Core Viewpoint - The energy storage industry is undergoing significant transformation, moving from "scale construction" to "high-quality development" by 2026, with a focus on market-driven mechanisms and technological advancements [3][20]. Industry Overview - In 2025, the global solar-storage industry continued to grow rapidly, with new solar installations exceeding 500 GW and cumulative energy storage installations surpassing 300 GWh, reflecting a nearly 70% year-on-year growth [8]. - The shift from administrative pricing to market pricing is reshaping the energy storage landscape, with peak-valley price differences transitioning from nominal expansion to actual contraction [3][19]. Technological Advancements - AI and energy revolution are closely intertwined, with the need for companies to embrace AI to remain competitive [11][12]. - The integration of AI and energy solutions is expected to drive innovation and operational efficiency in the energy sector [11][12]. Market Dynamics - The cancellation of mandatory energy storage requirements for new renewable energy projects marks a significant shift in market logic, emphasizing operational profitability over policy-driven growth [22]. - The energy storage market is expected to see a transition from short-term arbitrage to long-term, diversified revenue streams, necessitating a focus on comprehensive service capabilities [18][19]. Company Strategies - Companies like Ronghe Yuanshu are emphasizing the long-term operational value of energy storage assets, focusing on data-driven approaches and ecosystem development [16]. - Hai Bo Si Chuang has achieved significant milestones with large-scale energy storage projects and strategic partnerships, aiming to break industry barriers through innovation [17]. - Penghui Energy highlights the importance of profitability as a key determinant for project viability, shifting the focus from policy mandates to market demand [20]. Future Outlook - The energy storage industry is expected to face three main challenges: the AI technology revolution, the third energy revolution driven by energy security, and geopolitical uncertainties affecting supply chains [11][14]. - Companies are urged to adapt to the evolving market by enhancing their operational capabilities and focusing on long-term value creation rather than short-term gains [21][27].

Core Viewpoint - Shanxi Province is focusing on energy revolution and industrial upgrading as part of its strategic plan to transition from a coal-dominated economy to a modern industrial system, aiming for a green and low-carbon energy transformation while ensuring energy security [1][4][8]. Energy Revolution - Shanxi will implement nine key paths for energy transformation, including intelligent and green coal mining, large-scale development of renewable energy, and the establishment of a new power system [3][4]. - In the past year, Shanxi's coal production reached 1.305 billion tons, a 2.1% increase year-on-year, while renewable and clean energy installed capacity reached 90.48 million kilowatts, accounting for 55.1% of the total, marking a historic shift in energy structure [2][3]. Industrial Upgrading - The province aims to optimize traditional industries and promote emerging sectors, focusing on high-end, intelligent, and green development [5][6]. - Shanxi will enhance traditional industries like steel and cement through low-carbon transformations and develop new materials and advanced manufacturing sectors, targeting the creation of billion-level industrial clusters [5][6]. Project Support and Technological Innovation - The province plans to launch a "Major Project Construction Year" with 629 key projects totaling over 2.4 trillion yuan in investment, including 309 energy transition projects with planned investments of 109.04 billion yuan [7]. - Shanxi will strengthen its technological innovation capabilities by establishing new laboratories and focusing on over 100 key research tasks in energy technology [7]. Mission and Strategic Focus - Shanxi is at a critical juncture for resource-based economic transformation, with a focus on energy technology innovation and industrial cluster development to support its transition [8]. - The province aims to balance development and security while contributing to national energy security and high-quality development in resource-based regions [8].

