What are the advantages of lead-carbon batteries?

Lead-carbon batteries have the following advantages: first, they charge faster, increasing the charging speed by 8 times; second, the discharge power is increased by 3 times; third, the cycle life is increased to 6 times, and the number of cycles is up to 2000; The price of acid batteries has increased, but the cycle life has been greatly improved. Fifth, it is safe and stable to use, and can be widely used in various new energy and energy-saving fields. In addition, lead-carbon batteries also take advantage of the specific energy of lead-acid batteries, and have very good charge-discharge performance that can be fully charged in 90 minutes (the life of lead-acid batteries is less than 30 times if charged and discharged in this way). Moreover, the addition of carbon (graphene) prevents the sulfation of the negative electrode and improves a factor of battery failure. 1. The positive and negative lead paste adopts a unique formula and optimized curing process. The positive electrode active material has strong anti-softening ability, good deep cycle life and high active material utilization; the negative electrode lead paste has strong anti-sulfurization ability, low capacity decay rate, and good low-temperature startup performance. 2. The positive electrode grid adopts a new type of special alloy and a reasonable structure design, with good corrosion resistance, reasonable current distribution, tightly combined with active materials, high current performance and strong charge acceptance. 3. Using new electrolyte additives, the battery has a high hydrogen and oxygen evolution overpotential, and the battery is not easy to lose water. 4. When the battery is charged and discharged with frequent instantaneous currents, it is important to release or receive current from the carbon material with capacitive characteristics. Suppress the 'negative electrode sulfation' of lead-acid batteries, effectively prolonging the battery life; 5. When the battery is working for a long time with low current, it is important to work with the sponge lead negative electrode to continuously supply energy; 6. Lead-carbon The high carbon content of the super composite electrode enables the electrode to have better low-temperature starting ability, charge acceptance and high current charge and discharge performance than traditional lead-acid batteries. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: What are the requirements for charging and discharging UPS batteries?