402030 battery

Difficulties that China's 402030 battery industry needs to break through in its development

With the development of reform and opening up, my country's 402030 battery industry has also developed rapidly. Although my country has achieved impressive results in the field of batteries, there are still many aspects that need to be improved.

At the Automobile Industry Development Investment Conference, Niu Wenyuan, a counselor of the State Council and an academician of the World Academy of Sciences, talked about new energy vehicles and believed that batteries are the core technology of new energy vehicles. China's 402030 battery technology has no major obstacles. From lead-acid batteries to lithium batteries, and then to the current magnesium-based 402030 battery technology, it is not inferior to any technologically advanced countries such as Japan, Israel, and the United States. However, in terms of power storage capacity and endurance, four basic bottlenecks need to be broken through: one is charging capacity, that is, how far can it travel on a single charge; the second is charging speed, how long does it take to charge once; the third is 402030 battery life, which should be at least 1,000 times for electric vehicles; the fourth is cost performance, and its manufacturing cost, charging equipment and power consumption cost should at least be on par with current fuel vehicles. Tesla Model S electric cars can travel an average of 320 kilometers on a single charge, which is equivalent to the distance from Los Angeles to Las Vegas. The highest record mileage is 501 kilometers, and the fastest charging speed can reach 90 seconds - this is why Tesla can become the world leader in 402030 battery core technology for electric vehicles. Therefore, my country urgently needs to improve this gap, strengthen technical cooperation and exchanges with other countries, and create greater glory for my country's 402030 battery industry!

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