Transportation

Characteristics of supercapacitors
Supercapacitor is a new type of energy storage device between traditional capacitors and batteries, with the following remarkable characteristics:
High power output:It can charge and discharge quickly and provide high power output, which is suitable for application scenarios requiring short-term high power.
Long life:It can usually withstand up to hundreds of thousands of charge and discharge cycles, which has a longer service life than traditional batteries.
Low temperature characteristics:It can still maintain good performance in low temperature environment and is suitable for energy supply under extreme environmental conditions.
High power capacity:It has a higher capacitance than ordinary capacitors and can store more electric energy.
Low leakage current:The self-discharge rate is low, and the charge can be maintained for a long time in an unused state.
Environment friendly:No chemical reactions are involved in the energy storage process, so it is more environmentally friendly.
Application of super capacitor in transportation
Car
Start-up and acceleration assistance:The super capacitor can provide high-power auxiliary power when the car starts and accelerates, so that the vehicle can quickly respond to the driver's needs. This is particularly important in hybrid and electric vehicles, which can significantly improve the acceleration performance and power output of the vehicle.
Extend battery life:By using in conjunction with a battery, the supercapacitor can reduce the burden on the battery and extend the service life of the battery. Supercapacitors can provide the required peak energy in a short period of time, thereby avoiding damage to the battery during frequent high-current charging and discharging.
Rail Transit
Regenerative energy utilization:In rail transit, supercapacitors can detect the traction and braking conditions of the vehicle, and accurately determine when to charge and discharge. When the vehicle is braking, the supercapacitor can absorb the energy generated during the braking process; when the vehicle is towed, the supercapacitor can release the stored energy to provide power for the vehicle. This way of using renewable energy greatly improves the efficiency of energy utilization.
Energy saving and environmental protection:The application of supercapacitors in rail transit can significantly reduce energy consumption and emissions.
Aerospace
Explosion power provides:In the field of aerospace, supercapacitors can provide explosive power for aircraft and other aircraft. For example, in situations where particularly strong explosive power is required, such as when an aircraft opens a hatch, the supercapacitor can quickly provide the required energy to ensure smooth operation.
Energy Recovery and Reuse:During the braking and deceleration of aerospace vehicles, supercapacitors can collect and store excess energy generated during these processes. This energy can be reused during subsequent flights or landings, thereby improving energy efficiency.
Core advantages

Professional Technology and R & D Team
Guangdong Jierong Technology Co., Ltd. has advanced production technology and high-quality R & D team, which can provide high-quality, reliable and reasonable counterpart products according to customer needs.

Quality Assurance and Quality Service
The company always adhere to the concept of quality first, to provide customers with excellent products and services. At the same time, the company also provides personalized customization services to meet customers' high standards of products.