Abstract
In this work highlights the differences of solar drones in different space states. In mission missions, low altitude drones are generally used for mapping due to their flexibility and mobility. High-altitude drones, due to their high flying altitude and long endurance, are used for military functions such as reconnaissance, intelligence gathering and surveillance. Based on the advantages of super-long range and high-altitude operation, the adjacent space UAV can be used in natural disaster early warning, emergency rescue and relief, and communication systems. Through the development of solar UAV in recent years, this paper analyzes the challenges of different space states from the aspects of solar cell conversion efficiency, battery performance and aircraft skin.
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