Solid-state batteries could be the key to solving electric vehicle problems
In the past we’ve seen prototypes of solid-state batteries that promised 1,000 kilometers of autonomy. This has changed, and everything points to things growing further. Now a company Originally from Beijing, China, has developed a prototype of a battery with an incredible range: 2,000 kilometers. To do this, they were able to have an energy density per kilogram Really amazing will do
New solid state battery
Dailan New Energy is a Beijing-based company with a very clear goal in mind: to significantly increase the autonomy of electric vehicles. Until now, the biggest obstacle in the way of these cars has been precisely the inability to reach the performance limits that their combustion counterparts have. To which we must add Longer refueling and the apparent difficulty of finding chargers on a daily basis and at gas station recharging stations. After all, it takes several minutes to get an optimal battery and thus causes Long lines Inevitably.
Accordingly A press release from the company itselfThe solid state battery they make Doubles the energy density of current batteriesIt can be translated as a 2,000 kilometers of autonomy, an incredibly significant improvement in the quality of life for users of this type of vehicle. Until now, most vehicles of this style They are about 400-500 kilometers longDespite the fact that according to brand estimates they are usually about 700 kilometers.
The discovery of Solid state batteries They are one of the most sought-after solutions in the history of technology. Not only for Electric vehiclesBut generally for any device They are very dense And allow the same energy to be stored in much smaller spaces. Besides, Allows for faster recharging So the big problems we always have with wireless technology Completely resolved.
As for the technology developed by Tailan, the company has achieved a record energy density of 720 Wh per kg. Currently, electric vehicle batteries are typically half that size or less Energy efficiency Very small of them. To do this, they used lithium-rich materials and found a high-performance electrolyte capable of improving storage capacity. This can also serve Increases battery life Those who were suffering till now Serious problems in this regard Because they are not as durable as the systems we see Combustion vehicles.
Dylan has not disclosed any information about When can the mass release of these batteries happen?. In fact, they never happen. From its mass production It may be impossible. However, this is a very interesting step in terms of related research.
Other ambitious batteries
As technology has freed us from cables, batteries have become a fundamental resource. A headache for technicians. More processing power almost inevitably means a significant increase in battery consumption, so more capacity is required. However, with the need for larger batteries, we’re stuck Large appliancesAnd it’s a real problem with phones.
In this aspect, the market sometimes looks for very interesting solutions Really crazy. There are even nuclear battery concepts that allow for mobile phones with battery life of up to 40 years. However, there are other interesting options that have applications that could change things today, such as flexible batteries. Wearables And even batteries with blood for pacemakers and other types of surgical implants.
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