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ECOCITOR DEVELOPS ENERGY SOLUTIONS FOR MODERN TIMES

ECOCITOR invents and develops unique materials for energy applications, using the last discoveries in nanotechnology and clean energy storage. Our technology stores more electricity, faster and at a more efficient cost. The applications of our new breakthrough supercapacitor designs and materials range from common electronic devices to cars, drones, robotics, large-scale facilities, or even planes and spaceships.

 

Faster

Supercapacitors can be charged thousands of times quicker than conventional batteries

Stable

No dangerous leaks. No swelling.

 

 

Economical

Up to 100 times more cost-efficient thanks to our unique techniques and recycled materials.

High-tech

Based on the last available breakthroughs, and constantly evolving at the cutting edge of science.

Durable

Batteries become unfunctional after 500-10,000 cycles. Supercapacitors can remain functional after 1 million cycles.

Sustainable

No lead, no lithium, no acid. Made from recycled materials.

Compact

Extreme miniaturization, ideal for advanced applications like drones, robotics, prosthetics…

New materials

Unique carbon-based nanomaterials for a new era in energy storage.

 

                ECOCITOR IS THE NEXT STEP IN                                               ENERGY STORAGE

With this technology, ECOCITOR is improving future supercapacitors and battery cells in terms of power, cost efficiency, recharging speed and sustainability, by helping create economically eficcient, high energy density devices capable of charging in mere instants. These devices could be used as a replacement for or in combination with traditional batteries for enhanced charging speed and durability.

 

 

 

Efficient

High power. High durability. Low maintenance.

Fast

Supercapacitors offer extremly short charging time when compared to other storage devices.

     Responsible

  Made from recycled, non-toxic materials.            Ideal  for renewable energy storage.   


APPLICATIONS

Santander Explorer 2021 participating project