Rated Voltage (25℃)
Working Temperature Range
Storage Temperature Range (at 0V)
Rated Capacitance (at 25℃)
This product is based on the principle of electric double layer capacitors, using activated carbon as the positive and negative electrodes inside, the two electrodes are separated by electrolyte and diaphragm, the aluminum shell is sealed with rubber plugs, and the lead-out electrodes are on the same side of the product.
Product Packaging Drawing:
Application Area :
Backup Power Supply: RAM, detonators, car recorders, smart meters, vacuum switches, digital cameras, motor drives
Energy Storage: smart three meters, UPS, security equipment, communication equipment, flashlight, water meter, gas meter, car taillights, small household appliances
High-current Work: electrified railways, smart grid control, hybrid vehicles, wireless transmission
High Power Support: wind power generation, locomotive starting, ignition, electric vehicles, etc.
Customer Feedback :
What are the advantages of graphene supercapacitors?
At present, the concept of charging piles is very popular, but it takes five hours to charge at a time. This is the biggest problem restricting lithium battery vehicles. The charging speed of the graphene supercapacitor is surprisingly short. If combined with the charging pile, this efficiency is at least unmatched by lithium batteries. According to CRRC Zhuzhou, according to different capacitance and rated operating voltages, a 3V/12,000 Farad supercapacitor can be fully charged within 30 seconds, and a 2.8V/30,000 Farad supercapacitor can be charged within 1 minute.
Compared with activated carbon supercapacitors, graphene/activated carbon composite electrode supercapacitors have higher energy and longer life. It is said that this technology represents the highest level of supercapacitor technology in the world, and technology research and development continues to be at the forefront of the world.