Aquí pondré las referencias a papers y documentación para la investigación del proyecto:
- 20210211 - Comparison Study of Electric Power System Architectures for CubeSat
- 20210211 - A Lean Satellite Electrical Power System with Direct Energy Transfer and Bus Voltage Regulation
- 20210212 - Documentación del UPSAT
- CubeSat educativo con Raspberry Pi y protoboards
- AMSAT Fox-1-MPPT
- Start tracker design
- Design and Validation of Modular MPPT Electric Power System for Multi-U CubeSat
- Comparison of Maximum Power Point Tracking Techniques in Electrical Power Systems of CubeSats
- Design and Implementation of an Effective Electrical Power System for Nano-Satellite
- Datasheet de una EPS
- AAUSAT3 Attitude Determination and Control System
- Especificación de CubeSat
- A Lean Satellite Electrical Power System with Direct Energy Transfer and Bus Voltage Regulation Based on a Bi-Directional Buck Converter
- CubeSat PCB Layout Standard
- Coarse Sun Sensing for Attitude Determination of a CubeSat Bastante explicativo de cómo funcionan los coarse sun sensors
- Low Cost, Good Accuracy - Attitude Determination Using Magnetometer and Simple Sun Sensor
- Attitude Determination for Small Satellites Using Magnetometer and Solar Panel Data
- Pocket Cube abierto Open Source TFTqube