采用新型高镍正极+预锂化负极+干电池技术+超级电容的新型锂离子电池以及采用CTP技术的超级磷酸铁锂电池有望提升快冲性能，预计未来有望逐步渗透。

　　The new lithium-ion battery with new high nickel cathode + pre lithium anode + dry battery technology + super capacitor and super lithium iron phosphate battery with CTP technology are expected to improve the fast impact performance, and are expected to gradually penetrate into the future.

　　通过发挥超级电容本身的优势，结合科学的技术方法进行有机的结合，逐步渗透到各个行业中去，尤其是新能源行业，已经成为必不可少的电子元器件。

　　By giving full play to the advantages of super capacitor itself and combining with scientific and technological methods, it has gradually penetrated into various industries, especially the new energy industry, which has become an indispensable electronic component.

　　超级电容电池可以多储存100倍的电能，比传统电池节省150倍的成本，并将电池废料对环境的影响降低了5倍。该电池系统能够在短短数秒中完成充电，同时由于没有发生化学反应，其使用寿命非常长，充电周期可以高达100万次。

　　Super capacitor batteries can store 100 times more energy, save 150 times the cost of traditional batteries, and reduce the impact of battery waste on the environment by five times. The battery system can be charged in just a few seconds. At the same time, because there is no chemical reaction, its service life is very long, and the charging cycle can be as high as 1 million times.

　　超级电容属于第三代储能设备，是物理式储能装置。其优点包括快速充电、循环性极好、安全性好等，缺点也比较明显，能量密度很低，不到锂电池的10%。

　　Super capacitor belongs to the third generation energy storage equipment, which is a physical energy storage device. Its advantages include fast charging, excellent cycling, good safety, etc., and its disadvantages are obvious. Its energy density is very low, less than 10% of that of lithium battery.

　　未来超级电容+锂电池结合的技术路线值得关注，该方案可以实现电动车的快速充放电，延长电池使用寿命，提升性能和效率，改善在全天候环境下的使用和安全性能。但目前这一应用方向仍处于试验阶段。

　　In the future, the combination of super capacitor and lithium battery is worthy of attention. The scheme can realize the rapid charge and discharge of electric vehicles, prolong the service life of batteries, improve the performance and efficiency, and improve the use and safety performance in all-weather environment. However, this application direction is still in the experimental stage.

　　超级电容在循环寿命、功率密度、充放电效率上，相对传统锂电池拥有非常强优势，但由于能量密度、体积上存在巨大劣势，目前仍然不能替代锂电池作为新能源车的主要动力源。

　　Compared with traditional lithium batteries, supercapacitors have very strong advantages in cycle life, power density and charge discharge efficiency. However, due to the huge disadvantages in energy density and volume, supercapacitors still can not replace lithium batteries as the main power source of new energy vehicles.

　　未来，超级电容将会和锂电池组合，共同组成新能源车的动力系统。

　　In the future, supercapacitors and lithium batteries will be combined to form the power system of new energy vehicles.