The primary purpose of solar panels on satellites is to provide a reliable source of power for the various systems and instruments onboard. Satellites typically operate in orbit around Earth or other celestial bodies where there is no access to traditional power sources like electrical grids. Solar panels are used to capture sunlight and convert it into electricity through photovoltaic cells, which then powers the satellite's electronics, communication systems, propulsion systems, and other equipment.
Solar panels are crucial for maintaining the operational longevity of a satellite, as they provide a continuous and renewable source of power without the need for refueling or replacement. This allows satellites to function for extended periods of time, collecting valuable data, conducting experiments, monitoring weather patterns, and performing various other tasks in space.
Overall, solar panels play a vital role in the sustainability and functionality of satellites by providing the necessary power to keep them operational in the harsh environment of outer space.
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