The E3000 G2 builds on the company’s existing E3000 platform and is redesigned to support repeatable industrial-scale rollout rather than bespoke, project-based deployment. Elcogen said the platform is intended to improve performance and support better economics for sustainable energy systems through higher-volume deployment and lower unit cost than the previous generation.

In SOFC mode, the platform can utilize hydrogen, biofuels, and natural gas for on-site power generation based on regional fuel availability. Elcogen said it delivers up to 75% electrical efficiency and up to 90% when waste heat is utilized.

In SOEC mode, the platform is designed for green hydrogen production using locally sourced renewable energy, with an efficiency of 33 kWh/kg. It operates at about 650–750°C, compared with 700–850°C for most conventional solid oxide technologies, which the company said allows the use of more cost-effective materials while supporting both hydrocarbon fuel utilization and electrolyzer performance.

The platform is designed as application-agnostic, allowing system developers and integrators to build solutions across multiple sectors. Elcogen identified data centers as one target application, alongside green steel production, ammonia synthesis, hydrogen-intensive chemical refining, residential heat and power, and off-grid EV charging.

Enn Õunpuu, CEO & Founder of Elcogen, said: “The time is right for this technology. Fuel combustion is inefficient and creates harmful pollutants. It’s time to consign the internal combustion engine to the history books.”

Õunpuu added: “With the E3000 G2, we have combined performance, durability, flexibility and manufacturability into a single platform designed for industrial deployment, giving partners the tools to adapt to their specific energy environments while scaling rapidly.”it. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.

Source:  Hydrogentechworld