In order to solve the problem of transmission efficiency and reliability decrease,as well as increased heat consumption,caused by the mismatch between the output wire of the directional device and the cable network interface of the resource module during the transmission of 110 V high-voltage and 50 kW high-power supply from the solar directional device outside to the Mengtian space lab module inside,two power supply transmission connection schemes are designed under the high-voltage and high-power background.Through comparative analysis and argumentation,the molded crimping scheme is optimized.After sufficient simulation analysis,environmental test verification,and integrated comprehensive experimental verification,this scheme has achieved success in the orbital operation of the final space station's Mengtian space lab module,ensuring highly reliable and efficient power transmission inside and outside the module and the smooth completion of model tasks.
关键词
空间站舱内外能源传输/大功率传输/高电压传输/模压式压接方案
Key words
energy transmission inside and outside the space station module/high-power transmission/high-voltage transmission/molded crimping scheme
维普
万方数据