香港交易及結算所有限公司及香港聯合交易所有限公司對本公告之內容概不負責，對 其準確性或完整性亦不發表任何聲明，並明確表示不會就本公告全部或任何部分內容 而產生或因倚賴該等內容而引致之任何損失承擔任何責任。 （於開曼群島註冊成立之有限公司） （股份代號：8111） 自願公告 業務更新 本公告乃由本公司自願向其股東及潛在投資者作出，旨在知會本集團的最新業務發展。 於二零二六年二月五日，河北風創與壹儒源訂立合約，據此，河北風創（作為供應商）將 為壹儒源採購風力發電機組、塔筒、錨栓及相關設備，以於中國滄州黃驊市建設50兆瓦 風力發電系統。 合約 合約的主要條款概述如下： 1 日期： 二零二六年二月五日 訂約方： (1) 河北風創；及 (2) 壹儒源 於本公告日期，(i)河北風創為一間於中國成立的有限公司及本公司的全資附屬公司。河 北風創主要從事銷售可再生能源產品及提供技術諮詢服務；及(ii)壹儒源為一間於中國 成立的有限公司及由董新華先生擁有及控股95%股權。壹儒源主要從事提供工程設計、 施工、監理及其他相關服務。 據董事經作出一切合理查詢後所深知、盡悉及確信，壹儒源及其最終實益擁有人均為獨 立於本公司及其關連人士（ ...

扬州大学党委书记丁建宁，拟任江苏省可再生能源行业协会理事长 。 2月3日，江苏省社会组织综合委员会发布江苏省可再生能源行业协会负责人人选公示，其中扬州大学党委书记丁建宁，拟任江苏省可再 生能源行业协会理事长。 ▲ 丁建宁（资料图） 公开资料显示，丁建宁，男，汉族，196 6年3月出生，江苏丹徒人，研究生学历，博士学位，教授、博士生导师，中共党员。 丁建宁曾担任江苏大学科技处副处长，江苏大学科学研究院常务副院长，江苏工业学院党委常委、副院长，常州大学党委常委、副校 长，江苏大学副校长等职务。 2022年1月，丁建宁任扬州大学校长，2024年12月任扬州大学党委书记。 丁建宁是江苏省光伏产业链首席科学家，中国微米纳米技术学会会士，入选国家"百千万人才工程"、江苏省" 333工程"第一层次人才 等，享受国务院政府特殊津贴。 丁建宁长期从事光伏等新能源制造技术及装备研究，同时在低温储能、燃料电池等方面开展了广泛的研究。他主持与完成国家自然科学 基金重点、科技部8 63、国家重点研发计划等项目30余项，发表论文600余篇。 来 源：人 民 网 江 苏 微 信 公 众 号 E n d 欢 迎 分 享 给 你 的 朋 友！ ...

Core Viewpoint - The meeting between China's National Energy Administration and Brazil's National Oil Company emphasizes the deepening cooperation in oil, gas, renewable energy, and energy transition between the two countries [2][4]. Group 1: Cooperation and Achievements - The pragmatic cooperation in the energy sector between China and Brazil has been continuously deepening under the strategic guidance of the leaders of both countries, resulting in a series of positive outcomes [4]. - Brazil's National Oil Company is considered an important partner for Chinese enterprises, highlighting the mutual benefits and the need for continued communication and collaboration [4]. Group 2: Future Collaboration - Both parties expressed a strong desire to expand cooperation in various fields, including oil and gas, renewable energy, technology equipment, investment, and engineering services [4]. - The Brazilian side places high importance on collaboration with Chinese partners, indicating a commitment to further enhance bilateral relations in the energy sector [4].

