DILICO GmbH reports that the total current alone cannot reveal how uniformly a design performs under relevant operating conditions.
Published
Signal category
Research & Knowledge
Quote
“Serpentine, parallel, and interdigitated flow fields influence reactant distribution, water management, and pressure drop in different ways. But the total current alone cannot reveal how uniformly a design performs under relevant operating conditions.”
— DILICO GmbH team
Company
DILICO GmbH
Mastering Cell Performance
- Industry
- Renewable Energy Semiconductor Manufacturing
- Location
- Magdeburg, DE
- Company size
- 11 employees
DILICO Engineering develops measurement and diagnostic solutions for fuel cells and electrolysers. With precise data, we help make hydrogen technologies more powerful, efficient, and reliable. We support research institutions, development teams, and industrial companies in understanding cell and stack performance, identifying optimization potential, and accelerating innovation on the path to commercialization. DILICO – Mastering Cell Performance
Founded 2014