Thermal Encyclopedia

• Efficient Thermal Management: Ensuring Stable Power And Computing Output

  In an era of concurrent energy transition and digital transformation, high-power equipment faces a common challenge: how to stably and efficiently convert every kilowatt-hour of electricity into reliable output. Whether it’s IGBT modules in renewable energy power stations or GPU clusters in data centers, thermal bottlenecks are increasingly becoming critical constraints on performance delivery and long-term reliability. We specialize in addressing this core pain point, providing comprehensive thermal management solutions for critical equipment—from chips to systems.

  Thermal Encyclopedia January 14, 2026
• Design Guidelines and Best Practices for Phase-Change Flow Channels in Liquid Cooling Plates

  IntroductionEfficient thermal management is critical in high-power applications such as electric vehicles (EVs), data centers, and advanced electronics. Liquid cooling plates with phase-change capabilities (liquid-to-gas transition) offer superior heat dissipation compared to traditional single-phas

  Thermal Encyclopedia June 26, 2025
• Liquid Cooling Technology in Switches: A Solution To High-Power Dissipation Challenges

  As switch chips evolve, higher-performance nodes like 5nm process technology reduce power consumption per unit of computing power. However, as switch chip bandwidth scales to 51.2Tbps, single-chip power consumption rises to approximately 900W. Similarly, optical modules have seen power increases—fro

  Thermal Encyclopedia June 26, 2025
• Phase-Change Cold Plate&Hybrid Air-Liquid Cooling

  Here is a restructured English version of the article "Phase-Change Cold Plates & Hybrid Air-Liquid Cooling Technology," incorporating technical details and logical flow improvements:Phase-Change Cold Plate Technology: Revolutionizing High-Density CoolingCore Principle: Fluorinated coolants (e.g., R

  Thermal Encyclopedia June 11, 2025
• A Beginner’s Guide to All-in-One Liquid Cooling Systems and Simulation

  As electronic devices grow more powerful, managing heat becomes a critical challenge. Traditional air cooling struggles to keep up with high-performance CPUs and servers, paving the way for all-in-one liquid cooling systems. This article explores how these systems work, their key components, and how

  Thermal Encyclopedia May 27, 2025
• A Comprehensive Guide to Photovoltaic Inverters and Energy Storage Systems

  The solar energy industry is rapidly evolving, with inverters and energy storage systems playing pivotal roles in harnessing and optimizing renewable power. This article breaks down key concepts from photovoltaic (PV) market research, explaining how these technologies work and their real-world appli

  Thermal Encyclopedia May 27, 2025
• Thermal Management in Modern Lighting Systems: A Comparative Study of Air and Liquid Cooling Solutions

  IntroductionAs high-power LED and laser-based lighting systems evolve, thermal management has become a critical factor in ensuring performance, longevity, and energy efficiency. Excessive heat degrades luminous output, alters color consistency, and shortens component lifespans. This article explores

  Thermal Encyclopedia May 21, 2025
• The Global Race for 6G Supremacy

  As the world continues to embrace the transformative power of 5G technology, a new battleground has emerged in the form of 6G. Although 5G is yet to be fully realized, countries and organizations worldwide have already begun their quest for dominance in the next generation of communication technolog

  Thermal Encyclopedia May 13, 2025
• The Industries Requiring Heat Sinks and Their Demands

  In modern industries, a wide range of sectors rely on heat sinks to ensure the normal operation, performance, and longevity of their equipment. This article will introduce the main industries that need heat sinks and their specific requirements.Electronic and IT IndustryComputers and ServersProcesso

  Thermal Encyclopedia May 12, 2025
• ​Heat Pipe Design and Modeling Techniques

  Heat Pipe Design and Modeling TechniquesThis article is based on ACT's Heat Pipe Design and Modeling Techniques and focuses on heat pipe modeling techniques and methods for reference.A liquid cooling technology exchange group has been established, which is suitable for R&D personnel, product manager

  Thermal Encyclopedia June 11, 2025