Core Insights - Accelsius will deploy its NeuCool™ IR80 system at Equinix's Co-Innovation Facility in Q3 2025, enhancing data center cooling solutions [1] - The collaboration aims to demonstrate technology in real-world scenarios, making it tangible for customers [2] - The two-phase, direct-to-chip cooling solution allows for warmer inlet water temperatures, leading to energy efficiency and reduced reliance on compressors [2] - The deployment will showcase the benefits of two-phase cooling for GPUs, with a non-conductive dielectric fluid ensuring safety [3] Company Overview - Accelsius, founded by Innventure, Inc. (NASDAQ:INV), focuses on advanced cooling solutions for data centers and edge operators [4] - The NeuCool platform offers thermal efficiencies through a safe, scalable two-phase liquid cooling system [4]

Core Insights - Accelsius will deploy its NeuCool™ IR80 system at Equinix's Co-Innovation Facility in Q3 2025, enhancing data center cooling solutions [1] - The collaboration aims to demonstrate technology in real-world scenarios, making it tangible for customers [2] - Accelsius' two-phase, direct-to-chip cooling solution allows for warmer inlet water temperatures, leading to energy efficiency and reduced reliance on compressors [2] - The partnership is part of ARPA-E's COOLERCHIPS program, targeting a reduction of cooling energy use to below 5% of a data center's IT load [2] - Accelsius' cooling system is designed to protect valuable assets like GPUs, using a non-conductive dielectric fluid [3] Company Overview - Accelsius, founded by Innventure, Inc. (NASDAQ:INV), focuses on advanced cooling solutions for data centers and edge operators [4] - The NeuCool platform offers thermal efficiencies through a safe, two-phase liquid cooling system scalable from single racks to entire data centers [4]

Industry Overview - The data center cooling market is expected to grow at a CAGR of 12.8% from 2023 to 2030, driven by the demand for coolant architectures for AI and high-performance computing [1]. Company Analysis: Super Micro Computer (SMCI) - SMCI's server and storage revenues are significantly supported by its direct liquid cooling products, achieving a production volume of over 2000 DLC racks per month [3]. - The company launched DLC-2 technology in May 2025, which offers features such as water and space savings, noise reduction, and a potential reduction in electricity costs by up to 40% [4]. - SMCI is currently facing challenges, including delayed purchasing decisions from customers and margin contraction due to increased competition from established players like HPE and Dell Technologies [5]. - The Zacks Consensus Estimate for SMCI's fiscal 2025 earnings is $2.07 per share, reflecting a year-over-year decline of 6.3% [5][6]. Company Analysis: Vertiv (VRT) - Vertiv has a robust thermal management portfolio, providing various cooling solutions that optimize performance and power utilization [7]. - The company is projected to achieve 24.91% EPS growth in FY25, driven by strong demand for AI cooling solutions [7][10]. - Vertiv continues to invest in research and capacity expansion to meet the growing needs of AI infrastructure, including the development of high-density cooling solutions for NVIDIA's platforms [9]. - The Zacks Consensus Estimate for Vertiv's fiscal 2025 revenues is $9.52 billion, indicating year-over-year growth of 18.8%, with earnings estimated at $3.56 per share, reflecting a growth of 24.91% [10][11]. Stock Performance and Valuation - Year-to-date, shares of SMCI have increased by 65.2%, while VRT shares have gained 6.3% [12]. - SMCI is trading at a forward Price to Sales ratio of 1.01X, above its median of 0.83X, whereas VRT is trading at a forward sales multiple of 4.5X, higher than its median of 4.25X [13]. Conclusion - Both SMCI and VRT are benefiting from the growth in cooling technology due to AI workloads and high-performance computing [16]. - However, VRT's financial metrics suggest it is a stronger investment choice compared to SMCI, which currently holds a Zacks Rank of 3 (Hold) versus VRT's 2 (Buy) [16].

Summary of Liquid Cooling Industry Research Industry Overview - The liquid cooling industry is experiencing rapid growth driven by the increasing demand for high computing power and policy guidance, with the penetration rate expected to exceed 20% by 2025 from approximately 10% in 2024, although air cooling remains dominant [1][6][9]. Key Points and Arguments - **Data Center PUE Reduction Policies**: National policies require that by the end of 2025, new and renovated large data centers must achieve a Power Usage Effectiveness (PUE) of below 1.25, with key nodes not exceeding 1.2, and the national average PUE below 1.5. Recent data shows a decrease to 1.26 [1][9]. - **Smart Computing Drives Liquid Cooling Development**: The reliance on high-power chips like NVIDIA's Blackwell series necessitates more effective cooling solutions, as these chips generate significantly higher heat compared to traditional data centers [1][8]. - **Importance of Stable Temperature and Humidity**: A 10-degree increase in server temperature can reduce equipment reliability and lifespan by 50%. Data center failures can lead to decreased operational efficiency and potential data loss [1][5]. - **Liquid Cooling Technology Types**: The main types of liquid cooling technologies include cold plate, silent, and spray cooling, with cold plate systems currently being the most widely deployed [1][3][19]. - **Investment Opportunities**: Recommendations include focusing on integrated solution providers and high-value, low domestic production component suppliers, which are expected to meet the growing data processing demands while aligning with green development goals [10][20]. Additional Important Content - **PUE Definition and Importance**: PUE is a critical metric for assessing data center energy efficiency, with lower values indicating better efficiency. Liquid cooling technologies can help achieve lower PUE by improving thermal management [11][12]. - **Liquid Cooling System Components**: Key components of liquid cooling systems include the cold distribution unit (CDU), which manages heat transfer, and various cooling sources that can be natural or mechanical [14][16]. - **Risks and Challenges**: Potential risks include underwhelming computing demand, insufficient chip supply, international trade tensions, and increased industry competition [21].

