydrogen storage and enabling resilient onsite power for critical infrastructure.