当日还举行浙江省海洋卫星创新联合体成立仪式。该联合体由台州星空智联科技有限公司牵头，携手杭 州电子科技大学、自然资源部第二海洋研究所等6家单位组建，将汇聚多方力量突破海洋卫星平台技术 创新及批量化AIT、新型载荷开发与智能星上处理等技术瓶颈，支撑海洋资源开发、海洋环境保护、灾 害精准预警等场景，打造海洋卫星领域技术创新与产业化应用孵化基地。(完) （文章来源：中国新闻网） 对此，浙江将重点打造海洋卫星和海洋无人机两条海洋空天高端装备产业链，并联动打造智能船舶(无 人艇)以及海洋机器人两条产业链，拓宽拓深产品谱系。 以海洋卫星产业链为例，该省将构建从卫星平台、核心载荷到智能处理与数据服务的空天地海一体化产 业体系。 "下一步的重点就是，产品需要落地实际的应用场景，来真正服务海洋经济发展。经过前期的深入调 研，我们筛选了卫星技术、低空经济、海洋雷达探测、海上智能监管、装备运维、基础设施建设等十大 应用场景。"浙江省海洋经济发展厅相关负责人说。 中新网台州12月9日电(鲍梦妮)12月9日，"智汇深蓝逐梦空天"——浙江海洋空天高端装备产业与技术对 接交流活动在台州举办。现场，浙江省海洋经济发展厅发布浙江海洋空天高端装 ...

Core Viewpoint - The article highlights the advancements in China's polar research capabilities, particularly through the integration of satellite and drone technologies to support the "Snow Dragon" vessels in their ice-breaking missions in Antarctica [1][2]. Group 1: Satellite Technology - The Chinese ocean satellite system has successfully launched 14 ocean satellites since 2002, with 11 currently operational, providing critical data for ice exploration and breaking [2]. - The "1-meter C-SAR satellite" is noted for its ability to penetrate cloud cover and provide high-resolution imagery, essential for observing ice conditions in Antarctica [3]. - The integration of satellite data has shifted from reliance on foreign imports to domestic sources, enhancing the capabilities of the Chinese Antarctic research team [3][4]. Group 2: Drone Technology - Drone technology serves as a crucial complement to satellite observations, allowing for detailed analysis of ice conditions and micro-topography [4]. - Drones have been utilized to identify surface cracks and melting patterns in glaciers, providing valuable data for the research team [4][5]. - The combination of satellite and drone data has improved the planning and execution of ice-breaking routes for the "Snow Dragon" vessels [5]. Group 3: Future Developments - The National Satellite Ocean Application Center plans to enhance ice forecasting capabilities by integrating satellite monitoring products with artificial intelligence models [3][5]. - China's ocean satellite technology is undergoing a significant upgrade, transitioning from a "follower" to a "runner" in the global context, with a focus on expanding observational capabilities [5].