消息面上，2025年，全国风电新增装机容量达1.3亿千瓦，同比增长49.9%。金风科技以2590万千瓦新增 装机位居第一。价格方面，当前风电反内卷趋势向好，风机中标价格震荡上行，加上招标量充足带来的 需求稳定等因素，2026年风机价格有望继续小幅修复。 金风科技（002202）(02208)再涨超5%，截至发稿，涨5.49%，报15.56港元，成交额4.31亿港元。 此外，蓝箭航天近日宣布，我国重复使用火箭朱雀三号计划今年第二季度再次开展回收试验，并根据回 收试验情况争取于今年第四季度尝试首次回收复用飞行。此外，上交所官网显示，蓝箭航天科创板IPO 的审核状态变更为"已问询"。金风科技通过旗下平台参与持股蓝箭航天，持股比例约为4.14%。 ...

｜2026年2月26日星期四｜ NO.1 重复使用火箭朱雀三号计划今年二季度再次挑战回收 近日，在联合国外空委科技小组委员会第63届会议期间，中国商业航天企业代表蓝箭航天宣布，我国重 复使用火箭朱雀三号计划今年第二季度再次开展回收试验。据介绍，朱雀三号研制团队目前正在对火箭 着陆流程进行优化，计划于2026年第二季度再次开展回收试验，并根据回收试验情况争取于今年第四季 度尝试首次回收复用飞行。也就是说，如果朱雀三号一子级成功回收，将用于下一发朱雀三号火箭上， 实现重复使用。 NO.2 中科宇航可回收液体火箭力箭二号计划今年3月下旬首飞 据中科宇航透露，该公司可回收液体运载火箭力箭二号计划于今年3月下旬首飞，将搭载我国轻舟一号 货运飞船初样实施发射;后续将承担卫星互联网组网及国家重大任务，年内已立项4次发射;固体运载火 箭力箭一号今年计划发射不少于8次，其中包含2次海上发射，持续巩固商业发射主力地位。此外，中科 宇航已向主管部门申报2026年发射计划，全年计划执行13次发射，并力争追加1—2次任务，发射频次与 任务密度再创新高。 NO.3 陈茂波：已要求港交所检视相关上市规定，和吸引多航天企业来港上市 中国香港 ...

中新社北京2月25日电 (记者 马帅莎)据蓝箭航天25日消息，朱雀三号重复使用运载火箭计划于2026年第 二季度再次开展回收试验。 朱雀三号运载火箭计划今年二季度再次挑战回收试验 近日，在联合国和平利用外层空间委员会科技小组委员会第63届会议期间，中国商业航天企业代表蓝箭 航天作专题技术报告，系统介绍了朱雀三号重复使用运载火箭首飞任务及一子级回收试验情况。 广告等商务合作，请点击这里 本文为转载内容，授权事宜请联系原著作权人 中新经纬版权所有，未经书面授权，任何单位及个人不得转载、摘编或以其它方式使用。 关注中新经纬微信公众号(微信搜索"中新经纬"或"jwview")，看更多精彩财经资讯。 2025年12月3日，朱雀三号运载火箭在东风商业航天创新试验区实施首飞，火箭二子级顺利入轨，火箭 一子级开展回收验证，但在回收过程中发生异常燃烧，未实现在回收场坪的软着陆，残骸着陆于回收场 坪边缘。 这是中国首次对入轨级运载火箭尝试一子级回收，虽未实现预定火箭一子级回收目标，但获取了火箭真 实飞行状态下的关键工程数据，为后续发射服务、子级可靠回收可重复使用奠定了重要基础。(完) 来源：中国新闻网 编辑：王永乐 根据报告，该 ...

来源：央视新闻、蓝箭航天 （文章来源：华夏时报） 朱雀三号是我国自主研制的重复使用液氧甲烷运载火箭。火箭一级装有反作用控制系统、栅格舵与着陆支腿，可在完成发 射后实施垂直返回回收与再利用。 2025年12月3日，朱雀三号首飞，这是我国首次对入轨级运载火箭实施一子级回收技术验证。返回飞行过程中，火箭在再入 点火段及气动滑行段均实现了对着陆场坪回收点的高精度制导控制。遗憾的是，在距离地面数公里时出现异常燃烧，未能 实现软着陆。 据央视新闻，近日，在联合国外空委科技小组委员会第63届会议期间，中国商业航天企业代表蓝箭航天宣布，我国重复使 用火箭朱雀三号计划今年第二季度再次开展回收试验。 据介绍，朱雀三号研制团队目前正在对火箭着陆流程进行优化，计划于2026年第二季度再次开展回收试验，并根据回收试 验情况争取于今年第四季度尝试首次回收复用飞行。也就是说，如果朱雀三号一子级成功回收，将用于下一发朱雀三号火 箭上，实现重复使用。 ...

