The effect of ultrafine graphene batteries is significant, mainly reflected in the following aspects:
1. High energy density and long range: Ultra fine graphene batteries utilize advanced graphene technology, allowing the battery to store more energy under the same weight or volume, thereby providing longer driving distances. According to test data, the average range of AMD graphene batteries can reach over 130 kilometers, with the longest range record breaking 133.8 kilometers under optimal conditions. This high energy density feature significantly extends the driving range of users and meets their demand for long range electric vehicles.
2. Long lifespan and durability: Compared to ordinary batteries, ultrafine graphene batteries have a longer cycle life. Taking the AMD A8 graphene battery as an example, it can be charged and discharged about 800 times in a cycle. Calculated based on a frequency of charging and discharging every 2 days, its service life is about 4.5 years. This means that users can use the battery for a longer period of time, reduce the frequency of replacement, and thus save time and costs. The excellent performance of graphene helps batteries maintain long-term stability and durability.
3. Excellent low-temperature performance and safety: Under low-temperature conditions, the performance of ordinary batteries often decreases significantly, while ultrafine graphene batteries can maintain good performance. This is a great blessing for winter electric vehicle users in northern regions, ensuring they can have a stable driving experience even in cold weather. At the same time, the ultrafine graphene battery also adopts multiple safety protection measures, such as thermal isolation, overcharge protection, etc., effectively preventing safety hazards of the battery and ensuring the safety and stability of users during use.