Aerospace Applications
Emissions free above the clouds
Contemporary aircraft are equipped with numerous onboard batteries, employing the same lithium-ion technology found in mobile phones and laptops. Past experiences reveal a propensity for thermal collapse in these batteries, leading to overheating, melting, and the initiation of combustion.
nanoFlowcell® provides enhanced safety in highly sensitive and safety-critical applications, such as aviation, where thermal runaway is technically impossible. In the near future, nanoFlowcell® has the potential to permanently replace unstable lithium-ion batteries in aircraft, offering a significant boost in operational safety without compromising performance.
As an energy storage medium, nanoFlowcell® can power onboard aircraft devices and serve as an emergency power supply for onboard generators.
In smaller applications like quadcopters, nanoFlowcell® generates clean drive energy. In professional contexts related to unmanned transport and freight drones, the autonomous bi-ION® refueling system ensures virtually uninterrupted operation, with a particular focus on eVTOL (Electric Vertical Take-off and Landing) aircraft. These innovative electric aircraft, which combine the benefits of helicopters with reduced noise and emissions, can take off, hover, and land without the need for traditional runways. Their versatility makes them well-suited for applications in urban air mobility, supply chain efficiency, and emergency response.
Electrically powered drone applications and eVTOL aircraft equipped with a nanoFlowcell® energy system guarantee enhanced safety, reliability, and ease of maintenance.
Aerospace Applications
The benefits of nanoFlowcell® technology
Improved energy effiency, longevity, immunity to deep discharge
Extended range
Zero emission
Not harmful to health or the environment
Thermal collapse impossible, neither flammable nor explosive
Lower operating costs
Reduced Noise Pollution
New type of travel (point-to-point)