Fuel Cell / Hydrogen

Pulsenics and Endua to Deploy AI-Powered Electrolyser Monitoring for Green H2 – Skipping the Grid 

An innovative project in Australia project will connect hydrogen electrolyser stacks directly to solar farms, skipping the grid entirely and eliminating infrastructure costs. Combining the pulse probe hardware of Pulsenics and on-site hydrogen electrolysis stacks from Endua, the project is described by the partners as the first commercial deployment of AI-driven electrochemical impedance spectroscopy in green hydrogen production.

Enabling real-time monitoring under intermittent power conditions, improving reliability, predictability and lowering costs, the project is designed to help de-risk investment decisions by providing data on uptime, degradation and performance guarantees.

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Fuel Cell / Hydrogen

Elcogen Opens Plant in Estonia for Manufacturing SOFC & Electrolyser Components 

Elcogen has opened a new state-of-the-art manufacturing facility on the outskirts of Tallinn, Estonia, positioning the company as one of Europe’s largest manufacturers of high-efficiency solid oxide fuel cell (SOFC) and electrolysis (SOEC) technology. Called Elco I, the 14,000 m² facility jumps Elcogen’s production capacity from 10 MW to 360 MW for components – cells, stacks and modules – that are integrated into third-party systems for a wide range of applications including distributed energy, off-grid and stationary power, industrial backup, green hydrogen production and Power-to-X solutions.
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e-Power

Breakthrough Superconducting Motor from Toshiba Being Applied to Hydrogen Flight with Airbus; Ships & Space Envisioned Next 

As the aviation industry works toward the ambitious goal of net-zero CO2 emissions by 2050, the shift to sustainable aviation fuel such as hydrogen is gaining momentum. However, truly effective reductions in the environmental impacts of aviation likely require innovation that goes beyond fuel to embrace the entire aircraft system.  […]

e-Power

Research on Transforming Production Technology Enters Second Phase  

Research project EA 2.0 in Germany aims to further develop the electric drive to create sustainable and high-performance solutions for industry and the environment through more efficient manufacturing, reduced material and energy consumption as well as increased power density. Innovation in magnets and manufacturing process play key roles. Applications in hydrogen production and compression could be a beneficiary.  […]