• PEM/AEM Electrolyzer Systems: High-efficiency, low-cost, modular designs capable of supporting distributed deployment and large-scale demonstration projects.

• DAC Carbon Capture Units: Low-energy, modular solutions providing critical support for future negative-carbon technologies.

• CO₂ Conversion and Green Fuel Solutions: Covering methanol synthesis, methanation, and e-Fuel pathways, promoting full-chain applications “from emission reduction to carbon resource utilization.”

• Green Hydrogen Storage and Microgrids: Ensuring efficient consumption of renewable energy and stable output, enhancing overall energy system performance.

  

Electro-power-cell emphasizes that these exhibits are not isolated technological breakthroughs but are interconnected Power-to-X system solutions. The company provides complete energy system architectures rather than individual devices, which can be flexibly integrated into industrial parks, ports, transportation hubs, and distributed energy networks.

International Exchange: AEM and CO₂RR Generate Strong Interest

During the fair, Electro-power-cell engaged in intensive exchanges with companies and research institutions from Europe, the Americas, and Asia. In particular, discussions with the Michelin team focused on anion exchange membrane (AEM) technology, with strong interest in the application of AEM electrolyzers in CO₂ electroreduction (CO₂RR).

This interaction goes beyond booth-level engagement, demonstrating how leading international enterprises are exploring the integration of hydrogen energy and carbon utilization technologies into their industrial chains and decarbonization strategies. Electro-power-cell’s modular and systematic platform connects the full chain of hydrogen production – carbon capture – fuel synthesis, providing plug-and-play integrated solutions.

Industry Significance: From Single-Point Innovation to System Implementation

The global new energy industry currently faces two major challenges:

1. Industrialization of technological breakthroughs — Improving a single device’s efficiency is insufficient to support large-scale applications.

2. Cross-domain system integration — Hydrogen, carbon, fuel, and electricity must form a closed loop to achieve economic viability and sustainability.

Electro-power-cell’s showcase at the fair demonstrates that system innovation is the true competitive moat for enterprises. By modularly linking water electrolysis hydrogen production, DAC, CO₂RR, and green fuel technologies, the company provides pathways toward domestic dual-carbon goals and replicable commercial models for international markets.

Future initiatives include:

• R&D: Continued investment in AEM technology, CO₂RR electrolyzers, and other core areas to overcome material and process bottlenecks.

• Industrial Deployment: Implementing skid-mounted PtX solutions in industrial parks, factories, and transportation scenarios.

• Collaboration: Joint development and application validation with international partners, exploring opportunities in Europe, the Middle East, and Latin America.

• Strategy: Aligning with the “30% non-fossil energy share” and global carbon neutrality commitments, driving deep energy revolution through system innovation and industrial deployment.

Electro-power-cell Energy Technology will continue to focus on green hydrogen, water electrolysis hydrogen production, and green energy technologies, partnering with global stakeholders to advance a low-carbon future.