回顾全球商品市场近30年的演变轨迹，历次主要牛市周期的启动虽存在一些共性特征，但其内核驱动与 演绎路径已随时代背景深刻变迁。 南方一大型钢企首席分析师告诉期货日报记者，21世纪初由中国工业化与城镇化浪潮所引领的"大宗商 品超级周期"，其核心逻辑是全球总需求，尤其是中国对基础原材料的系统性需求爆发，与长期资本开 支不足导致的供应刚性形成历史性共振。而2016年至2018年的周期反弹，则更多体现为全球主要经济体 协同复苏预期下的需求回暖，叠加中国供给侧改革对煤炭、钢铁等行业的产能出清，共同促成的价格修 复行情。这些传统周期通常伴随着全球经济的同步扩张、宽松的货币环境（低实际利率）及地缘或产业 层面的供应扰动。 该钢企首席分析师进一步解释称，观察自2022年延续至今的市场格局，可以发现其驱动逻辑发生了范式 转移。本轮行情的领跑者——贵金属及部分战略金属的强势，并非源于强劲的全球经济增长，而是在经 济增长乏力、传统工业需求相对疲弱的宏观图景下，由多重结构性叙事所驱动。这使得本轮行情呈现出 鲜明的"金融属性"与"战略属性"双轮驱动的特征，资金流向表现出高度的选择性与聚焦性，而非历史上 常见的普惠式轮动，这是理解当前市场 ...

逐梦冰雪，陕耀未来。陕西省第一届冬季运动会在榆林市举行。塞上驼城，冰雪运动盛宴给人们留下深 刻印象。 地上冰雪，地下能源，榆林的发展故事里，有绿色的旋律、时代的节拍，也有转型的号角。 榆林常被人称为"能源之城"。这里煤炭储量占全国1/5，有中国陆上探明的最大整装天然气田，还有储 量10亿吨的石油。"乌金"滚滚，是榆林发展的底气，也是转型的关键。从挖煤卖煤、烧煤发电，到聚 焦"煤头化尾"，如今榆林通过延链补链、链式布局，已形成多条现代煤化工产业链。 不仅有煤、油、气，还有风、光、氢。毛乌素沙地南缘，常年劲风不息、日光充沛。2025年，榆林风光 总装机达到3700万千瓦。同时，立足光伏风电资源富集、化工产业基础雄厚的优势，榆林还布局一批重 点氢能项目，打造"中国西部氢谷"。 从国家级能源革命创新示范区到首批碳达峰试点城市，能源之城的蜕变，坚定了榆林走绿色发展之路、 实现高质量发展的决心。发展的交响曲中，不能只有一种乐器，旋律交织才能谱写丰富乐章。承办陕西 省第一届冬季运动会，正是榆林探索多元发展的尝试。 榆林有地下"热能源"，还有地上"冷资源"。平均海拔1000米以上，冬季最低气温零下20摄氏度，积雪厚 度、雾凇 ...

本文为深度观点解读，仅供交流学习 当西方能源巨头纷纷放弃海水制氢领域时，2025年，咱中国的一项突破却让世界为之一震。 深圳大学科研团队攻克了困扰全球半个世纪的"结垢"难题，将海水直接电解制氢推向了工业化门槛。 更关键的是，这项技术能将制氢成本拉低至每公斤0.698美元，这是一个足以改写全球能源经济模型的数字。 西方曾断言"百年内无解"的世纪难题，如今被来自东方的智慧破解，一场潜在的能源革命已悄然点燃导火索。 来自中国的智慧，所解决的世纪难题 当全球陷入技术悲观时，中国深圳大学"氢驰电掣"团队却选择了一条迥然不同的路。他们的成功，并非源于更庞大的预算或更神秘的材料，而在 于一次根本性的思路转换。 西方研究长期聚焦于"如何阻止结垢生成"，而咱中国团队的提出了一个巧妙的问题：既然沉淀必然会产生，我们能否让电极也"不粘"这些沉淀 呢？ 基于这一质朴而高明的想法，他们在电极表面构筑了一层特殊的防护层。这层"防护衣"并不阻止氢氧化镁在溶液中生成，却能令其在形成的瞬间 无法牢固附着在电极上。 文 |朝子亥 沉淀物"站不稳、粘不住"，随即被流动的海水带走。这套方案一举两得，在解决结垢的同时，也有效抵抗了海水的腐蚀。 实验结 ...

