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液冷材料反应到什么阶段了
2025-08-24 14:47

Summary of Conference Call on Liquid Cooling Technology Industry Overview - The conference call focused on the liquid cooling technology industry, particularly the development and market dynamics of single-direction and dual-direction cooling systems, as well as the materials and components involved in these systems [1][2][11]. Key Points and Arguments 1. Cost Structure of Cooling Plates: - Single-direction cooling plates have a cost structure where the cooling plate itself accounts for approximately 35% (full copper solution), followed by fins at about 21%, and coolant at around 10%. A copper-aluminum mixed solution can significantly reduce costs by about 30% [1][2]. 2. Dual-Direction Cooling Plates: - Dual-direction cooling plates require phase change and are more likely to use aluminum structures to reduce costs and weight. They utilize traditional refrigerants or fluorinated liquids instead of water-based solutions, leading to higher costs compared to single-direction systems [1][4]. 3. Market Demand for Materials: - The development of liquid cooling technology significantly increases the demand for aluminum and copper, especially in large-scale applications (e.g., NVL144, 288, 576), where usage can grow from hundreds of kilograms to several tons [1][15]. 4. Investment Potential in Coolants: - The coolant segment is identified as having the highest investment potential in the liquid cooling market, with new efficient media like fluorinated liquids and refrigerants gaining attention due to increased demand driven by AI iterations [1][17]. 5. Supply Chain Dynamics: - Huawei exhibits strong control over its supply chain, preferring domestic suppliers that can provide high-quality and innovative products, thus promoting domestic substitution [1][33]. 6. Value Distribution in Liquid Cooling Systems: - In single-direction cooling systems, the main components by value are the cooling plate (42%), fins (21%), CDU (11%), quick connectors (11%), and sensors/other accessories (1%). The coolant, while important, constitutes about 10% of the total cost [2][5]. 7. Differences in Material Usage: - Single-direction cooling plates primarily use a copper-aluminum mix, while dual-direction plates reduce copper dependency, favoring aluminum due to its lightweight and ease of processing [4][7]. 8. Cooling Liquid Role: - In single-direction systems, the coolant is crucial for heat removal, while in silent systems, the demand for insulating oil is significantly higher, potentially accounting for 30%-40% of total costs [5][6]. 9. Competition Between Cooling Technologies: - The emergence of dual-direction cooling plates fills a market gap between single-direction silent and traditional air cooling, leading to increased competition among companies exploring various media options [11][12]. 10. Future Trends in Cooling Technology: - The market is expected to see a shift towards dual-direction cooling solutions, with significant changes in materials and cooling liquids anticipated by 2026 [19][35]. Additional Important Insights - Performance Metrics: The primary performance indicators in liquid cooling systems focus on boiling points and the thermal properties of copper and aluminum, which are critical for effective heat dissipation [31]. - Market Dynamics: The liquid cooling market is projected to reach a size of 700-1,000 billion RMB by 2026, excluding IT equipment costs [25][26]. - Emerging Technologies: Liquid metal thermal materials are being researched for their potential to enhance thermal conductivity, although they are still in the early stages of development [36]. - Supply Chain Competitiveness: Domestic companies are increasingly entering the supply chain, with firms like Huawei prioritizing local suppliers to enhance control and quality [32][33]. This summary encapsulates the critical aspects of the liquid cooling technology conference call, highlighting the industry's current state, future trends, and investment opportunities.