Many users, when purchasing electric vehicles, only consider the battery configuration, believing that as long as the battery is large enough, it will be further away and the vehicle will be better performing, which is not the case. The combination of electrical power and battery capacity will have a direct impact on vehicle continuity and performance, so how do we fit together? Here's a detailed explanation of what power matches battery gold。
First, when looking at the 48v electric vehicle, if the battery is 12ah, then the electric power will normally be 350 w. Because of the small size of the battery, the power of the machine is not too high, otherwise excessive power consumption reduces the durability. In the case of 20-ah, 23-ah batteries, the electric power will be 400-w, which, while ensuring power, will also ensure that vehicles continue to fly further distances. Of course, there are users who may ask such questions, and what is the impact of power opportunities like 600 w, 800 w? The first does not meet the new national standard and the second is shortened. Thus, the choice of a reasonable combination maximizes the continuation of the voyage。
Second, if a 60v electric vehicle is a 20ah battery, the motor normally selects 500-800w power. For this type of vehicle, if the electric power is too low, there will be a power deficit, and if it is too high, there will be a decline in the continuation. In the case of 32-ah batteries, the power of the electric machine is normally distributed between 800 and 1200-w, which ensures both excellent power for the vehicle and its continuity。
Then we look at the 72v electric car, and if the batteries are 20ah, 22ah, then the electrics normally select 600 to 1,000 w power, which will ensure that the power goes on and on. In the case of 35ah, the normal power of the electric power is between 1000 and 1500 w, which ensures that the vehicle has a distinctive power while continuing to perform well。
On the price side, the above mix would be more expensive, for example 60v20ah batteries with 500 w, often at a price of about $2,500, but not only if accompanied by 1,500 w, it would be shorter and more than $3,000. For example, 72v35ah batteries, combined with 1,200 w machines, the normal price is between $3,500 and $4,000, but when combined with more than 2,000 w, it tends to be between $4,000 and $5,000, or even a thousand dollars。
Thus, for users, the combination of electric power and battery capacity gold not only saves a maximum of nearly a thousand dollars, but also doubles the upper limit. And if the combination is not reasonable, the continuation performance will be worse. So, what do you think about the power of electric cars and battery capacity
