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The slower you ride an electric bike, the more energy-efficient it is, or the faster it is?

Release time:

2022-10-27

What factors are associated with the energy savings of electric vehicles? First, we need to understand what factors are associated with electric vehicle riding and energy saving. The test results show that when the electric car is running at full speed, the voltage is twice as high as when it is running at a slow speed, which also means that the slower the electric car must be, the more energy efficient it must be. We can basically test at that speed based on the range announced by the major brands, and the manufacturers know the most about electric cars.

The slower you ride an electric bike, the more energy-efficient it is, or the faster it is?

For most ordinary electric cars, there will be endurance anxiety, power can not be used without restraint, therefore, the owner is more concerned about energy saving, so, how to energy saving electric cars, talk to you today.
What factors are associated with the energy savings of electric vehicles?
First, we need to understand what factors are associated with electric vehicle riding and energy saving. The small expert concluded that there are three main factors affecting electricity, including:

1, load: the same cycling environment, load 100 jin cycling, load 200 jin cycling, some people have done the test, the latter than the former power consumption of about 30%;

2, configuration: power saving and vehicle configuration is the direct key, if the motor power is greater, the more power consumption, the more intelligent electric vehicle configuration, the more power consumption;

3. Cycling habits: Under the same road conditions, different cycling habits will make the battery release different power, one of the very important factors is to master the cycling speed.

Load and configuration are basically objective reasons, not because of more power consumption, manned no load, configuration and unloading, completely unnecessary, so, the above three points, the initiative is in the hands of the owner, is the cycling habit, so, the question comes, riding electric vehicles fast, which is more energy saving?
The slower you ride an electric bike, the more energy you save. Or faster and more energy-efficient?
If you want to save power, speed control is the best way, but many car owners do not have an objective understanding, the slower the electric car, the more power savings, or the faster the more power savings? But in fact, it's not that hard to get that answer. Just connect the multimeter to test the voltage released at different speeds, you can know the power consumption.
When we connect the multimeter and screw the handlebar to the position where the vehicle can run, the speed is relatively slow, and the voltage of the multimeter is 1.8V.
When we connect the multimeter, the handle is twisted this time to represent the highest speed of the vehicle. The multimeter data shows that the voltage is 3.6V;
The test results show that when the electric car is running at full speed, the voltage is twice as high as when it is running at a slow speed, which also means that the slower the electric car must be, the more energy efficient it must be.
What is the most reasonable speed to ride an electric car?
Of course, when riding an electric bike, the slower the better. So what is the most reasonable pace to maintain? The answer given by the expert is 20~25 km/h uniform speed is the most reasonable. Why do you say that? I have two arguments in support.

The first point is about travel efficiency. As an important means of transportation, the travel efficiency of electric vehicles is very important, but the speed is too slow to guarantee the travel efficiency. Of course, going too fast is not only a safety hazard, but also consumes more power while riding. Therefore, 20~25 km/h is more reasonable.

The second point is about saving electricity. According to various tests, electric cars are most power-efficient if they can drive at a constant speed of 20-25 km/h. We can basically test at that speed based on the range announced by the major brands, and the manufacturers know the most about electric cars. If we can test it at this speed, it must mean it's the speed that maximizes endurance.

Conclusion:
Through the test, we can see that the speed of the electric car must be slower and more power efficient compared to the speed of the electric car. That's why when electric cars lose power quickly, riding slowly will find that they can go far. However, if you twist your hand to the bottom, the battery will soon die. A speed of 20 to 25 km/h is recommended. At this time, travel efficiency is guaranteed and energy saving is more. Of course, the most important thing to save power when riding is constant speed.