Presentation

Noda Technologies develops advanced sensing and control systems that bring real-time observability to aluminium electrolysis, making one of the world’s most energy-intensive processes ready for the flexible, renewable-powered grid.

Noda Technologies develops advanced sensing and control systems that bring real-time observability to aluminium smelters, transforming them into intelligent, energy-flexible assets within the power grid. Our patented anodic current-sensor platform captures the cell’s internal state—its kinetic and thermodynamic behaviour—enabling predictive control and safe adaptation to variable energy conditions.

This innovation future-proofs one of the world’s most energy-intensive industries. By improving process predictability, safety, and workforce efficiency, it helps smelters prepare for a more dynamic energy landscape shaped by electrification, new baseload competitors such as AI datacentres and semiconductor manufacturing, and evolving grid interconnections.

By linking industrial competitiveness with energy-system resilience, Noda Technologies supports a more balanced and efficient electrified society. The approach strengthens operational stability, reduces risk, and builds readiness for upcoming flexibility and Environmental, Social and Governance (ESG) frameworks.

Noda Technologies is currently developing and validating its technology in Sweden and preparing short, paid Proof-of-Concept collaborations with aluminium producers and grid stakeholders. We welcome strategic partnerships that explore the intersection of industrial flexibility, renewable integration, and market design—from joint proof-of-concept business-case validation to pilot demonstrations and international research initiatives.