Product overview
The Doosan Mobility Innovation DM15 supplies fuel-cell power for integration into drones, robots and motorcycles. Its compact module architecture combines fuel and cooling control with an internal 140mm fan and heater. A DC/DC full converter regulates voltage changes associated with fuel-cell load variation. During overpower, the regulator board induces battery discharge to control output and protect the drone from 60V high voltage. DJ25 is an identified application example for the module.
Integration must accommodate a 275 × 260 × 170mm envelope, specified in width, length and height order. The stated 8.0kg weight includes a hydrogen tank, but the purchased powerpack excludes that replaceable tank. Rated output is 1250W at 50 ± 2V, with hydrogen consumption of 14NLPM at rated output and hydrogen purity of 99.99%. Operating and storage limits are both 0~40°C and RH 30~95%. The 1000-hour or one-year warranty applies within the operating temperature and humidity range.
Specifications
| Specification | Value & conditions |
|---|---|
| Manufacturer and model | Doosan Mobility Innovation DM15 |
| Product type | DM15 fuel cell power module |
| Applications | Compact power module for mobility applications including drones, robots and motorcycles. |
| Rated power | 1250W |
| Output voltage | 50 ± 2V |
| Dimensions | 275 × 260 × 170mm (W × L × H) |
| Weight | 8.0kgHydrogen tank included in the stated weight. |
| Operating humidity | RH 30~95% |
| Operating temperature | 0~40°C |
| Warranty | 1000 hours or 1 yearWithin operating temperature and humidity range. |
| Hydrogen consumption | 14NLPMBased on rated output. |
| Storage humidity | RH 30~95% |
| Storage temperature | 0~40°C |
| Hydrogen purity | H2, 99.99% |
| Hydrogen tank supply | Hydrogen tank is excluded; the tank is replaceable.When purchasing the powerpack. |
| Thermal management | Temperature-control algorithm coordinates fuel and cooling; the module contains a 140mm fan and a heater. |
| Voltage regulation | DC/DC full converter controls voltage swings caused by fuel-cell load variation.During fuel-cell load variation. |
| Battery-assisted output control | Regulator board induces battery discharge to control output and protect the drone from 60V high voltage.During overpower. |
| Application example | DJ25 |
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