What are the important obstacles for lithium batteries to replace lead-acid batteries

First, the cost-effective advantages of lithium batteries are not outstanding. According to many dealers who sell lithium electric vehicles, the price of lithium batteries is 1.5-2.5 times that of lead-acid batteries, but the service life is not much better, and the repair rate is also very high. However, as lithium battery technology matures and market applications gradually become large-scale, the advantages of lithium batteries will gradually emerge. After a long time, lithium batteries will gradually replace lead-acid batteries. Second, there are various types of lithium batteries, which cannot uniformly affect the repair time, and the excessive length seriously restricts the use of consumers. Once the lithium battery fails to be repaired, it takes about a week or even longer, which makes consumers wait impatient and lose their confidence in using it. The reason is that the dealer cannot repair or replace the defective battery cell inside the lithium battery, and must be delivered to the manufacturing company by express delivery, and repair the battery through professional equipment. This is one of the keys restricting the large-scale replacement of lead-acid batteries by lithium batteries. Third, lithium batteries are too delicate to withstand the toss of lead-acid batteries. Lithium batteries cannot withstand the impact of being dropped during use. Once the lithium battery is punctured, or the lithium battery is damaged by a severe impact, the lithium battery may burn and explode; lithium batteries have very high requirements for chargers. High, it cannot be charged with a coin-operated charger on the side of the road like a lead-acid battery. Once the current is too large, it may break down the protective plate in the lithium battery and cause burning or even explosion. 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: Analysis of the performance parameters of solar polymer batteries