In recent years, due to the impact of the energy crisis, new energy has been developed all over the world to alleviate the energy shortage. One of the most typical is the application and production of energy vehicles driven by pure electricity. As a vehicle driven by new energy, it has attracted extensive attention since it was launched, and has been applied to people's daily life in recent years. In the promotion of new energy vehicles, the decisive factor is the driving force of the vehicle, battery supercapacitor.
The battery determines the applicability of new energy vehicles to a great extent. In terms of performance, as one of the main electric energy storage of new energy vehicles, supercapacitors have unique advantages in both electric energy storage and electric power release.
The rapid development of new energy vehicles naturally drives the development of supercapacitors. Due to its high power density, new energy vehicles allow high current charging, which greatly shortens the charging time. And its instantaneous output power is much higher than that of mainstream electric vehicles in the market, which can instantly provide large discharge current, which can not be compared with traditional capacitors.
Therefore, as a new type of energy storage equipment, supercapacitor has an ideal utilization rate in electric vehicles. If we can combine the traditional capacitor and super capacitor and give full play to their advantages, we will greatly improve the application rate of energy vehicles, and its development prospect is immeasurable.
In the future development process, energy conservation and environmental protection will be the development theme that has been followed all the time, and new energy will be paid more and more attention. The development and application of supercapacitor has broad development space and prospects in the future development market by virtue of its excellent performance, low comprehensive cost, green environmental protection and other advantages.