Research Progress in Power Materials and
Technology for Aerospace
SHANG Yanxin1， QU Wenjie2， REN Xuening1， LU Hongbo2，
DU Wei2， LI Li1， WU Feng1， CHEN Renjie1
1. School of Materials Science & Engineering， Beijing Institute of Technology，Beijing 100081， China；
2. State Key Laboratory of Space Power Sources， Shanghai Institute of Space Power Sources， Shanghai 200245， China
Abstract：The aerospace power subsystem, known as its “energy heart”, is responsible for key tasks such as efficient storage and accurate conversion of electrical energy. Its operational stability affects the smooth operation and overall effectiveness of each subsystem of the spacecraft. The increasing complexity of space missions and the intensification of extreme space environments have led to the need for continuous technological
innovation and performance upgrades of power systems. Based on this, in this study, the materials and technologies development trends of solar cells, chemical batteries and other devices were reviewed
domestically and abroad from the perspective of extreme environments, including radiation, alternating
temperatures and high vacuum. Besides, the key challenges of power devices in the extreme aerospace
environment were analyzed, and the potential aerospace mission application prospects were envisioned. This
review provides a reference and inspiration for promoting the research and development of advanced aerospace power materials.
尚妍欣, 屈雯洁, 任学宁, 陆宏波, 杜玮, 李丽, 吴锋, 陈人杰. 航天先进电源材料与技术研究进展[J]. 空天防御, 2024, 7(6): 12-28.
SHANG Yanxin, QU Wenjie, REN Xuening, LU Hongbo, DU Wei, LI Li, WU Feng, CHEN Renjie. Research Progress in Power Materials and
Technology for Aerospace. Air & Space Defense, 2024, 7(6): 12-28.
