ODALISS Solar Panels
Emxys
The ODALISS Solar Panels are highly efficient 3U/6U CubeSat compatible solar panels equipped with the latest triple junction technology and integrated temperature and sun sensors.
Typed specifications44 values
Discloses 7 of 12 fields engineers filter by in this category (category median 3).
- Mass
- 123 g 3U · datasheet p.2 123 g 3U panel
- Output power (BOL)
- 8.2 W LEO (3U) · datasheet p.1 8.2 W max · up to 8.2 W in LEO, 3U panel
- Cell efficiency
- 29 % min · datasheet p.1 29 % min · cell efficiency higher than 29%
- Envelope (L×W×H)
- 327.5mm x 83.0mm 3U · datasheet p.2 327.5 x 83.0 3U panel | 2.2mm thickness (without connectors)
- Form factor (as printed)
- 3U/6U CubeSat platform compatible datasheet p.1 123 grams | 14.7 V | 66.6 W/Kg | 8.2 W +3
- Supply voltage
- 14.7 V product page 33.6 V
- Power consumption
- 66.6 W product page 8.2 W | 53.3 W | 17.6 W
- Operating temperature
- -45 °C min · datasheet p.2 125 °C max | -45–125 °C operating temperature -45 to +125 C
- Fits satellite size
- 3U fully 3U/6U CubeSat platform compatible · datasheet p.1 6U fully 3U/6U CubeSat platform compatible
- Cell type
- triple-junction GaAs latest triple junction technology (material not stated) · datasheet p.1
- Integrated devices
- temperature sensor integrated active linear temperature transducer · datasheet p.2 RBF connector Remove Before Flight (RBF) pin | bypass diodes silicon bypass diode for reverse bias protection | other sun sensor: high sensitivity silicon photodiode included
- Connector
- Three 4-pin solar array power output datasheet p.2 One 4-pin connector for temperature sensor | One 2-pin connector for sun sensor | ODALISS Interface port connector | 2.2 mm
- Satellite class
- CubeSat datasheet p.1
- Substrate
- other polyimide substrate for passive thermal control · datasheet p.1
- End-of-life power
- 8.2 W LEO (3U) · datasheet p.1
- Integrated sensors (as printed)
- Integrated active linear temperature transducer; high sensitivity silicon photodiode (sun sensor) datasheet p.2
- Panel thickness
- 2.2 mm without connectors · datasheet p.2
- Bypass diodes
- other silicon bypass diode for reverse bias protection · datasheet p.1
Each value is typed with its unit and measurement condition and cites the datasheet page it was taken from. Nothing is guessed: a field that is absent here has not been published by the manufacturer. machine-extracted ✓ checked by NewSpace Market ✓ manufacturer confirmed by the manufacturer.
As published by the supplier17 lines, in the manufacturer's own wording
- Cell efficiency
- higher than 29%
- Sensors
- Integrated active linear temperature transducer.
- Sensors (2)
- High sensitivity Silicon photodiode included.
- Connectors
- Three 4-pin solar array power output for flexible panels interconnection.
- Connectors (2)
- One 4-pin for temperature sensor.
- Connectors (3)
- One 2-pin for Sun sensor.
- Connectors (4)
- Available with Remove Before Flight (RBF) pin and ODALISS Interface Port for power management and control interface.
- Operating temperature
- -45 ºC to +125 ºC
- Dimensions (3U)
- 327.5 mm x 83.0 mm
- Thickness (without connectors)
- 2.2 mm
- Mass (3U)
- 123 grams
- 3u output voltage
- 14.7 V
- 3u specific power
- 66.6 W/Kg
- 3u peak BOL power
- 8.2 W
- 6u output voltage
- 33.6 V
- 6u specific power
- 53.3 W/Kg
- 6u peak BOL power
- 17.6 W
About
The ODALISS 3U/6U Solar Panels are highly efficient solar panels equipped with the latest triple junction technology, including integrated temperature and sun sensors. They are designed in a compact form factor to maximize energy transfer, particularly to the ODALISS PDCU. High-quality space-grade materials and components are used to ensure optimal thermal performance. Key features include cell efficiency higher than 29%, up to 8.2W in LEO for the 3U version, and flexible series/parallel configurations. They incorporate a silicon bypass diode for reverse bias protection and a polyimide substrate for passive thermal control. These panels are fully compatible with 3U/6U CubeSat platforms and can be configured upon customer request. They feature integrated active linear temperature transducers and high-sensitivity silicon photodiodes. Connectivity includes three 4-pin solar array power outputs for flexible panel interconnection, one 4-pin for the temperature sensor, and one 2-pin for the sun sensor. They are available with a Remove Before Flight (RBF) pin and an ODALISS Interface Port for power management and control. The panels are designed and manufactured entirely in-house.
Documentation
Need the full ICD, test reports or a specific revision? Ask the supplier directly.