重复使用火箭朱雀三号计划今年二季度再次挑战回收 朱雀三号是我国自主研制的重复使用液氧甲烷运载火箭。火箭一级装有反作用控制系统、栅格舵与着陆支腿，可在完成发 射后实施垂直返回回收与再利用。 2025年12月3日，朱雀三号首飞，这是我国首次对入轨级运载火箭实施一子级回收技术验证。返回飞行过程中，火箭在再入 点火段及气动滑行段均实现了对着陆场坪回收点的高精度制导控制。遗憾的是，在距离地面数公里时出现异常燃烧，未能 实现软着陆。 来源：央视新闻客户端 （文章来源：上海证券报） 近日，在联合国外空委科技小组委员会第63届会议期间，中国商业航天企业代表蓝箭航天宣布，我国重复使用火箭朱雀三 号计划今年第二季度再次开展回收试验。 据介绍，朱雀三号研制团队目前正在对火箭着陆流程进行优化，计划于2026年第二季度再次开展回收试验，并根据回收试 验情况争取于今年第四季度尝试首次回收复用飞行。也就是说，如果朱雀三号一子级成功回收，将用于下一发朱雀三号火 箭上，实现重复使用。 ...

Event Overview - The first flight of the reusable launch vehicle "Xingyun-1" by Deep Blue Aerospace is scheduled around the Spring Festival of 2026, aiming to validate the full process of orbital launch and vertical recovery, potentially becoming China's first commercial rocket to achieve both "orbital + recovery" success [1] - "Xingyun-1" utilizes the self-developed "Thunder R" engine, with over 85% of key components made from 3D-printed materials, ensuring full control over core technologies from design to testing [1] - Other reusable rockets expected to launch in 2026 include ZQ-3 by LandSpace, PALLAS-1 by Star River Power, and SQX-3 by Interstellar Glory [1] Market Potential - The market for rocket recovery and reuse is projected to be significant, as it aims to reduce launch costs and enhance rapid response times, which are crucial for large-scale, low-cost access to space [3] - The three main recovery methods include parachute recovery, vertical recovery, and winged return, with vertical recovery being the most economically viable due to its high landing precision and minimal structural changes to the rocket [3][4] Industry Growth - According to Shenwan Hongyuan, the commercial aerospace sector in China is entering a rapid development phase, with a focus on three core areas: accelerating breakthroughs in reusable rocket technology, increasing the number of commercial launch sites, and enhancing the launch capabilities of commercial rockets [5] - The number of low-orbit satellites applied for has reached 51,300, which is expected to significantly boost the frequency of rocket launches, with projections indicating over 900 launches by 2030 and a market space of approximately $63.2 billion [5] Related Companies - Key players in the industry include: - Southwest Aluminum, a leading aluminum processing enterprise for aerospace materials [10] - Baotai Co., a major producer of titanium and titanium alloys [11] - Guangwei Composite, a leader in carbon fiber production for aerospace applications [12] - Companies involved in rocket engine development include: - Aerospace Science and Technology Corporation, a primary entity for liquid rocket engines in China [14] - SRI New Materials, a supplier for various private rocket manufacturers [15]

Group 1 - The core viewpoint of the news highlights the advancements in China's commercial aerospace sector, particularly the timelines and differentiated paths for the development of reusable rockets, with 2026 being a pivotal year for technology validation [1] - Key figures from major companies, including Zhang Xiaodong from Blue Arrow Aerospace and Li Jun from Star River Power, presented updates on their respective rocket projects, indicating a collaborative effort towards achieving reusable rocket technology [1] - The report from Western Securities emphasizes that the global commercial aerospace industry is transitioning from "single satellite tests" to "constellation networks," with China's satellite deployment currently at only about 1% completion [1] Group 2 - The Satellite ETF Penghua closely tracks the CSI Satellite Industry Index, which includes 50 listed companies involved in satellite manufacturing, launching, communication, navigation, and remote sensing, reflecting the overall performance of the satellite industry [2] - As of December 31, 2025, the top ten weighted stocks in the CSI Satellite Industry Index account for 63.64% of the index, with major companies including China Satellite, Aerospace Electronics, and China Satcom [2]

