The world is rapidly shifting towards adopting electric vehicles (EVs), which claim to be sustainable. Similar to gas/diesel vehicles, EVs also depend on batteries. EV…
The Importance of Thermal Cycling Analysis in Power Electronics
Consider a scenario where your laptop becomes warm during video conferencing. You forget your phone, but it gets hot after a few hours of gaming.…
5 Key Applications of Pressure Switches
Hello! Have you thought about how machines can turn on or off by themselves or when to ring an alarm? Pressure switches are one of…
Liquid Cooling vs. Air Cooling in Power Electronics
Heat is the major concern when it comes to power electronics. Those parts include a battery management system, a motor drive, and an energy-renewable converter.…
Thermal Management Challenges in Battery Pack Design
With a rise in electric vehicles (EVs) and energy storage systems, thermal management in battery packs has become one of the most critical focus areas.…
Battery Pack Cooling: Advanced Thermal Materials
What is up with electric cars? They drive around so quietly and contribute to saving Mother Earth. However, their batteries have an issue of heating…
Effective Thermal Management for Electric Vehicle Charger Solutions
Overview Of Charger Heat Management Difficulties Charging stations for electric vehicles (EVs) are integral in the whole ecosystem of EVs since the batteries will need…
Best Practices for EV Battery Cooling Systems
We drive differently today because of electric vehicles (EVs), but their batteries require intelligent, innovative cooling. Managing Thermal Management on EV Batteries refers to keeping…
OEM Thermal Solutions: Preserving Product Lifespan
OEM Heat Challenges Overview Mechanical Original Equipment Manufacturers (OEMs) have difficulty balancing heat dissipation in their products. Thermal Management In OEM is vital for the…