MINDWAY’s TJ30 Triple-Junction GaAs Solar Cells feature a heritage upright lattice-matched structure with outstanding radiation resistance and industry-leading performance, boasting an average conversion efficiency of over 30% under AM0 test conditions (1353W/m², T=25℃). Engineered with a GaInP/GaAs/Ge base material and Ge substrate, paired with a high-performance TiOₓ/Al₂O₃ AR-coating, the TJ30 solar cells deliver stable electrical performance even under high electron fluence environments.
Available in standard sizes of 40.0mm×80.0mm, 60.0mm×120.0mm, 67.0mm×138.0mm (custom sizes are also supportable) with a thickness of 180±20μm and an average weight ≤110 mg/cm², the TJ30 is perfectly adapted for LEO, MEO, and GEO service orbits, with optional CICs supply for diverse space application needs. Its electrical performance remains robust after radiation exposure: at 1E15 e/cm² fluence, the bare efficiency still reaches 25.8%, with minimal attenuation of short circuit current and open circuit voltage.
With a service life of 8 years for low orbit and 15 years for high orbit, short 1-month delivery cycle, and high reliability, MINDWAY’s TJ30 Triple-Junction GaAs Solar Cells and matching satellite solar panels are the ideal core power solution for critical space missions, providing long-term, stable power support for satellites in all orbits.
Solar Panels for Satellites
Typical Performance Data：
◼ Orbit：LEO, MEO, GEO；
◼ Strong adaptability to space environment、long life and high
reliability in all orbits；
◼ Al honeycomb substrates + CFRP layers、PCBs and Al
substrates can be customized；
◼ lifetime：8 years for low orbit, 15 years for high orbit；
◼ Delivery cycle：1 month.
Typical Applications
1.Space orbit power supply
Designed for LEO, MEO, GEO, serving as core power component for satellites in these orbits.
2.Satellite solar panel systems
Key cell unit of satellite solar panels (8-year LEO, 15-year GEO service life), tailored to satellite and orbit needs.
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