Recently, at the 2024 China Satellite Application Conference held in Beijing, Xi'an Zhongke Tianta Technology Co., Ltd. (hereinafter referred to as "Zhongke Tianta") released the aerospace private domain big model "Huashan". This is the first time that the big language model has been applied in the aerospace field, using artificial intelligence to help users complete spacecraft intelligent control, orbit calculation and analysis, instruction code generation and other spacecraft in orbit management work, helping satellites operate smoothly in the vast starry sky. Satellite management refers to the process of monitoring, scheduling, and optimizing the operational status, resource allocation, business traffic, network status, and other aspects of satellites in orbit. Effective satellite management is a key link in ensuring the rational utilization of satellite resources, stable and reliable satellite services, and supporting further development of satellite technology. Every time a satellite takes off, it will transmit a massive amount of information back to the ground. Professional engineers need to monitor and analyze this high threshold and large amount of data to manage the satellite. As one of the earliest domestic enterprises engaged in the research and industrialization of commercial satellite management related products, Zhongke Tianta has independently innovated and developed a large-scale aerospace private domain model to meet the practical business needs of satellite in orbit management, especially health management. This private domain model is based on the professional knowledge base of in orbit satellite management, and builds a spacecraft control platform. Through voice and text interaction, it can complete in orbit management of spacecraft and training of spacecraft management personnel, helping to efficiently and intelligently manage satellites. In film and television works, space models are not a new thing. In the science fiction movie "The Wandering Earth 2" released in early 2023, the super quantum computer MOSS of the Navigator space station, with its powerful data analysis and crisis management capabilities, not only impressed the audience but also fascinated aerospace professionals. Similar to MOSS, the Zhongke Tianta Aerospace Private Domain Large Model can assist users in completing data analysis tasks. It is reported that "Huashan" has natural language multi round question and answer capabilities, real-time fault analysis and warning functions, database retrieval and analysis functions, and can perform multimodal retrieval and organization of satellite domain knowledge, causal inference analysis of fault attribution, generation of work plan files, as well as processing and comparison of satellite commands, maximizing coverage of experiential scenarios in the aerospace field. In terms of operation, it can be operated independently, provided locally, or used offline. (New Society)