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Startup · Czechia

Atomiver S.r.o

HQ CzechiaUpdated

Atomiver is supplier and developer of high energy high power density GN3 graphene material suitable for active electrodes of supercapacitors

StartupAdvanced manufacturing and materialsPower, grids and energy storage
Website
Systems
1
Capabilities
2

Systems1

  • SC-GN3A nitrogen-doped graphene material being developed for energy-storage electrodes and other applications.
    —

Newest unveiled first. Systems that belong to a government program link to the program page, where variants, costs and contracts are.

Capabilities2

  • Advanced manufacturing and materials
    Developer
    classify_sectors run 37, haiku, taxonomy 2026-10-18b: Supplies graphene electrode material for supercapacitors, which is energy storage, with no defense use stated.
    —Reported
  • Power, grids and energy storage
    Developer
    classify_sectors run 37, haiku, taxonomy 2026-10-18b: Supplies graphene electrode material for supercapacitors, which is energy storage, with no defense use stated.
    —Reported

Maturity and TRL describe this organization's work; the field-wide maturity is on each technology's page.

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Sources3

Profile2

  1. 1
    CompanyHome - Atomiver

    Atomiver S.r.o · Supports Organization · description, Organization · name, Organization · website

    “Atomiver is supplier and developer of high energy high power density GN3 graphene material suitable for active electrodes of supercapacitors”
  2. 2
    DatabaseSixth-Domain public startups directory

    Sixth-Domain · Supports Organization · country, Organization · kind

    “{"country": "Czech Republic", "hq_iso2": "CZ", "id": "4ec1aaca-3ddf-475e-828f-a056e5222e9c"}”

Systems1

  1. 3
    Companymajor milestone achieved in scaling up synthesis of nitrogen doped graphene! - Atomiver

    Atomiver S.r.o · Supports System

    “SC-GN3 is a **nitrogen-superdoped graphene derivative** produced via patented fluorographene chemistry. It combines graphene’s high conductivity with diamond-like structural features, achieving exceptional **energy and power density**when used in supercapacitor electrodes. Beyond energy storage, this material offers promising potential for **hybrid energy systems, micro-mobility, and aerospace applications**.”

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