[CNMO Technology News] On February 22, CNMO noticed that a research team at Fudan University announced a revolutionary breakthrough: they successfully developed a new type of calcium -based battery, this kind ofThe battery can not only charge, but also has a lower cost and more environmentally friendly. It is expected to completely change our way of providing motivation to the world.
Calcium, this metal widespread in the crust has become the key to this technology.Unlike the current market -led lithium -ion batteries, new calcium -based batteries no longer rely on rare or expensive materials such as nickel, cobalt and manganese.Instead, it uses carbon as cathode material, which greatly reduces the impact of production costs and the impact on the environment.
This innovative achievement has been published in the "Nature" magazine, showing that the battery can withstand up to 700 charging and discharge cycles at room temperature without loss efficiency.This breakthrough calcium -based battery is not only safe, but also stable performance, unveiling a new chapter for sustainable energy solutions.
With the rapid growth of new energy vehicles and renewable energy storage demand, the supply pressure of lithium resources has continued to increase, and experts have warned potential shortages.The new type of calcium -based batteries has become a highly anticipated alternative with its high theoretical energy density.More importantly, this battery can absorb oxygen from the air, thus eliminating the needs of storage materials inside the battery. This has always been a key factor restricting its development.
The core innovation of the Fudan University team is that they have developed a new type of liquid electrolyte. This electrolyte not only meets the strict requirements of the battery electrode, but also prevents the battery capacity that may reduce the battery capacityCalcium reaction.This electrolyte can effectively transmit ions at room temperature and ensure the safe operation of the battery.
Although these new types of calcium -based batteries need to be further improved in terms of life to reach the current level of lithium -ion batteries, its application potential in portable electronic products, wearable devices and other fields has already been in the fieldsCan not be ignored.What is even more exciting is that the possibility of integrating these batteries into flexible textiles has opened a new path for innovation, indicating that the perfect combination of wearable technology and energy storage in the future.
