DP30M2S
Powerpack

Ultralight fuel cells
provide high energy output

For bipolar plates, which take up the largest portion of the stack’s weight, we applied ultrathin metal developed with our proprietary technology and successfully reduced the total weight.

A key material used in the stack is MEA (Membrane Electrode Assembly). This enables high energy output and durability for our fuel cell Powerpack.

And thanks to the design of the stack structure, which maintains even energy output among cells, high energy output of the fuel cell Powerpack remains stable during flight.

Compatible to various drones

With proper customization of the airframe, Doosan's fuel cell Powerpacks can be integrated to different types of drones for long endurance. Upgrade your drone's specification with DP30M2S!

The DP30M2S is a clean solution
for infrastructure inspection
and public safety

Doosan's 2.6kw DP30M2S powerpack emits no harmful chemical other than water. As its main source of fuel is hydrogen, DP30M2S by itself promotes clean and green energy.

Hybrid battery system

Due to load variation of mobile fuel cell technology in times of landing or ascending, we integrated hybrid system with batteries. In times of operational problems, hybrid batteries will act as redundancy to enable emergency landing.

Powerpack monitoring

DMI’s View App allows users to monitor powerpack condition such as voltage and amperage. With DMI Dashboard homepage, users can check powerpack data and remaining hydrogen in real-time.
With the View App, drones will stop over at a nearby landing point or return to a home point when hydrogen runs low, helping to guarantee a safe flight experience.

Total One-in-all System

DMI's powerpack is made up of highly technological, comprehensive system: ventilation fan for cooling, power board for controlling stack output, internal sensor for obtaining powerpack data, and fuel cell stacks. The stacks and fans are each paired as dual system, enhancing reliability.