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热管理是空间站热控制的更高层次, 它从系统整体和集成的角度研究空间站的能量转换、输送排散和利用等过程以及各子系统之间内在的联系, 提出提高空间站能源利用效率的热管理技术和布局方案. 运用热力学原理提高整个空间站能量利用效率、减少废热排散的热管理技术、相关的专项技术研究、集成式热管理系统、空间站热管理运行机制的动态分析和热管理模拟仿真平台等. 开展空间站热管理研究不仅仅是发展大型空间站的需要, 也是提高我国空间站研究和设计水平的需要.
Thermal management is a higher level of thermal control in the space station. It studies the process of energy conversion, transmission and distribution, and utilization of the space station and the internal relations between subsystems from the perspective of system integration and integration. It proposes that the thermal efficiency of the space station should be increased Management techniques and layout schemes, thermal management techniques that improve the energy efficiency of the entire space station using the principles of thermodynamics and reduce waste heat emissions, research related to special technologies, integrated thermal management systems, dynamic analysis of thermal management operation mechanisms of space stations, and thermal management simulation Platform, etc. Carrying out the thermal management research of the space station is not only the need of developing large-scale space station but also the need of improving the research and design level of China’s space station.