Green hydrogen is positioned as one of the cornerstones of the global energy transition, thanks to its ability to generate clean energy and significantly contribute to the decarbonization of key sectors. Produced through electrochemical processes using renewable sources, this clean fuel eliminates carbon emissions, reducing dependence on fossil fuels and supporting climate goals worldwide.
At NUTAI, we are committed to this energy transition through cutting-edge technologies such as ELYGREEN H2, a test bench specifically designed for the research and optimization of fuel cells and electrolyzers. With this tool, we support the development of innovative solutions that increase the efficiency and viability of green hydrogen, driving its integration into sustainable energy systems.
Success Story: ELYGREEN H2
ELYGREEN H2, developed by NUTAI, is a reversible test bench specifically designed for electrochemical modules based on solid oxide technology (SOEC/SOFC). This system provides researchers and developers with an advanced and versatile platform to characterize cells under various operating conditions, optimizing their performance and efficiency in green hydrogen production and clean energy generation.
Elygreen H2: SOEC/SOFC Test Bench
ELYGREEN H2 addresses a critical need in the research and development of hydrogen-related technologies: the lack of advanced systems capable of simulating real operating conditions. This test bench allows for the analysis of solid oxide cells both in energy supply mode (electrolyzer) and demand mode (fuel cell), ensuring precise and reliable results.
With the capability to operate with a wide range of gases, including hydrogen, oxygen, steam, and even hydrocarbons, ELYGREEN H2 provides a flexible environment tailored to the specific needs of each research project.
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