Core Insights - The article discusses the transformative potential of Airborne Wind Energy (AWE) technology, which utilizes tethered kites at high altitudes to capture wind energy more efficiently than traditional ground-based wind turbines [1][2][3] Group 1: Technology and Mechanism - AWE systems operate at altitudes of 300 to 500 meters, where wind speeds are higher and more stable compared to ground level, making them a more reliable energy source [1] - The power generation process involves a "pump cycle" where kites fly in a figure-eight pattern to generate traction, producing electricity during the "unwinding phase" and then retracting the line with minimal energy use during the "retraction phase" [2] - The AWE system is designed to be lightweight, using composite materials and high-strength cables, significantly reducing the amount of steel and concrete required compared to traditional wind turbines [3] Group 2: Advantages and Flexibility - AWE systems can be installed within 24 hours and are portable, eliminating the need for expensive and time-consuming turbine foundations [4] - The environmental impact of AWE systems is lower than that of traditional wind turbines, as they do not require fuel supply chains and cause less disruption to landscapes [4] Group 3: Industry Developments and Challenges - Various companies in Europe, such as SkySails and EnerKite, are advancing AWE technology, while the U.S. Department of Energy is leveraging past research from projects like Google's Makani to enhance AWE systems [6] - The technology is at a critical juncture, transitioning from physical feasibility to achieving grid-level reliability, with challenges including long-term equipment durability and regulatory approvals [5][6]

Group 1 - Spanish Prime Minister Sanchez has visited China three times since 2023 and is considering another visit later this year, reflecting a trend among Western countries to deepen relations with China amid deteriorating ties with the U.S. [1][4] - The Royal Elcano Institute's senior analyst, Miguel Otero-Iglesias, emphasizes the importance of high-level visits to strengthen bilateral relations, noting that Chinese investment is crucial for Spain's goals in electric vehicles and renewable energy [1][3] - Spain is a leader in renewable energy within the EU, with over 50% of its energy structure coming from renewable sources last year, and Chinese companies are increasing investments in this sector [3][4] Group 2 - The bilateral trade between China and Spain exceeded $50.032 billion in the first 11 months of 2025, marking a 9.1% year-on-year increase, with Spanish exports of high-quality agricultural products to China growing significantly [4] - Spain's pragmatic approach towards China is driven by the recognition of China's industrial capabilities and the opportunities it presents for Spain's service sector [3][4] - Recent visits by other Western leaders, including Canadian Prime Minister and UK Prime Minister, indicate a broader shift in focus towards China among Western nations [4]

根据协议内容，相关项目将由沙特企业在土耳其境内实施建设，首阶段计划在土耳其中部的锡瓦斯省和 卡拉曼省建设总容量约2000兆瓦的太阳能发电站。土耳其能源与自然资源部表示，项目资金将主要通过 国际金融机构提供的外部融资和信贷支持完成。 土耳其能源与自然资源部长巴伊拉克塔尔表示，这批太阳能电站建成后，预计可满足约210万户家庭的 用电需求，将成为土耳其能源领域规模最大的外国直接投资之一。他指出，该合作项目是土耳其推进能 源转型和扩大清洁能源装机容量的重要一步。（央视新闻） 当地时间2月3日，土耳其与沙特阿拉伯在沙特首都利雅得签署一项政府间可再生能源投资协议。沙特方 面将出资约20亿美元，在土耳其建设总装机容量达5000兆瓦的太阳能和风电项目。 ...

斯里兰卡《每日金融时报》2月4日报道，根据国家可再生能源政策，斯里兰卡内阁批准了《2025-2030 年可再生能源资源发展计划》，旨在到2030年使斯70%的全国电力需求来自可再生能源，并在2050年实 现碳中和。该计划由斯可持续能源管理局(SLSEA)与所有相关利益攸关方协商制定，重点关注三个关键 领域：确定并优先考虑适合可再生能源项目的土地；制定全面可再生能源路线图和可再生能源园区开发 时间表；可纳入漂浮式太阳能发电的项目。 ...

