IE-SOAR Fuel Cell Modules Context

Market context

IE-SOAR is Intelligent Energy's lightweight hydrogen fuel-cell module family for fixed-wing, rotary-wing, and VTOL UAVs needing longer endurance than battery-only designs.

  • Target environment: UAVs, long-endurance drones, inspection aircraft, fixed-wing platforms, VTOL systems, and robotics power architectures where endurance is constrained.
  • Workflow context: UAV power generation, endurance extension, payload power, battery replacement, hydrogen refueling workflow, and aircraft power-system integration.
  • Customer context: Drone OEMs, aerial inspection providers, defense UAV teams, hydrogen-power integrators, and robotics developers needing longer missions.
  • Deployment model: Power module integrated into customer aircraft with hydrogen storage, cooling, battery buffer, controls, safety systems, and airframe design.
  • Commercial maturity: Commercial fuel-cell module family positioned for UAV power systems across multiple output levels.
  • Adoption constraints: Adoption depends on hydrogen logistics, aircraft integration, safety validation, certification, cost, payload tradeoffs, and refueling infrastructure.
  • Market position: Alternative power-system component for UAV and field-robot endurance.
  • Adjacent products: SiCore SA102 Battery Cell, LCC1200 Power Supply, Halo BVLOS Connectivity Platform

Audience

UAV makers

Workflow

UAV power generation, endurance extension, payload power, battery replacement, hydrogen refueling workflow, and aircraft power-system integration.

Deployment environment

UAVs, long-endurance drones, inspection aircraft, fixed-wing platforms, VTOL systems, and robotics power architectures where endurance is constrained.

Specifications

  • Fuel Type: Hydrogen and ambient air
  • Fuel Cell Power Range: 800 W to 2.4 kW module range; modules can be combined in parallel for higher outputs
  • Battery Replacement: 6S to 16S compatible direct battery replacement positioning
  • Applications: Fixed-wing, rotary-wing and VTOL UAVs; mapping, LiDAR, linear inspection and defence use cases
  • System Redundancy: Single-point-failure tolerant with built-in power-system redundancy

Family specifications

  • IE-SOAR 800 - Nominal Power: 800 W
  • IE-SOAR 1.2 - Nominal Power: 1.2 kW
  • IE-SOAR 2.4 - Nominal Power: 2.4 kW

Tags

  • Peer Group: Power Module, Fuel Cell Power Modules
  • Workflow: Robot Power Delivery
  • Capability: Fuel Cell Power
  • Stack Layer: Power Layer

Comparable Systems

View IE-SOAR Fuel Cell Modules overview