Mobile Energy Storage Container High-Pressure Type for Unmanned Aerial Vehicle Stations

NEOEx Systems

Our UAV liquid hydrogen energy storage technology combined with fuel cell produced electrical power is scalable from small commercial drones operating at less than 55

Hydrogen Drones, Fuel Cells & Aircraft Propulsion | Hydrogen

The Hydrogen Refueling Trailer is an automated system that supports hydrogen-powered UAVs, provides refilling of high-pressure storage cylinders, as well as remote production of hydrogen

Cella Energy Generators

Using hydrogen to power an unmanned aerial vehicle. Harnessing hydrogen to power an unmanned aircraft led Cella Energy to work with GX to develop two different gas generators to

Hydrogen storage container of hydrogen-powered unmanned

Preferably: the micro-pipe is a hydrogen storage container of an independent unit, and the hydrogen storage container in the shape of the micro-pipe is placed in the center of the...

Hydrogen UAV | Fuel Cells for Unmanned Aerial Vehicles

With significantly higher energy density than batteries, IE-SOAR™ fuel cell systems enable UAVs to fly up to three times further on a single tank of hydrogen compared to an equivalent battery

Improving small unmanned aerial vehicle flight endurance with

Hydrogen can be stored as a compressed gas (CH 2) in pressure vessels or as a liquid (LH 2) in cryogenic vessels (Dewars). For small UAVs or short flight duration, CH 2 is

Blueflite to Develop Hydrogen Storage for UAVs Using Advanced

Drone logistics company Blueflite is set to embark on a new project to develop hydrogen storage tanks for unmanned aerial vehicles (UAVs). This initiative, supported by the

Austrian Blueflite to develop a lightweight, high

The collaboration will see Blueflite® leverage Charles Darwin University''s (CDU) innovative additive manufacturing capabilities,

Experimental Study on a Liquid Hydrogen Tank for

To reduce the mass and volume of the tank compared to high-pressure gas storage, cryogenic storage of hydrogen is employed. Hydrogen gas is liquefied by cooling it below −253°C.

HYDROGEN STORAGE SYSTEM DESIGN: CASE

In the present study, the H2 vessel parametric model is described, validated, and applied to two case studies: a regional aircraft (ATR) and an Unmanned Aerial Vehicle (UAV).

Austrian Blueflite to develop a lightweight, high-pressure,

The collaboration will see Blueflite® leverage Charles Darwin University''s (CDU) innovative additive manufacturing capabilities, including the use of an industrial robot with

Blueflite to Develop Hydrogen Storage for UAVs

Drone logistics company Blueflite is set to embark on a new project to develop hydrogen storage tanks for unmanned aerial vehicles

Hydrogen storage container of hydrogen-powered unmanned aerial vehicle

Preferably: the micro-pipe is a hydrogen storage container of an independent unit, and the hydrogen storage container in the shape of the micro-pipe is placed in the center of the...