TRANSFORMING ENERGY FOR NEXT GENERATIONS

Weight per kWatt

LeanEcoCell Fuel Design has the capacity to produce a high level of power per gram

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Volume per kWatt

We are still refining the volumetric power capacity, but as of today, LeanEcoCell's potential stands at:

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% Efficiency

LeanEcoCell Fuel Cells are quite efficient. It transform fuel to power with high efficiency

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Innovative Fuel Cell Designs:

Leanecocell develops innovative fuel cell technologies engineered by its own team.

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Membrane Technology:

LeanEcocell has proprietary formulas for membranes used in its fuel cells. With these special formulas, it produces membranes with less permeable, long lasting, and fuel effectiveness

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Methanol/Ethanol Production:

Utilizing its developed fuel cells, our company is working on systems for the production of green fuel. 

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Consultancy for Customization: 

We provide consultancy services to design fuel cells that best suit the working conditions and energy needs of our customers in their respective industries.

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Fuel Cell Applications

At LeanEcoCell, we design and manufacture next-generation micro fuel cells to power a wide range of applications including sensors, IoT devices, wearable electronics, lightweight vehicles, unmanned ground and aerial vehicles, and advanced robotics. Our modular and refillable fuel cell technology offers a sustainable alternative to traditional batteries, enabling longer operational life, reduced maintenance, and lower environmental impact. By integrating green e-methanol solutions into compact form factors, we help our partners unlock new possibilities in mobility, automation, and smart infrastructure.

Co-funded by
European Union 

“Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or EISMEA. Neither the European Union not the granting authority can be held responsible for them”. 
“The research and development leading to these results has received funding from the European Union Single Market Program “E-BOOST project” under Grant Agreement 101074381.”