D-SP8X-L-2W
NPC Spacemind
The D-SP8X-L-2W is a deployable solar panel designed for the XY side of CubeSats, featuring a 2-wing lateral configuration and compatibility with 8U/16U CubeSat structures.
Typed specifications14 values
Discloses 4 of 12 fields engineers filter by in this category (category median 3).
- Output power (BOL)
- 46–50 W P Max · datasheet p.3
- Form factor (as printed)
- XY side datasheet p.3
- Deployable
- yes datasheet p.1
- Power consumption
- 46–50 W product page
- Data interface
- SPI datasheet p.1
- Fits satellite size
- 8U compatibility 8U/16U · datasheet p.3 16U compatibility 8U/16U
- Integrated devices
- temperature sensor datasheet p.3 coarse sun sensor optional sensor add-on: 4 | gyroscope optional sensor add-on: IMU (3D Acc + 3D Gyro) | other optional sensor add-on: magnetic sensor (3 axis)
- Connector
- Power connectors: 4 x parallel datasheet p.3
- Satellite class
- CubeSat datasheet p.1
- Integrated sensors (as printed)
- Optional add-on: digital temperature sensor (SPI / I²C), NTC temperature sensor, 4 coarse sun sensors, IMU (3D Acc + 3D Gyro), magnetic sensor (3 axis) datasheet p.3
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 supplier1 lines, in the manufacturer's own wording
- Peak power
- 46 - 50 W
About
The D-SP8X-L-2W is a deployable solar panel system from NPC Spacemind, specifically engineered for the XY side of CubeSats. It features a 2-wing lateral configuration, making it compatible with both 8U and 16U CubeSat structures. The system utilizes high-efficiency triple junction UTJ solar cells, providing a peak power output ranging from 46 to 50 W. For power connectivity, it includes 4 parallel picoblade power connectors. Customization options are available, including the ability to add additional solar cells on the body fixed surface. Further options include a digital temperature sensor (with SPI / I2C communication), an NTC temperature sensor, 4 coarse sun sensors, an inertial module (3D Acc + 3D Gyro), a magnetic sensor (3 axis), and alternative solar cell connection configurations.
Documentation
Need the full ICD, test reports or a specific revision? Ask the supplier directly.