Ultra-lightweight design
Advanced materials selected to maximize power performance without carrying unnecessary mass.
TECHNOLOGY / SOLAR WINGS
Solar Wing Technology
Revolutionary solar-wing systems that deliver maximum power generation with minimal mass and volume.
KEY FEATURES
One integrated power architecture.
From materials and cells to structure and deployment, every layer is designed around the mission as a whole.
High power density
Mission-focused architectures designed for industry-leading output per unit mass.
Advanced deployment
Compact, reliable mechanisms shaped around launch volume and on-orbit geometry.
Radiation resistant
Material and cell strategies developed for demanding space radiation environments.
Modular architecture
Scalable solar-wing configurations for a wide range of spacecraft missions.
REFERENCE CONFIGURATION
Designed against demanding mission targets.
Reference values shown in the supplied design direction. Final performance is configured and verified for each mission.
- Power output
- Up to 15 kW
- Specific power
- > 500 W/kg
- Efficiency
- > 32%
- System mass
- < 30 kg
- Deployment time
- < 5 minutes
- Operating range
- -120°C to +120°C
ENGINEERING APPROACH
From mission profile to deployed power.
Define the environment
Map orbit, radiation, thermal cycles, launch loads, pointing, and end-of-life power needs.
Shape the architecture
Balance cells, substrate, structure, interconnects, stowage, and deployment geometry.
Qualify the system
Test, refine, and support integration so the final system performs as designed.