Different types of renewable energy systems generate heat during normal operation, from battery storage systems to solar panels. Without sufficient phase change material (PCM) cooling and other smart solutions for…
Shared Thermal Challenges in Industry 4.0- Automation and Robotics
The fourth industrial revolution, also known as Industry 4.0, enables the use of smarter technologies, real-time data analysis, and advanced AI capabilities. The need for effective thermal management in automation…
Stay Cool: The Rise of Electronic Cooling in Modern Tech
Explore how advanced cooling—from passive heat sinks and vapor chambers to active fans, liquid loops, and TECs—ensures electronics stay reliable, efficient, and long-lasting. Learn which methods matter most for your design.
Future Materials for Advanced Technologies: Graphite, Graphene, and Synthetic Graphite
Graphite, graphene, and synthetic graphite are highly conductive, durable carbon materials. This next-gen energy solution is transforming the stability of electronics, batteries, and communications.
Thermal Management for CoWoS: Advanced Modules for AI & HPC Systems
Efficient heat dissipation in CoWoS systems is vital for advanced packaging in AI, HPC, and data centers—enabled by vapor chambers, liquid-metal TIMs, and microfluidic cooling.
Thermal Management in Energy
T-Global pioneers passive and active thermal solutions. Discover how advanced TIMs, heat sinks, pads, and TECs enhance energy efficiency, reliability, and longevity in EVs and power systems.