Abstract
With the rapid development of society, satellites play an irreplaceable role in human production and life. Space has become the commanding strategic point of the world’s scientific and technological competition and the core area of the scientific and technological revolution. The competition for space among the space powers is becoming increasingly fierce. In order to adapt the requirements of rapid and emergency satellite launches, the mode of satellite long-term storage, regular testing, and selective launch is maturing. Lithium-ion battery has a limited lifespan, and its storage options need to be fully demonstrated. In this paper, the performance degradation of space-use lithium-ion batteries under different ground storage conditions is verified by experiments, and based on this, ground storage strategies and plans for lithium-ion battery are formulated.
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