Summary of InVenture (INV) Conference Call - June 12, 2025 Company Overview - InVenture operates as a conglomerate model, launching wholly owned companies in collaboration with multinationals, acting as founders, funders, owners, and operators of these companies [3][4][10] - The company focuses on technology solutions that are either invented or adopted by multinationals, which are outside their core operations [4][9] Core Model and Strategy - InVenture employs a closed loop model with four core aspects: uniqueness of technology, fully developed technology, leveraging multinational experience, and catalyzing early adoption through multinational relationships [4][6][7] - The model aims to reduce risk by ensuring that technology solutions are in pilot form before full commercial launch, thus increasing the likelihood of success [7][12] - The company has launched four companies to date, including PureCycle and Aeroflex in partnership with Procter & Gamble, and Excelsius, which addresses critical cooling technology needs in data centers [10][11][15] Excelsius and Market Opportunity - Excelsius is positioned to capitalize on the growth of data centers and generative AI, addressing a critical infrastructure gap in cooling technology [15][16] - The current cooling methods in data centers are inadequate, with 8% still using air conditioning, while the industry is moving towards two-phase cooling solutions [16][18] - Excelsius offers a cost-effective two-phase cooling solution that reduces energy costs and allows for denser server configurations, providing both critical need and economic incentive for adoption [21][22] Financial Performance and Growth Potential - InVenture aims to demonstrate high earnings per share growth by systematically launching companies that exhibit an S-curve of growth, potentially leading to premium valuations [14] - The company has invested approximately $10 million into PureCycle, which went public at a $1.2 billion valuation and is currently trading at around $2 billion [23] - The company plans to maintain a disciplined capital allocation approach, aiming to launch approximately one company per year while managing operational strain and dilution of focus [34][36] Capital Strategy and Market Position - InVenture has closed approximately $150 million in financing and plans to raise additional capital to support its growth and operational needs [40][41] - The company emphasizes the importance of a strong capital markets team to navigate funding challenges and ensure long-term success [43][45] - The value proposition for investors lies in accessing early-stage venture opportunities with a better risk-adjusted basis, particularly through the growth potential of Excelsius and the systematic launch of new companies [52][54] Conclusion - InVenture's model is designed to create value through strategic partnerships and innovative technology solutions, with Excelsius serving as a key proof point for the company's growth strategy [53][54]

Core Insights - Ecolab Inc. launched the 3D TRASAR Technology for Direct-to-Chip Liquid Cooling, enhancing data center cooling solutions and optimizing performance while saving water and energy [1][2][5] Company Developments - The new technology positions Ecolab to cover the entire data center cooling landscape, leveraging AI to improve efficiency and reduce resource demand [2][6] - Ecolab's market capitalization stands at $75.71 billion, with a return on equity of 22.5%, outperforming the industry average of 11.6% [4] - Following the product launch, Ecolab's shares increased by nearly 0.7%, reflecting positive market sentiment [3][10] Industry Prospects - The global data center cooling market is projected to grow from $12.7 billion in 2023 to $29.6 billion by 2030, with a CAGR of 12.8%, driven by the need for efficient cooling systems [7] - Ecolab's management anticipates that the new cooling technology will unlock growth opportunities for high-tech companies by addressing water and performance demands [6][5]

Group 1: Project Overview - Accelsius has been selected as a key contributor to the U.S. Department of Energy's ARPA-E COOLERCHIPS project, focusing on developing a next-generation hybrid cooling architecture for data centers [1][3] - The project aims to reduce total cooling energy consumption to less than 5% of a data center's IT load while maintaining reliability and enabling high-density computing [3] Group 2: Technology and Contributions - Accelsius will provide its proprietary MR250, a multi-rack, in-row, 250kW two-phase Coolant Distribution Unit (2P CDU), for system-level testing at the UT Arlington campus [2] - The MR250 is expected to be generally available by late 2025, enhancing the project's test infrastructure [2] Group 3: Collaboration and Impact - The collaboration between Accelsius and The University of Texas at Arlington is expected to advance the understanding and benchmarking of two-phase, direct-to-chip cooling technologies [3][4] - Industry leaders express excitement about the potential impact of this collaboration on U.S. leadership in next-generation data center efficiency [4] Group 4: Company Background - Accelsius, founded by Innventure, Inc. (NASDAQ:INV), specializes in advanced cooling solutions that help data center and edge operators achieve business, financial, and sustainability goals [5] - The company's NeuCool platform offers best-in-class thermal efficiencies through a safe, two-phase liquid cooling system scalable from single racks to entire data centers [5]

