SUPER CAPACITOR - new materials for tomorrow's energy storage

What it's about

Supercapacitors charge in seconds and survive tens of thousands of cycles - yet their limited energy density narrows their use. Where batteries are too slow and too sensitive, better supercapacitors could make the difference.

SUPER CAPACITOR researches novel ferrite-polymer materials to achieve a leap precisely here. The way there leads through many experiments - and through the question of how to draw the right conclusions from their data faster.

What makes it special

Materials research with a clear application horizon: more capable, durable storage for mobility, industry and the grid - developed in Europe, for European value creation.

Where it works

The consortium includes, among others, the University of Glasgow - excellent materials research, combined with applied development.

What Xient brings

As partner, Xient brings the data-driven side: from the structured analysis of materials experiments to models that shorten development cycles. This is data & analytics and artificial intelligence in the service of research - the same methodology with which we turn data into reliable decisions faster in companies.

From research into your value creation

In materials research, too, how cleverly you handle data increasingly decides. We bring this competence - data & analytics and traceable AI - from such projects back into our clients' practice.