‘’I extend my sincere gratitude for your belief in our vision and commitment to a cleaner, greener tomorrow. Your investment has been key in propelling us forward, and we are honored to have your support.
Your trust in H2Electro’s mission to revolutionize clean hydrogen technology inspires us to continue innovating and driving positive change in the world. If you are considering further investment or have any inquiries, please do not hesitate to reach out. Your partnership is crucial to our success, and we value the opportunity to discuss any future collaborations with you.
Thank you once again for your confidence in H2Electro. Together, we are pioneering a brighter, more sustainable future for all.’’
Henrik Hal
CEO & Board Member & Co-Founder of H2Electro
GRANTS
![](https://h2electro.com/dev/wp-content/uploads/2024/03/xrp-grants-2-145x145.jpg)
XRP
H2Electro received a grant from the XRP Ledger Foundation to develop the technology.
Grant amount: €190,000
![](https://h2electro.com/dev/wp-content/uploads/2024/03/eas-kredex-145x145.jpg)
RUP - the program for applied research:
Project: Development of a scalable high-temperature electrolyser single cell production methodology with AC:DC operation.
Grant amount: €1,768,520
Content: H2Electro (Estonia) and DynElectro (Denmark) are hydrogen deep technology start-ups, both developing complementary technologies that will largely help eliminate the degradation that currently limits the lifetime of solid oxide electrolysis cells. The goal of the RUP project is that H2Electro’s and DynElectro’s technologies limit the cell voltage increase to 0.5% within 1000 hours at 0.5A/cm2.
![](https://h2electro.com/dev/wp-content/uploads/2024/03/etag-grants-145x145.jpg)
SEKMO - Cross-Sectoral Mobility Measure
Project: Solid oxide electrolysis cell stack design and production-ready implementation (T1, Energy)
Grant amount: €49,050.96
Content: This project supports H2Electro’s broader goal of making hydrogen production greener using solid oxide electrolysers. The project will develop a ground-breaking stack design using state-of-the-art modeling techniques and electrochemical experiments. The innovative stack design increases it’s efficiency, durability and sustainability thereby significantly reducing the CO2 and SOx emissions from hydrogen production.
![laura](https://h2electro.com/dev/wp-content/uploads/2022/02/laura.jpg)
Laura Sipelgas
Investor Relations Manager
laura@h2electro.com
+372 5426 0009