Authors :
Harith M. Jasim
Volume/Issue :
Volume 7 - 2022, Issue 1 - January
Google Scholar :
http://bitly.ws/gu88
Scribd :
https://bit.ly/3giBub2
DOI :
https://doi.org/10.5281/zenodo.5944517
Abstract :
Many institutions have embraced the nano
satellite standard as an economical means of doing space
science from its inception, with the supply of electrical
power to the nano satellites serving as the backbone of
any such mission. This study describes the design of a
solar arrays, batteries based power system that uses peak
power trackers to regulate solar arrays and charge
batteries. As a measure of redundancy, the peak power
tracking is conducted by an active search algorithm,
Perturb & Observe, in both analog and digital form.
Mathematical analysis, numerical modeling, and
experimental data are used to validate the suggested
strategy. All of this demonstrates the correctness of the
proposal, which yielded a good overall system
performance
Keywords :
nano; nano sattlite; Electrical power supply; maximum power point tracking; solar array
Many institutions have embraced the nano
satellite standard as an economical means of doing space
science from its inception, with the supply of electrical
power to the nano satellites serving as the backbone of
any such mission. This study describes the design of a
solar arrays, batteries based power system that uses peak
power trackers to regulate solar arrays and charge
batteries. As a measure of redundancy, the peak power
tracking is conducted by an active search algorithm,
Perturb & Observe, in both analog and digital form.
Mathematical analysis, numerical modeling, and
experimental data are used to validate the suggested
strategy. All of this demonstrates the correctness of the
proposal, which yielded a good overall system
performance
Keywords :
nano; nano sattlite; Electrical power supply; maximum power point tracking; solar array
