Dynelectro Secures €11M for SOE Technology Advancements

Dynelectro Secures €11M for SOE Technology Advancements

Luisa Martinez
2 min read

Dynelectro Secures Major Investment for Green Hydrogen Technology

Dynelectro, a Danish green hydrogen company, has successfully secured an impressive €11 million in an investment round. This groundbreaking initiative aims to propel the company towards the forefront of sustainable energy solutions, effectively contributing to global efforts in reducing carbon emissions and promoting green technology. The company is focused on revolutionizing the energy industry through its innovative approach to hydrogen production and utilization.

Key Takeaways

  • Dynelectro secures €11 million for green hydrogen tech.
  • Solid-Oxide Electrolysis (SOE) technology offers high efficiency but faced short lifespan issues.
  • Dynelectro extends SOE lifespan to 10 years, reducing costs.
  • Investment includes Yara Growth Ventures and European Investment Bank.
  • First 1-MW unit installation set for 2025, funded by €9 million in grants.


Dynelectro's successful funding round signifies a pivotal moment for the advancement of green hydrogen adoption. This development holds significant promise and potential to shape the future of global hydrogen markets, igniting a wave of transformation in energy investment trends. The extension of the SOE lifespan by Dynelectro serves as a crucial solution to previous technological limitations, thus enhancing decarbonization efforts and paving the way for accelerated development in the production of Advanced Electrolyser Units. These strides will lead to tangible short-term benefits through the installation of a 1-MW unit in 2025, as well as long-term impacts that foresee broader industry integration and reduced carbon footprints.

Did You Know?

  • Solid-Oxide Electrolysis (SOE):
    • Explanation: Solid-Oxide Electrolysis is a technology used to produce hydrogen through the electrolysis of water. Unlike traditional methods, SOE uses a solid oxide, or ceramic, electrolyte to facilitate the reaction, which is more efficient and can utilize industrial waste heat. This makes it a key technology in the transition to green hydrogen, a clean energy source.
  • AC:DC Technology:
    • Explanation: AC:DC technology in the context of Dynelectro refers to a proprietary method that enhances the lifespan and efficiency of solid-oxide electrolysis cells. This technology likely involves the management of alternating current (AC) and direct current (DC) within the electrolysis process, optimizing energy flow and reducing wear on components, thereby extending the operational life of the electrolysis units.
  • Dynamic Electrolyser Unit (DEU):
    • Explanation: A Dynamic Electrolyser Unit is a specific type of electrolysis system developed by Dynelectro. These units are designed to be scalable and modular, allowing for flexible deployment and integration with renewable energy sources. The term "dynamic" suggests that these units are capable of adjusting their operations in real-time to optimize hydrogen production based on energy availability and demand, making them highly adaptable for grid balancing and other applications.

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