Power in space

8U Solar Panel

Fully qualified Solar Panels

8U-cubesat-solar-pannel-endurosat-nanosatellite

Fully qualified Solar Panels

29.5%triple junction
solar cells
ADCSready
sensors
24 Win
LEO

Triple Junction Solar Cells for Space Applications with efficiency higher than 29.5%

8U-cubesat-solar-pannel-endurosat-nanosatellite

High radiation resilience

Cell efficiency higher than 29% even after 5 years in LEO

8U-cubesat-solar-pannel-endurosat-nanosatellite

Applications

science and research iconScience and Research
Earth Observation iconEarth Observation
IoT and communications iconIoT and Communications
In-orbit demonstration and verification iconIOD/IOV

Integrated sun sensors and gyroscope option - backbone for ADCS

8U-cubesat-solar-pannel-endurosat-nanosatellite

Features

Power efficiency at EOL: 29+%
Max Power: Up to 24.0 W in LEO
Internal By-pass diode: reverse bias protection
Solar cells thickness: 150 μm ± 20 μm
Sensors: Temperature and Sun, optional Gyroscope
Control Interface: RS-485
MTQ: Integrated H-Bridge for control of external magnetorquer
RBF: Available with Remove Before Flight pin
Mass: 470 ± 20 g
Customisation: Multiple panels can be connected in series or parallel
Max Voltage: 48V (20s1p), 24V (10s2p), 9.6V (4s5p)
Max Current: 0.5A (20s1p), 1А (8s2p), 2.5A (4s5p)
PCB Thickness 1.6 mm

Multiple series and parallel connection options, covering diverse power system requirements

8U-cubesat-solar-pannel-endurosat-nanosatellite

Included

user manual book icon Complete User Manual
included cables icon Power and data cables
customer support icon 1 hour engineering support
delivery cost icon Delivery cost
handling and administration costs icon Handling and administration costs