AREAS AND GROUPS

Electrical Energy Storage

We develop advanced batteries and electrochemical devices by researching materials, cells, and prototypes to improve performance, sustainability, and storage capabilities in demanding energy applications.

Scope of R&D Activities

Reduction of raw materials

We incorporate secondary raw materials and strategies that reduce dependence on critical resources.

Eco-design

We develop cost-effective technologies, designed from the outset to facilitate recycling and reuse.

Bottom-up approach

We conduct research from the materials level up to their integration into devices and real-world applications.

Top-down approach

We start from application needs to guide the design, optimization, and validation of new materials.

Applications of our technologies

High-demand batteries

Solutions designed for specific applications requiring high performance.
Long-duration batteries

Technologies targeted at photovoltaic plants and large-scale renewable energy storage systems.
Applied eco-design

Batteries developed to reduce recycling costs and enhance life-cycle sustainability.
Second life

Solutions that extend battery lifetime to maximize value and reduce waste.

Líneas de Investigación

Flow batteries

Advanced flow batteries for flexible, safe, scalable, and reliable energy storage.

Hybrid supercapacitors

Hybrid supercapacitors based on sustainable biomass-derived carbons for efficient storage.

Micro/supercapacitors

Micro and high-power supercapacitors for devices requiring fast and reliable charging.

Sodium and potassium ion batteries

Sodium and potassium ion batteries as sustainable and competitive alternatives for energy storage.