The company HE3DA s.r.o. is engaged in applied research and development of battery technologies and their marketing. It has developed the technology and process of manufacturing batteries with 3D spatial electrodes based on the HE3DA® lithium nanomaterials.
Advantages of the HE3DA technology
HE3DA® is not just a single battery, but a new technology platform. The use of current active materials at the nano level and innovative design solutions of battery cells enable much greater thickness of electrodes up to 2 mm and much larger cells up to a capacity of 100 kWh. The main competitive advantages of the HE3DA technology include:
Size of one cell
The cell size is up to 100 kWh
Long service life
The service life is more than 5,000 cycles.
High level of safety
Recyclability
An important advantage is also the 100% recyclability of the battery cell at the end of its service life. The cell can be easily disassembled, the materials separated and reused.
Universal use of the HE3DA batteries
The HE3DA technology allows flexible cell design with parameters that correspond to the intended use (capacity, charging and discharging time, price, volumetric capacity, shape, etc.).
Lower costs
Compared to the 2D lithium batteries, the HE3DA batteries have significantly lower production costs, even compared to other alternative technologies.
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RECYCLABLE
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EFFICIENCY ABOVE
Use of the HE3DA technology
Energy industry
Automotive industry
Astronautics and aeronautics
HE3DA news
6th anniversary of HE3DA battery installation in Nevada, USA
The seventh year of HE3DA battery storage at Camp David (Gerlach, Nevada) has just begun. Our installation of HE3DA batteries saves money and the environment. In these extreme conditions, the owners...
HE3DA® technology is now patent protected until 2042
With the official granting of the patent for the HE3DA nano-ceramic separator, which came into force on 31 January 2024, the entire lithium cell technology is also protected, as this separator is an...
HE3DA batteries successfully power the Czech polar station in Spitsbergen
HE3DA batteries, developed in 2021, have become a key power source for the Czech Polar Station in Spitsbergen. These batteries represent the first prototypes that have been specifically designed for...