What Does the Future Battery Look Like?
FAZZDEVELOPER.COM - Can you imagine how future battery technology will be? It is maybe difficult to know what kind of development the battery will have in the future. However, if we see from the latest development of batteries, we can take a peek at its futuristic shape.
NanoBolt Lithium Tungsten
The researchers at N1 Technologies, Inc. focus on improving the battery anode part. They use tungsten and carbon multi-layered nanotubes on them. This composition is then placed on the anode to create a web-like structure.
This nano-sized change affects the movement of the ions on its surface. In the end, it makes the NanoBolt battery have more energy. Plus, this future battery technology also improves its charging speed significantly.
Zinc-manganese Oxide
This future battery technology is the fruit of the study of researchers at Pacific Northwest National Laboratory. They found that controlling the chemical reaction in a Zinc-manganese battery, improves its energy density.
Because of that, this type of battery can produce more energy than lithium-ion. The researcher even predicts it can replace the large-scale power plant. It doesn’t need a larger form, but it has much larger energy storage.
Sodium-ion Battery
However, the real future battery technology we can find today is the sodium-ion battery. It has much better capabilities than the standard Lithium-ion battery. The energy storage, charging speed, and others are way above the battery we know today.
As of today, this battery is only the best alternative for a lithium-ion battery. However, with more research and development, it can become more than that. We can even say that sodium-ion will replace the great lithium-ion.
With better future battery technology development, the sodium-ion battery can grow even more. It will have much bigger storage than the current sodium-ion battery. You can even use it to power up thousands of equipment.
However, the best thing about sodium-ion is its practicality. A fully-developed sodium ion only needs a few seconds to charge until its full capacity. Best of all, it can last for a month with just that one charging process.
Conclusion
Based on those examples, we can see one similarity. All those batteries offer more practicality. It is reasonable because that is what people want in the future.
They want everything to become much easier to do. It does apply to the battery as well. The battery should have a fast charging speed and a longer lifespan.
So, future battery technology will focus on those two elements. You may even find the eternal battery way in the future.
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