Investment Rating - The report does not explicitly state an investment rating for the industry or specific companies Core Insights - The rapid development of generative AI is driving an increase in computing power demand, leading to higher chip power consumption, with NVIDIA's next-generation Rubin/Rubin ultra chips potentially exceeding 2000W [6] - Current single-phase cooling solutions may struggle to meet the cooling demands of the next-generation Rubin series chips, prompting a shift towards more efficient cooling technologies such as microchannel water cooling plates (MLCP) [6][8] - The microchannel cooling technology offers significant advantages over traditional cooling methods, including lower thermal resistance, larger heat exchange area, and higher flow rates, making it suitable for high heat density scenarios [20][22] Summary by Sections Cooling Technology Overview - Traditional single-phase cooling solutions face limitations in thermal resistance and cooling efficiency, particularly for high power demands of 1500-2000W [8][21] - Microchannel cooling technology integrates cooling components to reduce thermal resistance and improve heat transfer efficiency, with flow channels designed at the micron level [19][22] Market Dynamics - The microchannel cooling market is characterized by three main types of companies: startups specializing in microchannel technology, traditional cooling solution providers, and companies focused on cover plates [26][28] - The transition to microchannel cooling may create opportunities for domestic suppliers, especially if existing suppliers cannot meet the new product iteration pace or quality requirements [30] Challenges and Opportunities - The manufacturing complexity of microchannel cooling plates requires advanced production techniques, which may increase costs by 3-5 times compared to existing cooling solutions [36] - The report highlights potential risks, including slower-than-expected capital expenditure in computing power and competition from alternative cooling technologies [38]

Investment Rating - The report rates the liquid cooling industry as "Overweight," indicating that it is expected to outperform the overall market [3]. Core Insights - The MLCP (Micro-Channel Liquid Cooling Plate) technology is highlighted as an innovative solution to address the cooling challenges posed by ultra-high power chips, with expected power consumption exceeding 2000W [3][5]. - The report emphasizes the importance of micro-channel design, forced convection, and optimized fluid dynamics in achieving high heat exchange efficiency [5]. - Key companies in the industry are recommended for attention, including Jiangshun Technology, Yingweike, and Kangsheng Co., among others, due to their advancements in liquid cooling technology [5]. Summary by Sections Industry Overview - The MLCP technology utilizes micro-scale fluid channels to achieve efficient heat exchange, capable of handling extreme thermal loads [5]. - The manufacturing processes for micro-channels include etching, 3D printing, and stamping, each with its advantages and limitations [5]. Key Companies and Valuations - Jiangshun Technology: Market cap of 48.74 billion, projected net profit of 1.55 billion in 2024 [6]. - Yingweike: Market cap of 756.61 billion, projected net profit of 4.53 billion in 2024 [6]. - Kangsheng Co.: Market cap of 54.89 billion, with a projected net profit of -0.98 billion in 2024 [6]. - Other notable companies include Nanfeng Co., Huazhu High-Tech, and Yinhong Co., with varying market caps and profit projections [6].

Group 1 - The company has a certain level of technical reserve in microchannel liquid cooling technology, but has not yet achieved industrial application [1]