Core Viewpoint - The article discusses the advancements in liquid cooling technology for data centers, particularly highlighting Supermicro's new DLC-2 technology and its implications for energy efficiency and operational costs in the context of rising AI computing demands [2][5][9]. Group 1: Supermicro and DLC-2 Technology - Supermicro announced the launch of its next-generation DLC-2 technology, which has led to a fourfold revenue increase over the past three years, driven by the maturity of liquid cooling technology [2]. - The new data center construction modular solution (DCBBS) integrates the DLC-2 technology, achieving a 40% improvement in energy and water savings, a heat capture rate of 98%, and a noise level as low as 50db, while also reducing capital expenditures by up to 20% [2][9]. - Supermicro's stock has experienced significant volatility, with a 300% increase in 2023 due to AI demand, followed by an 80% decline in 2024 due to financial reporting delays and governance issues [7][12]. Group 2: AI Computing Power and Market Trends - NVIDIA's CEO Jensen Huang emphasized the critical role of computing power in AI development, noting that AI computing performance improves by a factor of one million every decade [4]. - The IDC report predicts that China's AI computing power market will reach $25.9 billion by 2025, growing 36.2% from 2024, while total energy consumption in Chinese data centers is expected to exceed 400 billion kWh, accounting for over 4% of total national consumption [4]. Group 3: Liquid Cooling Technology Overview - Liquid cooling technology is categorized into non-contact and contact types, with non-contact cooling being the most widely used due to its maturity [5]. - The average energy consumption for cooling systems in air-cooled data centers exceeds 50%, with higher ratios in AI computing centers [5]. - The emergence of high-density computing scenarios has led to the development of new immersion cooling solutions, which are expected to see widespread adoption as server power densities increase [5][6]. Group 4: Financial Performance and Future Outlook - MiaoSuan Technology, founded in 2023, aims for a revenue target of 300 million yuan in 2025, leveraging its immersion cooling technology [6][7]. - Supermicro's recent partnership with DataVolt in Saudi Arabia indicates ongoing interest in high-performance computing solutions despite past financial challenges [7]. - The operational efficiency of liquid cooling systems can lower Power Usage Effectiveness (PUE) to as low as 1.15, with potential for further reductions in specific areas [9].

Reflect Scientific, Inc., based in Orem, Utah, develops and markets innovative, proprietary technologies in cryogenic cooling for the biotechnology, pharmaceutical, medical, and transportation markets. Among Reflect Scientific's products are low-temperature freezers and refrigerated systems for laboratory, transportation, and computer server room uses. Visit reflectscientific.com for more information. See us on Twitter @ReflectSci and LinkedIn www.linkedin.com/company/reflect-scientific. Forward-Looking Sta ...

Core Viewpoint - The launch of a new generation of immersion liquid cooling products by Miaosuan Technology and Hengtong Group aims to provide sustainable solutions for digital infrastructure development, emphasizing collaboration among industry partners [1] Group 1: Product Features and Innovations - The new product features a single-layer immersion liquid cooling architecture, capable of deploying six 5U immersion liquid cooling servers within four hours, catering to the needs of small and medium-sized enterprises for edge computing services [3] - The modular server design integrates computing, networking, storage, and management into a single unit, achieving over 30% energy consumption reduction, high-density deployment (100kW per square meter), ultra-quiet operation (40dB), and extended hardware lifespan by approximately 30% [3][4] - The innovative cooling system can achieve a Power Usage Effectiveness (PUE) as low as 1.15, with specific areas reaching 1.09, and enhances the utilization rate of data center space by nearly 90% [4] Group 2: Operational and Maintenance Support - Miaosuan Technology provides a comprehensive lifecycle service for liquid cooling technology, including cleaning agents and maintenance vehicles, ensuring ease of operation and maintenance [3][4] - The company aims to lower the entry barriers for liquid cooling technology, making initial investments comparable to air cooling, ultimately achieving parity in costs between liquid and air cooling solutions [4] Group 3: Strategic Collaborations and Industry Impact - A strategic cooperation agreement was signed between Miaosuan Technology and Atec Innovations Sdn Bhd to deepen collaboration in innovative liquid cooling technology development and ecosystem integration [7] - The event included a roundtable discussion on the liquid cooling industry's future, focusing on the synergy between computing power demands, technological advancements, and energy management [7] - The new generation of intelligent computing industry parks, exemplified by the Tujing Technology project, aims to support large-scale AI model training and inference with efficient cooling solutions [7]