There is no chemical reaction during the use of supercapacitors, and the cycle life is long and the charging speed is fast. As a new type of energy storage element, supercapacitor has attracted extensive attention and attention.

From the performance of supercapacitors, it can be seen that the extensive penetration in various fields in the future has huge advantages, which may extend infinite possibilities in space. From the perspective of industrial downstream demand combined with the domestic industrial chain background, the use of Farad capacitors in the following aspects is worthy of attention, and may be the first to burst.

The first is consumer electronics such as wearable devices and wearable medical care. The development of wearable smart devices in my country started in 2010 and has been carried out in recent years, especially with the advent of my country's 5G era, wearable devices under the Internet will usher in a burst of growth.

With the increasing miniaturization of wearable devices, the progress and superposition of various functions have increased the requirements for instantaneous power output. The supercapacitor is connected in parallel with the traditional button battery, which can effectively complete this function and play a role in stabilizing the voltage, so the penetration rate in wearable devices will be higher and higher. From the perspective of industrial research, Japanese supercapacitors are very distinctive in miniaturization, not only completing small and thin, but also achieving high power and high energy.

The U.S. military applies supercapacitors to armored personnel carriers, heavy trucks and tanks, using PowerCache supercapacitors. The supercapacitor module can remove the voltage drop spike when the load is suddenly increased, thereby improving the dynamic output performance of the generator, and can provide a stable DC voltage for the subsequent DC load and DC/AC.

The field of rail transit. Rail transit has a huge stock in my country's market, and with the implementation of my country's One Belt One Road strategy, this demand is still expanding. The supercapacitor is used when the rail vehicle is braking to recover the braking energy and store it in the supercapacitor. When the vehicle re-accelerates, the supercapacitor manufacturer releases the energy to save energy.

Supercapacitor is a passive device that has been mass-produced in recent years. It is between batteries and general capacitors. It has the characteristics of high current and fast charge and discharge of capacitors, and also has the characteristics of energy storage of batteries, and has long repeated service life.