1. The high-current discharge capability of silicon energy storage batteries is extremely strong. The high-current discharge capability reflects the important index of manufacturing technology and is the most basic quality requirement for automotive batteries.
2, Small-size silicon energy storage battery, its CCA value is more than 10 times its rated capacity, the medium specification is 8-10 times; the large size is 6-8 times. Ordinary lead-acid batteries generally have a CCA value of only 4-6 times their rated capacity.
3, Long service life, warranty life of 24 months.
4, Silicon energy storage battery can be charged quickly with large current, can be charged with 0.1~0.3C current, the charging time can be greatly shortened.
5, Charge and discharge without memory, silicon energy storage battery can be charged in the high-pressure area or low-pressure area, no memory. (The so-called memory effect: meaning that the battery seems to remember the user's daily charge and discharge amplitude and mode, it is difficult to change this mode for a long time, can not do a large charge and discharge), lead-acid battery low-voltage area has memory.
6, Free charging storage time (small self-discharge), silicon energy storage time with liquid storage for up to 12 months, storage for more than 12 months can still be started.
7. The internal resistance of the silicon energy storage battery is low, only about 1/10 of the lead-acid battery. Expert analysis: Why is the internal resistance of the silicon energy storage battery so low? It is considered to be caused by the "silicon alloy salt" electrolyte.
8. The silicon battery has excellent electrical recovery capability.
9. Electrolyte: Silicon can use composite silicon salt electrolyte, lead-acid uses sulfuric acid as electrolyte, and silicon can be environmentally friendly.