Core Viewpoint - Reusable rockets significantly reduce space launch costs and increase launch frequency, with full reusability becoming a core trend in the aerospace industry [2][3][24]. Group 1: Reusable Rocket Technology - The first stage reuse technology of rockets is mature, with the Falcon 9 rocket's reuse cost being less than one-third of a new rocket [3][11]. - The Falcon 9 rocket has achieved over 30 successful first-stage recoveries, demonstrating the effectiveness of reusable technology [3][12]. - Full reusability of rockets is expected to further lower launch costs, increase launch frequency, and reduce space debris [3][24]. Group 2: Challenges in Reusability - Thermal protection is a core challenge for the recovery of the second stage of rockets, as it must withstand extreme temperatures during re-entry [3][4][35]. - The Falcon 9 rocket's thermal protection system includes ceramic tiles that can endure temperatures exceeding 1400°C [37]. - Stoke Space is developing a metal thermal protection system that utilizes liquid hydrogen for active cooling during re-entry [38]. Group 3: China's Progress in Reusable Rockets - China is actively developing reusable rockets, with the Zhuque-3 and Long March 12甲 successfully completing their maiden flights [4][41]. - The Long March 9 rocket is designed for full reusability and aims to achieve heavy-lift capabilities in two phases [47]. - Domestic companies are exploring various technological paths for reusable rockets, including the use of liquid oxygen and methane fuels [46].

Core Insights - The construction of the first domestic large liquid carrier rocket assembly, testing, and recovery reuse base has commenced in Qiantang, marking a significant milestone in China's commercial aerospace sector [1][2] Group 1: Project Overview - The new base is described as a "car assembly plant" for rockets, covering the entire process from research and development to production, assembly, testing, and recovery [2] - The "Qiantang" rocket was unveiled alongside the base, symbolizing the start of a new chapter in commercial space exploration [1] Group 2: Strategic Layout - The founder of Arrow Yuan Technology emphasized the favorable investment environment in Hangzhou, achieving a "100-day signing to construction" timeline [3] - Key factors for choosing Hangzhou include its geographical location, industrial environment, and application scenarios, with the region housing nearly 40 aerospace-related companies [3] Group 3: Technological Advancements - Arrow Yuan Technology achieved a significant technological milestone in May 2025 with the successful flight recovery test of its self-developed rocket, marking it as the first in China to utilize "liquid oxygen and methane + stainless steel + offshore soft landing recovery" technology [4] Group 4: Cost Revolution - The "Qiantang" rocket's first stage is designed for 20 reuses, with the launch cost per kilogram expected to drop below 20,000 yuan, representing a reduction of over 70% compared to the current market price of 80,000 to 100,000 yuan per kilogram [5] Group 5: Market Impact - The completed base will have an annual production capacity of 25 rockets, potentially supporting up to 500 launches per year based on the reusability of the first stage [6] - Arrow Yuan Technology has established a complete supply chain, with key components sourced from various partners, including a 70-ton liquid oxygen and methane engine [6] Group 6: Industry Upgrade - The establishment of the Qiantang base is viewed as a driving force for regional industrial upgrades, with Arrow Yuan Technology aiming to play a "chain leader" role in building a collaborative industrial ecosystem [7]

Core Viewpoint - Beijing Zhongke Aerospace Technology Co., Ltd. has recently been granted a patent for a "recyclable rocket separation multi-stage pneumatic push rod," which aims to enhance rocket structure layout and ensure the safety and reuse of recovered sub-stages in aerospace technology [1]. Group 1: Patent Details - The patent involves a multi-stage pneumatic push rod set on the first separation body and a thrust support set on the second separation body [1]. - The multi-stage pneumatic push rod consists of a base, outer cylinder, first extended cylinder section, and inner cylinder [1]. - The design includes various rings and connections to optimize the rocket's structural layout, ensuring the safety and reusability of the separated stages [1].