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航天宏图20260123
2026-01-26 02:49
航天宏图 20260123 摘要 航天宏图计划采购 6 颗雷达卫星,总金额约 6 亿元,并与上海蓝星光域 合作研发卫星激光通信系统,目前已有四颗卫星使用其模块并调试中, 旨在提升卫星通信能力。 公司积极拓展国际市场,与非洲某国签订合作协议,并与尼日利亚国防 部进行技术交流,同时推动与印尼的碳汇监测卫星项目,雷达卫星在国 外应用需求增加,预计带来较好的回款和盈利能力。 航天宏图应收账款主要来自政府项目,金额较小且稳定,公司通过国家 化债政策和法律手段降低应收账款比例,以确保财务健康。 研发投入占比从 2025 年的 20%上升到 2026 年的 40%,主要用于提 升技术水平和产品竞争力,如激光通信系统和算力卫星,预计未来将转 化为实际效益,提高市场竞争力和盈利能力。 公司预计 2026 年和 2027 年,卫星操作系统等研发成果将逐步转化为 收入,应用于客户提供的卫星设计和制造中,有助于逐步实现盈利。 与苏州政府签订的 28 亿元项目,包括卫星和火箭,第一期投资 12 亿元, 航天宏图将获得 6 亿元的卫星订单,预计春节前后签订,交付周期约一 年,毛利率尚未明确。 2026 年计划发射 10 颗以上雷达卫星及 ...
2瓦微光穿3.6万公里!中国卫星通信速度碾压星链5倍
Jin Tou Wang· 2025-06-18 06:55
Group 1 - A Chinese research team has developed a breakthrough solution for high-speed data transmission using adaptive optics and multi-mode diversity reception, achieving speeds of 1Gbps, five times faster than existing satellite systems like Starlink [1][3] - The new method effectively mitigates the effects of atmospheric turbulence, which previously caused significant signal degradation, by utilizing a combination of adaptive optics and multi-mode reflection [1][2] - The probability of usable signals has increased from 72% to 91.1%, indicating a substantial improvement in data transmission reliability, which is critical for high-value data [3] Group 2 - The research was conducted by a collaboration between Beijing University of Posts and Telecommunications and the Chinese Academy of Sciences, showcasing China's leadership in space laser communication technology [1][3] - In 2020, China set a world record for laser downlink transmission at 10Gbps with the Shijian-20 satellite, highlighting the country's advancements in this field [3]