Energy storage

Energy transition:
The future of energy

In modern society, energy plays a fundamental role, from powering our homes and businesses to driving industry and transportation. This dependence is reflected in a growing demand that has led us to seek reliable and sustainable energy sources. However, one of the main limitations in this field is energy storage. In this regard, nanomaterials have emerged as a promising solution. It has been shown that these materials can significantly improve storage capacity and charge and discharge efficiency in devices such as batteries.

Advanced storage using nanotechnology

The development of cathodes doped with our nanomaterials offers innovative opportunities for lithium-ion batteries (Li-ion), which are widely used in portable electronic devices, electric vehicles, and stationary energy storage. By doping LiFePO4 cathodes with our nanomaterials, a synergy is created between the different materials composing the cathode, allowing for increased energy storage capacity, improved battery life, and reduced charging times.

The key lies in our nanomaterials

At Nanomate, we offer a variety of unique and innovative nanomaterial solutions. Our extensive knowledge and experience in dispersion and material characterization allows us to design and develop tailor-made nanomaterials with specific properties that are suitable for multiple applications. Thanks to these advances in nanotechnology and nanoscale materials, lithium-ion batteries and other energy storage devices are expected to become more efficient, compact and affordable, which will contribute significantly to meeting the growing energy demand and promoting a more sustainable future.

Supercapacitator | Nanomate
Operational benefits

- Lithium reduction.
- Optimization of synthesis parameters.
- Cost-effective production in furnaces.

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Vehiculo electrico | Nanomate
Product improvements

- Increased electrical conductivity.
- Reduction of impurities.
- Reduction of the synthesis temperature (↓100°C).
- Reduction of synthesis time (↓2h).

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Applied versatility

Electric vehicles
Energy storage
Portable electronics & telecommunications
Maritime vehicles