Core Viewpoint - The development of renewable energy is crucial for building a strong energy nation, which is integral to achieving the "dual carbon" goals and establishing a new energy system in China [2][4]. Group 1: Background and Core Connotations of Energy Nation Construction - The construction of an energy strong nation is a strategic choice to balance supply security and low-carbon transition, addressing high dependence on foreign energy and geopolitical risks [3]. - Energy technology self-reliance is a core driving force for building an energy strong nation, necessitating advancements in core technologies and high-end equipment [3]. - The strategy also involves optimizing domestic development and participating in international energy governance to enhance resilience and address regional imbalances [3]. Group 2: Strategic Value and Key Role of Renewable Energy - During the 14th Five-Year Plan, renewable energy has achieved significant high-quality development, laying a solid foundation for the construction of an energy strong nation [4]. - Renewable energy serves as a crucial safety pillar, with its share in China's electricity consumption nearing 40%, enhancing energy supply autonomy [4][5]. - It is also the cornerstone for green transformation, essential for achieving the "dual carbon" goals and increasing the share of non-fossil energy consumption to over 30% by 2035 [4][5]. Group 3: Promoting High-Quality Development of Renewable Energy - The 15th Five-Year Plan faces challenges such as insufficient resource guarantees and market mechanism imperfections, necessitating a focus on problem-solving and goal orientation [7]. - Emphasis on multi-energy integration and enhancing renewable energy supply capacity aims for an annual increase of 20 million kilowatts in wind and solar power installations [7]. - Strengthening clean low-carbon consumption involves expanding green electricity usage in key sectors and promoting green hydrogen applications [8]. Group 4: Innovation and Policy Mechanisms - Focusing on critical areas like chips and industrial software, the industry aims to enhance self-reliance and promote the integration of renewable energy with digital technologies [8][9]. - The establishment of a unified national electricity market and improved market mechanisms for renewable energy transactions are essential for optimizing the business environment [9]. - Promoting international cooperation and sharing China's renewable energy development experience will contribute to a fair and cooperative global energy governance system [9].

2026年1月30日，国家能源局在新闻发布会上抛出重磅数据：2025年我国可再生能源发电量约4.0万亿千瓦时，这一数字占到我国当年总发电量的38.5%，却 超过了欧盟27国全年约3.8万亿千瓦时的总用电量，比其还多2000亿千瓦时。这一参照很好地体现了我国绿色能源的实力。 要理解这组数据的分量，得先拆解两个关键信息。从"横向对比"看，欧盟27国作为全球低碳转型的先行者，2025年全社会用电量约3.8万亿千瓦时，而我国 仅靠风、光、水、生物质等可再生能源发的电，就轻松"覆盖"了这个数字，相当于中国用"绿色电力"单独撑起了整个欧盟的用电需求。 第一组是"发展阶段差"。欧盟27国经济增速放缓，产业结构以服务业为主，用电需求相对稳定，2025年总用电量较前几年仅微增1.2%；而我国正处于产业升 级和新型城镇化推进期，虽然总用电量规模大，但可再生能源的增速更快——2025年可再生能源发电量同比增长18.7%，相当于一年多发出了6200亿千瓦时 绿电，差不多是德国全年的用电量。 第二组是"能源结构差"。欧盟虽然可再生能源占比不低，但化石能源仍占"半壁江山"，2025年天然气发电占比还维持在25%左右；而我国通过"政策组合 ...

Core Insights - The report emphasizes the strategic importance of energy and highlights the increasing complexity of energy security due to non-market factors [1][3] - Global energy security is facing challenges, with scores in four evaluation dimensions showing "two increases and two decreases" [1][3] Group 1: Global Energy Security - In 2025, global energy security will face challenges, with a shift in focus from "high-carbon energy" to "low-carbon energy" [2][4] - Fossil energy security is relatively controllable, while risks in the electricity system are becoming more pronounced [2][4] Group 2: Energy Transition and Sustainability - Despite a slowdown in renewable energy installations due to changes in U.S. policy, global energy efficiency improvements and emission reduction actions are ongoing, leading to an overall positive trend in sustainability [1][3] - The basic situation of fossil energy remains loose, but soaring prices of key minerals have only slightly improved affordability [1][3] Group 3: Geopolitical and Supply Chain Factors - Geopolitical turmoil and tight electricity supply have led to a decrease in availability, while oil reserves have rebounded but remaining capacity has declined [1][3] - The concentration of mineral supply has decreased system resilience, raising concerns about the security of key mineral supplies and the urgency for supply chain diversification [2][4] Group 4: Collaborative Energy Security - The report calls for a more inclusive, collaborative, and cooperative view of energy security, emphasizing the need for prioritizing development, safety, and multilateralism [2][4] - It advocates for balancing interests through dialogue and promoting practical cooperation across various fields, including energy investment, market construction, and climate governance [2][4]