2022年1月，兰州空间技术物理研究所大功率霍尔电推进技术获得重大突破，在地面试验中，单通道霍尔推力器（HET-450）以Xe为工质最大功率到105kW，最大推力达到4.6N，以氪为工质最高比冲超过5100s，标志我国在大功率电推进技术领域内，百千瓦级霍尔推力器性能达到国际先进水平，并实现了单通道霍尔推力器比肩美国多通道X3霍尔推力器（最大功率102kW，最大推力5.4N）的技术水平
大功率电推进是我国先进宇航动力领域的战略方向，其中，大功率霍尔电推进具有推功比高、推力大的突出优势，是目前最接近空间应用的国际主流大功率电推进技术路线。团队经过多年坚持不懈的努力，战胜重重挑战、解决了10余项国际公认的技术难题，掌握了多项拥有自主知识产权的核心技术，有望实现我国在大功率霍尔电推进技术领域的“弯道超车”和“国际引领”，将为我国载人登月、在轨服务等航天强国建设的里程碑式任务顺利实施提供关键技术支撑
google translate
In January 2022, the Lanzhou Institute of Space Technology Physics achieved a major breakthrough in the high-power Hall electric propulsion technology. In the ground test, the single-channel Hall thruster (HET-450) used Xe as the working fluid to achieve a maximum power of 105kW and a maximum thrust reaches 4.6N, and the highest specific impulse with krypton as the working fluid exceeds 5100s, which indicates that in the field of high-power electric propulsion technology in my country, the performance of the 100-kilowatt Hall thruster has reached the international advanced level, and the single-channel Hall thruster is comparable to that of the United States. The technical level of the multi-channel X3 Hall thruster (maximum power 102kW, maximum thrust 5.4N).
High-power electric propulsion is the strategic direction of my country's advanced aerospace power field. Among them, high-power Hall electric propulsion has the outstanding advantages of high thrust-to-power ratio and large thrust, and is currently the international mainstream high-power electric propulsion technology route closest to space applications. After years of unremitting efforts, the team has overcome many challenges, solved more than 10 internationally recognized technical problems, and mastered a number of core technologies with independent intellectual property rights. "Overtaking" and "international leadership" will provide key technical support for the smooth implementation of my country's manned moon landing, on-orbit services and other milestone tasks in the construction of a space powerhouse.