For graphene batteries, everyone is not unfamiliar, but for large models of graphene batteries such as 96V23Ah, many users are not very clear about its endurance and speed. In this regard, let's give you a detailed interpretation.
First of all, let's first look at the battery life of the 96V23Ah lead-acid battery. It is generally equipped with a 1000-1500W motor, taking the 1000W motor as an example, the average speed of the vehicle can generally reach 50km/h, and it can be known from it that the average current size is about 10.4A (motor power / voltage size), the theoretical endurance is 2.2h (battery capacity / average current), and the theoretical endurance is about 110 km (theoretical endurance * speed). If it is equipped with a 1500W motor, the average current size is about 15.6A, and the theoretical endurance is 1.5h, and the theoretical endurance can reach 75 kilometers. On average, the endurance of 96V23Ah lead-acid batteries can generally reach about 95 kilometers.
Secondly, what we need to know is that the performance of graphene is generally about 1.3 times -1.5 times the performance of ordinary lead-acid batteries, and it can be known through calculation that the theoretical endurance of 96V23Ah graphene batteries can reach about 120-140 kilometers.
Second, let's look at the maximum speed of the vehicle. If the 96V23Ah electric vehicle is equipped with a motor of about 1000W, the maximum speed of the vehicle is generally about 50km/h, and if it is equipped with a 1500W motor, the maximum speed can usually reach 55km/h. On average, the top speed of 96V23Ah electric vehicles is about 53km/h.
In addition, let's look at the actual endurance of the 96V23Ah graphene electric vehicle. Taking the knife set sail Long March Strong Edition -KB as an example, the car is equipped with a 96V23Ah graphene battery and a 1500W high-power motor, its maximum speed is more than 51km/h, and the maximum endurance is more than 120 km. From this, it can be seen that the theoretical endurance of the 96V23Ah graphene battery is not much different from the actual endurance.
In summary, if the electric vehicle is equipped with a 96V23Ah graphene battery, the normal endurance can exceed 120 kilometers, and the maximum speed can generally reach about 53km/h. Of course, there is also a need to remind users that even if such a long-lasting graphene battery is selected, it is also necessary to develop good habits of use when using, so as to maximize the endurance of the vehicle and make it run farther. So, for the 96V23Ah graphene battery, what else do you want to say?