Advances In Battery Safety and Liquid Cooling Systems
Battery safety in electric vehicles (EVs) and energy storage systems (ESS) turns on the hottest cell and the temperature spread between cells. Lithium-ion cells…
Comprehensive Comparison of Liquid Cooling Plates vs. Traditional Cooling Technologie
Liquid cold plates and traditional air cooling solve the same job of holding cells inside a safe temperature window, but they split apart the…
The Role of Innovative Liquid Cooling Technology in Enhancing EV Range
Liquid cooling extends usable EV range mainly by holding cells inside a narrow temperature band and keeping cell-to-cell differences small. It does not add…
Integration And Optimisation Of Intelligent Cooling Systems
An intelligent cooling system for an EV or ESS battery pack combines three things: a liquid cooling path, the thermal interface between the cells…
Advances in Silicone-Free Thermal Interface Materials
Silicone-free thermal interface materials earn their place in a battery pack wherever silicone bleed or outgassing would put the cell-to-coolant heat path at risk.…
Overcoming Challenges in Data Centers With Innovative Cold Plate Cooling Solutions
Cold plate liquid cooling removes heat from data center racks that now produce more of it than moving air can carry away. High-density servers…
Thermal Pad Uses: Applications by Component, Device, and Industry
Thermal pads are solid-phase thermal interface materials placed between a heat-generating component and its cooling assembly. The assembly may be a heatsink, cold plate,…
EV Battery Module Types: Cylindrical, Prismatic, and Pouch Cell Formats Compared
When engineers and procurement teams refer to "EV battery module types," the real decision variable is cell format — the physical geometry and casing…
Thermal Gap Pads vs Thermal Conductive Paste
Thermal Interface Materials (TIM) help move heat between components. Up to 90% of the gap in contact areas is filled by TIM. This makes…
Industry Spotlight: Innovations in Liquid Thermal Interface Materials for High-Heat Applications
Liquid thermal interface materials (TIMs) are essential for effective thermal management in modern industry and play a key role in high heat applications. These…
Thermal Management Solutions: Choosing the Right Thermal Interface Material for Your Application
Thermal management is paramount in modern electronic devices because as they evolve, so do their performance and functionality, generating more and more heat. Here's…
New Advances in Thermal Interface Materials Enhance Electronics Cooling Efficiency
Thermal interface materials play a key role in modern electronic devices, with their role focused on optimising thermal management and improving device performance, reliability…