不得不承认，黄金、有色金属、石化等构筑的大宗商品叙事，短期内已然挣脱惯常的分析框架。 急涨、急跌、再反弹，市场的呼吸变得急促而失序。历史新高与数十年新低，在短短几个交易日轮番上演；涨 停与跌停、贪婪与恐惧，在情绪的剧烈摇摆中反复交替；疯狂抢筹与踩踏出逃，亦在预期的突然反转间迅速切 换。 黄金这个在2025年53次刷新历史纪录的贵金属品类，在最近短短一周内，走完了一段过山车般的史诗级轨迹。 1月29日，伦敦金价强势触及每盎司5598美元的历史极值，随后迎来急速调整，并在1月31日以一次近四十年未 见的单日暴跌急速冷却；正当市场惊魂未定时，2月4日，它又以一场近207个月以来的最大单日涨幅，再度改 写了剧本。 市场的解释我们已不陌生，"沃什交易"的冲击、获利回吐的压力，让黄金处于震荡行情。1月30日，以激进缩 表主张闻名的前美联储理事凯文·沃什为主席候选人，这一信号瞬间动摇了黄金的货币宽松逻辑。 在此基础上，交易所上调保证金的要求， 成为了压垮骆驼的最后一根稻草 。高杠杆资金在强制平仓的压力下 被迫集体离场，前期积累的巨大获利盘如雪崩般涌出，市场的极致波动由此诞生。 但若跳出眼下的喧嚣与波动，便会发现，这或许并非 ...

Core Viewpoint - The article emphasizes that electricity is becoming the new currency in the AI era, determining the output limits of AI production. The resilience and redundancy of the power grid are critical variables affecting a country's AI competitiveness [2][8]. Group 1: Strategic Opportunities in the Energy Sector - The demand for copper is expected to surge, becoming the new oil, with a projected shortfall of millions to tens of millions of tons by 2030 due to its essential role in electrical transmission and distribution [3][18]. - Global power grid upgrades are anticipated, with breakthroughs in ultra-high voltage, substations, and flexible direct current technology to address the mismatch between renewable energy and computing centers [3][21]. - The acceleration of green energy development, particularly solar and wind power, will significantly influence AI computing costs, with China leading in green energy advantages [3][23]. - Innovations in energy storage, particularly solid-state batteries, are seen as the ultimate solution for stable AI data center operations [3][28]. Group 2: Electricity Supply and Demand Dynamics - The global electricity supply is becoming a primary bottleneck for AI development, with the International Energy Agency (IEA) predicting that electricity consumption for data centers, AI, and cryptocurrency will exceed 1000 TWh by 2026 [8][9]. - By 2025, global electricity demand growth is expected to outpace overall energy demand growth, driven by electric vehicles and AI [9][10]. - China is projected to surpass 10 trillion kWh in electricity consumption by 2025, significantly outpacing the U.S. and Europe [9][10]. Group 3: Regional Electricity Challenges - The U.S. and Europe face significant electricity supply challenges, with aging infrastructure and network bottlenecks hindering the expansion of computing infrastructure [9][11]. - In 2025, the average industrial electricity price in China is expected to remain significantly lower than that in Europe and the U.S., making electricity a scarce resource in those regions [11][12]. - The U.S. data center market is experiencing rising electricity prices due to capacity fees and network integration challenges, with vacancy rates dropping below 1% in key areas [12][13]. Group 4: Innovations in Energy Technologies - The article discusses the potential of nuclear energy and controlled nuclear fusion as future power sources for AI, with significant investments from tech giants like Microsoft and Amazon [4][37]. - Solid-state batteries are highlighted as the ideal energy storage solution for AI, offering higher energy density, longer lifespan, and improved safety compared to traditional lithium batteries [28][30]. - Diesel generators are positioned as a critical backup power source for AI data centers, providing long-duration power during outages [31][32]. Group 5: Green Energy and Technological Advancements - The global renewable energy sector is entering a new era, with record installations of solar power expected in 2025, particularly in China [23][24]. - Technological advancements in solar energy, such as perovskite solar cells, are anticipated to drive efficiency improvements in the coming years [25][26]. - The article also mentions the potential of space-based solar power as a future energy form, capable of providing continuous energy supply [26][27].

