Power in space
1U Solar Panel Z
Flight-proven 1U Z Solar Panels
Flight-proven 1U Z Solar Panels
29.5%triple junction
solar cells
solar cells
ADCSready
sensors
sensors
2.4 Win
LEO
LEO
Triple Junction Solar Cells for Space Applications with efficiency higher than 29.5%
High radiation resilience
Cell efficiency higher than 29% even after 5 years in LEO
Applications
Science and Research
Education
Technology DemonstrationIntegrated sun sensors and gyroscope, optional magnetorquer - backbone for ADCS
Features
| Power efficiency at EOL | 29+% |
| Max Power | Up to 2.4 W in LEO |
| Internal By-pass diode | reverse bias protection |
| Solar cells thickness | 150 μm ± 20 μm |
| Sensors | Temperature and Sun, optional Gyroscope |
| MTQ | Available with integrated magnetorquer |
| Mass | 48 g (57.5 g with MTQ) |
| 2-in-1 | Compatible with EnduroSat UHF Antenna |
| Customisation | Multiple panels can be connected in series or parallel |
| Max Voltage | 4.8 V (for 2 cells) |
| Max Current | 504 mA |
| PCB Thickness | 1.6 mm |
2-in-1 antenna and power system with EnduroSat’s UHF Antenna
Included
Complete User Manual
Power and data cables
1 hour engineering support
Delivery cost
Handling and administration costs
