Shaping the new world

Disrupting technology energy storage systems for a sustainable challenge

Carbon nanomaterials,

Li and Co Free, Recyclable

Sodium ion batteries together nanomaterials technology breakthrough

Safety, Durability

We redefine energy storage by utilizing nanomaterials that enhance efficiency and extend battery life. Our commitment is to create a cleaner, more sustainable energy future

& Green Innovation

Living in

Our R&D department is continuously advancing to enhance the capacity and performance of our storage systems by optimizing the chemistry and molecular composition of core materials. We are working to eliminate technical barriers, enabling us to significantly reduce the volume and weight of our batteries.

the future

Continuous improvements

Among our upcoming challenges there are projects among which we highlight anode-free storage systems. Seeking excellence will take us to the forefront of storage technology.

Stay hungry,

Stay hungry,

stay foolish

stay foolish

Green deal

Our sodium-ion batteries utilize advanced carbon-based nanomaterials to deliver a powerful, sustainable energy solution. Crafted with responsible nanotechnology and made from abundant, non-toxic elements, they are designed for high performance. By prioritizing the health of the planet, we create energy storage that respects and protects Earth’s natural resources.

Thor Anode with Carbon-Based Nanomaterials

The high surface-to-volume ratio and short diffusion paths typical of nanomaterials provide a solution to simultaneously achieve high energy and power density.

Thor Dry Electrolyte

This electrolyte for sodium-ion batteries enhances charge speed, ensuring faster energy storage, while providing improved safety and stability for a reliable and sustainable solution.

Brand values

Sustainable Innovation

Committed to developing technologies that not only enhance energy efficiency but also respect and protect the environment.

Future Vision

Anticipating the future needs of the market, leading the transition to more sustainable energy storage systems.

Circular Economy

The materials used in our products can be recycled or reused, contributing to waste reduction and resource optimization.

Backwards

Since 2022, we have embarked on a journey of R&D in nanomaterials and sustainable technologies, driven by the curiosity of those who believe in a better future. Today, we create sodium-ion batteries using cutting-edge, disruptive technologies, guided by nanotechnology and sustainability as our compass to shape a more efficient and connected world.

Sodium-Ion Batteries

Energy storage systems that use sodium ions, a sustainable and abundant alternative lithium.

Nanomaterials for energy storage

Advanced materials that improve the capacity, durability, and efficiency of batteries at the nanometric level.

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Granted Patents

Registered patents that reflect our innovation capability in energy storage technologies.

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Weight and Volume Reduction

Our batteries and energy storage systems are 40% lighter and more compact than conventional technologies, making them easier to transport, install, and use in a wide range of applications.

Technology and Sustainability

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Recyclable Materials

The proportion of materials used in our products that can be recycled, contributing to a lower environmental impact.

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Years of Experience in the Industry

Time dedicated to the development and improvement of energy solutions since the foundation in 2022.

Contact us

Reach out to us for inquiries about our services, partnerships, career opportunities, or general questions—we're here to connect

Our Blog

Exploring Innovations and Sustainable Solutions in Energy

Leverage our research expertise to develop advanced solutions that transform
Discover why sodium-ion batteries are the sustainable alternative that replaces
Explore how nanomaterials are revolutionizing energy storage, enhancing capacity, durability,