SOLUTIONS

Tailored energy architectures for each orbit—from near-Earth orbit to deep space probes, mission-optimized power system design.

Solar Cells

GaAs-based solar panels engineered for LEO, MEO, and GEO orbits — delivering exceptional adaptability to space environments, extended lifespan, and high reliability across all mission profiles.

Typical Performance Data

Multiple substrate options — Al honeycomb + CFRP, PCBs, and Al — each customizable to mission requirements. 8-year lifetime for low orbit, 15-year for high orbit.

Al Honeycomb + CFRP

Power per mass 88 ~ 125 W/kg

Mass per area 2.0 ~ 3.2 kg/m²

PCBs

Power per mass 65 W/kg

Mass per area 3.5 kg/m²

Power per mass 38 W/kg

Mass per area 7.3 kg/m²

Customizable substrates. Strong space environment adaptability. Long life and high reliability across LEO, MEO, and GEO orbits.

Flexible Solar Array Wings

Two categories — stacked and roll-out — designed for next-generation large-scale networked satellites, scientific experiments, and deep-space exploration, offering high stowage efficiency, ultra-lightweight design, and modular scalability.

Lightweight

Compared with traditional rigid solar array wings, the system-specific power can be improved by 20%–175% at the same power level.

High Stowage Efficiency

Compared with traditional rigid solar array wings, the volumetric power density can be increased by more than 8 times at the same power level.

Modularization

Modular design allows platform scalability and facilitates mass production of standardized products.

Product Types

Stacked Flexible

Applicable Platform kW / 10 kW-class

Power per mass 100 – 120 W/kg

Mass per volume 15 – 20 kg/m³

Roll-out Flexible

Applicable Platform kW / 10 kW-class

Power per mass 120 – 180 W/kg

Mass per volume 20 – 30 kg/m³

Typical Applications

Stacked Flexible

High-efficiency networking satellites for large-scale constellation deployment — meeting the requirements of mass production, batch launches, and networked deployment.

Roll-out Flexible

Spacecraft for scientific experiments, deep-space exploration, and lunar base applications — offering compact size, low weight, and high energy efficiency.

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