The development of immersion cooling has been rather slow in recent years. However, several companies are proving the opposite.
Therefor many companies show different improvements in regarding their immersion cooling progress. From railway system to Supercars the industry of immersion cooling does not sleep.
Consider an electric vehicle with a battery that charges in seconds and lasts for months. Doesn’t it sound too good to be true? This might not be so far off the mark.
While current technological devices are improving, their power remains a limitation. Large technology and vehicle companies are well aware of the limitations of lithium-ion batteries.
The electrification trends we’ve seen over the past decades in the ground transport sector are slowly taking to the air. With established players and startups alike investing in new technology, the sci-fi cliché of the flying car is nearly a reality. In fact, large cities around the globe have already placed orders for fleets of air taxis, like São Paulo and Vertical Aviation.
One of the most novel battery thermal management technologies with both big technical challenges and even bigger promises for ultra-fast charging: immersion cooling.
Battery Swapping Part 2 – As electric vehicle sales continue to accelerate around the world the concept of battery swapping comes more and more into the public focus.
As electric vehicle sales continue to accelerate around the world the concept of battery swapping comes more and more into the public focus.
LION Smart provides an important and fundamental contribution to the idea of the European Green Deal of a clean environment with its products and services through its diligent work.
With the attractiveness and feasibility of electric vehicles being highly dependent on their analogous “time to charge” (as an alternative to combustion engines that take minutes to fuel up), mitigating overheating has become a major focus of battery engineers.
The charging problem is complex and begins with the power grid. AC power is the standard for power grids, however there are certain technologies that still need DC power – such as batteries.
The life story of a battery is a complex one that spans numerous countries around the globe before finally “retiring” to less intensive jobs, or even being recycled into completely new cells.
