A kind of super start-stop starter battery
A starting battery, super technology, applied in the direction of batteries, lead-acid batteries, battery pack components, etc., can solve the problems of short life of start-stop batteries, achieve fast discharge response, balance power output, and improve power quality.
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Embodiment 1
[0041] In this case, monomer B is matched with 10%, 20%, and 30% of the battery capacity of monomer A respectively. The blue electric test machine is used, and the victory VC189 is added to the PC terminal to collect the current distribution. The recording point is 1s, and the recording time is 300s. The parallel matching of batteries occupies the percentage of current distribution respectively, see 10% matching Figure 5 , the single group B battery bears 100%~38% of the current, and the single group A battery bears 0%~62%. See you with 20% Figure 6 , the single group B battery bears 100%~57% of the current, and the single group A battery bears 0%~43%. See you with 30% Figure 7 , the single group B battery bears 100%~72% of the current, and the single group A battery bears 0%~28%. This shows that the discharge response speed of the single group B battery is fast and the current capacity is strong. It can play a role in short-term power supply, buffering load fluctuation...
Embodiment 2
[0043] Cell B is the 10% life test of cell A capacity --- HRPSoC, the battery enters the test at 50% SoC, 2C current cycle charge and discharge, until the cut-off voltage cycle is completed, fully charged and then enters the test at 50% SoC, such as Figure 8 . The pure battery group A of the single cell cannot be tested after a total of 8177 times in the 10th cycle, and the super start-stop starter battery of the battery group A in parallel with the battery group B of the single cell can still run, and the test is not continued until the 35th cycle after a total of 14979 times. Figure 9 . The principle is that when discharging for a short time, group B of the monomers, such as case 1, bears a large current. When it is left on hold for 10s, the balanced voltage of group A of the monomers will supply power to group B of the monomers. The two are also voltage balanced. From this experiment, it can be seen that after increasing the capacity by 10%, the life of the monomer A and...
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