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It is one of the most expensive commodities, but it is also very useful in making many things.
Diamonds usually have a large number of applications. We can see it in cars, computers, and even very advanced mining machines. However, it is very rare, but the truth is that Now a new use can be found for it. A team of researchers has found that it can be applied to… Batteries for electric cars Increased loading speed and durability in a surprisingly noticeable way. In fact, there is talk of potentially quintupling download speeds today.
Therefore, we will try to understand it better in the following lines in a more detailed way, because we may face it The revolution that finally took off Electric cars to become the standard. Of course, diamonds are still an expensive material, at least until we get to other planets where it actually rains.
Diamond and its applications in electric vehicle batteries
Scientists Fraunhofer-Gesellschaft announced It is an application that is attracting a lot of attention for the ultra-thin diamond films they have developed themselves. Its goal is to improve electric cars by using them to cool electronic components.
This development It has the ability to enhance the charging speed of electric carsThis is thanks to the remarkable thermal conductivity of diamonds. This property makes diamond an ideal material for dissipating heat in electronic devices, although its use has been limited so far due to the impossibility of making it smaller than what has been developed so far.
Traditionally, diamond heatsinks have been used Approximate thickness of 2 mm. However, acting as heatsinks makes transistors very difficult to adhere to. This is what the team's new nanomembranes, one micrometre thick, are here to solve. Their flexibility allows them to easily join components Electronics using heat at 80°Cimproving the battery charging capacity as well as making the devices heat much less.
Although diamond is an expensive material, the process of manufacturing these diamond chips on silicon makes it easier to produce on an industrial scale. This development is coupled with new ways to search for diamonds thanks to a new method and the ability to create similar materials in a particle accelerator
In summary, we can conclude the following:
- A team of scientists from Fraunhofer-Gesellschaft has used ultra-thin diamond films to cool electronic components and significantly increase the charging speed of electric cars.
- This is because diamond has very good thermal conductivity.
- This is a very powerful way to remove heat from electronic devices, but diamond has not been used yet.
- Until now, diamond heatsinks with a thickness of about 2 mm have been used, but it is often difficult to adhere to the technology components.
- However, these one-micrometre-thick nanofilms are flexible and can be bonded to electronic components at 80°C.
- Although it uses diamond, which is very expensive, diamond chips can be manufactured on silicon wafers, allowing it to be easily scaled up to an industrial level, making it available very soon.
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