朋友们，我是郑重。刚刚，一位特斯拉工程师在领英上发了条"求救帖"——公司正紧急招聘太阳能项目 人员，目标直指"美国最大光伏制造商"。而这场招聘狂潮的源头，是马斯克一个月前扔下的重磅炸弹： 三年内，在美国本土打造200GW光伏产能！ 200GW是什么概念？这相当于美国当前全部太阳能装机容量的十倍，更是中国年新增装机量的一半！ 更颠覆的是，这批光伏板的首要任务不是铺在屋顶，而是飞向太空——去驱动马斯克规划的"轨道AI帝 国"。今天咱们就拆解一下：这场太阳能战略，到底是能源革命还是资本赌局？ 第一幕：战略升维——从地面到太空的"能源三级跳" 马斯克的太阳能计划，绝非简单的产能扩张，而是一套环环相扣的"能源三级跳"： 1. 地面奠基：特斯拉借助Gigafactory模式，用200GW产能碾压传统光伏巨头，目标将组件成本压至每瓦 0.1美元以下，为太空部署铺平量产道路； 2. 太空布网：SpaceX用Starship将光伏板送入轨道，直接为AI卫星供电，规避地面电网限制与传输损 耗； 3. 生态闭环：xAI作为首个体内客户，消耗太空电力，形成"光伏-算力-数据"的自循环系统。 这一招，直接把光伏从"清洁能源"升级为"文 ...

Group 1: Core Themes - The 2026 Shanxi Provincial Two Sessions focused on high-quality development and the transformation of resource-based economy, aiming for a roadmap towards becoming an energy powerhouse and modern industrial system [1][8] - The sessions emphasized the importance of energy revolution and industrial upgrading, with a commitment to green transformation, technological innovation, and project investment [1][8] Group 2: Energy Revolution - Shanxi aims to establish a clean, low-carbon, safe, and efficient new energy system while ensuring national energy security, with significant achievements in energy transition over the past year, including a coal output of 1.305 billion tons, a 2.1% increase year-on-year [2][3] - The province plans to maintain coal production around 1.3 billion tons while developing new energy bases, with a target of 30 million kilowatts of wind and solar power installations [3][4] - The energy transition strategy includes enhancing unconventional natural gas production and advancing modern coal chemical processes, aiming for a comprehensive transformation [3][4] Group 3: Industrial Upgrading - The sessions outlined plans to optimize traditional industries and foster emerging sectors, focusing on high-end, intelligent, and green development [4][5] - Shanxi will promote low-carbon upgrades in traditional industries like steel and cement, while also developing new materials and advanced manufacturing [4][5] - The province aims to cultivate new industries such as high-end equipment manufacturing and electronic information, targeting the establishment of billion-level industrial clusters [4][5] Group 4: Project and Innovation - A "Major Project Construction Year" initiative was launched, with 629 provincial key projects totaling over 2.4 trillion yuan in investment, including 309 energy transition projects [7] - Shanxi plans to enhance its technological innovation capabilities by establishing new laboratories and focusing on over 100 key energy technology tasks [7] - The province will deepen reforms and enhance the business environment to attract investment and foster regional cooperation [7][8]

* 岑㏔䄬婘撨劭免罆♷僗⪝ 4)&/;)&/80&3)&"54)3*/,"#-&."5&3*"-$0 -5% (於中華人民共和國註冊成立的股份有限公司) 股份代號：9981 聯席保薦人、保薦人兼整體協調人、聯席全球協調人、聯席賬簿管理人及聯席牽頭經辦人 整體協調人、聯席全球協調人、聯席賬簿管理人及聯席牽頭經辦人 重要提示： 閣下如對本招股章程的任何內容有任何疑問，應尋求獨立專業意見。 Shenzhen Woer Heat-Shrinkable Material Co., Ltd.* 深圳市沃爾核材股份有限公司 （於中華人民共和國註冊成立的股份有限公司） 聯席賬簿管理人及聯席牽頭經辦人 * 僅供識別 重要提示 全球發售 全球發售項下的發售股份數目 ： 139,988,800股H股 香港發售股份數目 ： 13,999,000股H股（可予重新分配） 國際發售股份數目 ： 125,989,800股H股（可予重新分配） 最高發售價 ： 每股H股20.09港元，另加1.0%經紀佣金、0.0027% 證監會交易徵費、0.00015%會財局交易徵費及 0.00565%香港聯交所交易費（須於申請時以港元 繳足，多繳款項可予退還 ...