Automotive Electronics

Supercapacitors in automotive applications can quickly release or absorb energy to the load during engine start-up or braking, thereby avoiding the engine running at low speeds, high loads, and high speeds and high loads that consume fuel, allowing the engine to operate in ideal conditions, saving fuel and reducing pollution. So supercapacitors have become one of the important directions for the development of future electric vehicles.

wind power generation

Microgrids

When there is an instantaneous fault or impact load in the microgrid, installing a supercapacitor energy storage system with sufficient capacity in the microgrid can not only serve as an energy buffer, but also provide a short-term power supply system

Solar energy

The energy storage characteristics of the physical process of supercapacitors determine that their combination with batteries has a natural application advantage in solar energy, absorbing weak and unstable solar energy that batteries cannot absorb in the morning, evening, rainy days, etc. Thus enabling Maintaining more electrical energy in the battery, in terms of the characteristics of battery life maintenance, protects the battery, extends its service life, enhances the stability of the entire solar energy system, and achieves the goal of energy conservation and environmental protection.

More industries

The product has the characteristics of long lifespan, high capacity, low internal resistance, wide operating temperature range, and good consistency. Can be applied to automobiles (car starting, car acceleration, energy recovery, vehicle low-temperature starting, medical X-ray machines, port cranes, solar energy storage, wind power variable pitch, rail transit (energy recovery), aerospace, electric forklifts, cranes, drills, solar power generation (energy storage), electric bicycle auxiliary power, cranes, mines, locomotives, elevators, laser cannons, electromagnetic cannons).

Rail Transit

Intelligent transportation system is the development direction of future transportation systems. It is a comprehensive transportation management system that effectively integrates advanced information technology, data communication transmission technology, electronic sensing technology, control technology, and computer technology into the entire ground transportation management system. It is a real-time, accurate, and efficient system that functions on a large scale and in all aspects.