北跨热士·经开速度 ires submot the mare 2023 西安"北跨"集结号吹响, 两年时间,滑河北岸热土崛起! 塔吊林立、机器轰鸣、产能狂飙、技术破局 … 中省市主流媒体直击经开区泾渭 + 渭北两大工业园, 带你见证西安产业"加速度"的硬核真相! · 70 天" 钢"业新速度 天大钒业:从摘地到开工仅70天! 投资3.5亿 | 年产值4.7亿 | 千吨高纯银원材料 智德电控:新能源重卡电控系统王者! 市场份额10% | 年产10万套 | 链主陕汽加持 世无旁警搞研发 · 政策精准狠" 董事长李司光 20 天"隐形冠军"全球基地 · i · 100% 国产化破局 彩晶光电:攻克光刻胶"卡脖子"难题! 全链条国产化 | 1.5万吨产能 | 宽温液晶技术领先 斛技派士 · 填袖空白 行政总监郭计 18年匠叫" 电"峰 u 辰安电气:风电高压电机国内空白终结者! 40+专利 | 千台交付 | 25MVA实验平台顶配 я温度与全流程护航" 副总经理李文娟 200% 撸速狂飙 赛破瓶领 · 拿 |上游 总经理张卫刚 出雲村·汉旅遊" 依必安派特:20天开工打造全球最大基地! 年产值12.5亿 | 亚太研发 ...

随着全球5G网络建设进入深水区，通信基站和数据中心的功率密度正经历前所未有的跃升。根据3GPP标准的节奏，5G-ADVANCED ( 5.5G ) 也逐渐 进入商用阶段，这为迈向6G打下基础。而在通信速率代际提升的同时，基站功耗也会随之迈上新台阶，带来更高的热管理挑战。 在这场静悄悄的"散热革命"中， 热界面材料（Thermal Interface Materials, TIM） 作为填补芯片与散热器间微隙的"隐形桥梁"，正成为保障通信系 统稳定性的战略物资。 基站体积的减小对天线、滤波器的集成化要求也较高，也使得小基站散热器的尺寸受到限制。但5G小基站的发热件尺寸小、功耗大，且长时间运行累 积的热量若不及时散发出去，就会严重影响到5G小基站的通讯信号及其使用寿命。但基站是典型的封闭式自然散热设备，当温度稳定后，所有热量都 会先传到外壳，再由外壳传导到空气。芯片和壳体之间需要借助导热界面材料，推动导热界面材料的提升。 当前主要有 四大类创新热界面材料 ，包括： 导热凝胶、相变材料（PCM）、碳基材料、液态金属 等。 中兴通讯 在BBU基带单元中采用7.8W/mK凝 胶方案，实现200万小时无故障运行。而相变材 ...

Core Viewpoint - The article emphasizes the transformative impact of AI and the new energy revolution on the manufacturing industry, highlighting the importance of firsthand experience in identifying investment opportunities in this rapidly evolving sector [1]. Group 1: Industry Insights - The article discusses the upcoming "Shenzhen New Energy + Intelligent Manufacturing Industry Chain Deep Dive" event, which aims to explore leading companies in the new energy and manufacturing sectors, including BYD, Yuhua Tian, and Feirongda [1]. - It highlights the significance of being at the forefront of the industry, where opportunities are abundant for those willing to explore and engage directly with transformative companies [1]. - The article mentions BYD as a major player, selling over 6 million electric vehicles annually and controlling the entire supply chain from lithium mining to chips and energy storage [1]. Group 2: Technological Advancements - The article describes advancements in AI and IoT within the urban services sector, particularly in the environmental protection industry, where AI-driven systems are optimizing the management of over 100,000 sanitation devices [2]. - It also touches on cutting-edge electronic cooling technologies, showcasing how a 0.3mm carbon-based material is essential for managing the heat generated by AI servers, with a significant role in the supply chain for electric vehicles [3]. Group 3: Expert Engagement - The event will feature industry experts and seasoned investors who will provide insights into industry trends and potential investment opportunities, fostering high-level discussions [4][5]. - A high-end closed-door dinner will be organized for deeper exchanges of ideas and insights among participants [5].

Group 1 - The carbon fiber and composite materials industry chain in Shaanxi has achieved a production value of 1.339 billion yuan in the first five months of this year, with an expected annual production value of around 3 billion yuan [1][2] - The industry chain is considered a key foundational material for advanced defense industries such as aviation and aerospace, as well as important for sectors like transportation and energy [1] - The provincial government has established a collaborative work mechanism involving multiple departments and industry experts to support the development of the carbon fiber and composite materials industry chain [1] Group 2 - The carbon fiber and composite materials industry chain in Shaanxi is characterized as having significant development potential, with projected project investments exceeding 20 billion yuan over the next three years [2] - Key projects expected to commence production this year include a 5,000-ton carbon fiber production line in Yulin and an intelligent manufacturing park for ceramic-based composite materials in Xi'an [2] - The provincial government plans to accelerate the establishment of a "six-in-one" work mechanism to enhance collaboration and innovation within the industry chain, aiming for high-quality development [2]