星空院院长张善从：将AI算力搬上太空，需要取得关键技术突破

Core Viewpoint - Beijing is strategically developing the space computing power sector, with 2023 being a critical year in the "three-step" plan, focusing on technological and industrial innovation to establish a solid foundation for development [3]. Group 1: Technological Challenges - The space computing power system aims to transfer large-scale AI computing capabilities to space, addressing challenges similar to those faced by large ground data centers, including power supply, heat dissipation, computation, and communication [3]. - Key technological breakthroughs are required to tackle the construction and maintenance challenges of deploying large-scale spacecraft in space, which involves unprecedented depth and breadth in the industry [3]. Group 2: Industrial Innovation - The large-scale space computing power system is viewed as a new type of space information infrastructure, expected to lead industrial development and create a commercial ecosystem represented by "computing power constellations + reusable rockets" [4]. - An innovation consortium has been established, led by the company and the Space Institute, to integrate high-quality resources from domestic commercial aerospace and AI sectors, aiming to create a collaborative innovation platform that deeply integrates government, industry, academia, research, and application [4].