Introduction to influence of the driving speed of electric vehicles

Introduction to influence of the driving speed of electric vehicles
Many e-bike owners may find that their electric vehicles do not reach the expected speed. This article will analyze in detail the reasons that affect the travel speed of e-bikes and explore how to solve this problem.
Table of Contents
    Add a header to begin generating the table of contents

    In modern society, electric bicycles have become one of the most important tools for people to travel. With its advantages of environmental protection, energy saving and convenience, it has gradually replaced traditional bicycles and motorcycles, and has become a popular choice for urban travel.

    YouTube_play_button_icon

    How two-wheeler works

    To understand why electric vehicles travel slowly, we first need to understand how they work. Electric vehicles rely primarily on batteries and electric motors to provide power.

    The battery provides power to the electric motor, which rotates and then drives the vehicle. However, in actual use, due to the influence of a variety of factors, the driving speed of electric vehicles often does not meet expectations.

    The reason why e-bikes are slow

    • Battery

    The battery is one of the core components of an electric bicycle, and its performance directly affects the driving speed of the vehicle. Generally speaking, the larger the battery capacity and the higher the voltage, the faster the e-bike will travel.

    However, due to current technology, the battery capacity and voltage of ordinary electric vehicles are generally low, resulting in limited vehicle speed.

    • Motor

    The electric motor for bicycle is the power source of the electric bicycle, and its power directly affects the driving speed of the vehicle. The more powerful the motor, the faster the e-bike will travel.

    However, limited by current technology and cost, the motor power of ordinary electric vehicles is relatively small, which is one of the reasons why electric bicycles cannot run fast.

    The reason why e-bikes are slow

    • Tire

    The tire is the part of the e-bike that is in contact with the ground, and its coefficient of friction and air pressure have an important impact on the vehicle’s speed.

    The higher the coefficient of friction and the higher the air pressure, the faster the e-bike will travel. However, if the coefficient of friction of the tire is too high or the air pressure is too high, it will cause friction between the tire and the ground to increase, which in turn will reduce the speed of the vehicle.

    • Other

    In addition to the above three factors, the travel speed of an e-bike is also affected by other factors, such as body weight, wind resistance, etc.

    How to increase your driving speed

    In view of the above factors that affect the driving speed of electric bicycles, we can take the following measures to increase the driving speed of the vehicle:

    • Replace the battery

    Replacing an electric motorcycle battery with a larger capacity and higher voltage can increase the speed of your e-bike. However, attention must be paid to battery adaptability and charging time to avoid safety issues.

    • Upgrade motors and controllers

    Upgrading a more powerful motor can significantly increase the travel speed of an e-bike. Attention must be paid to the weight and cost of the motor, as well as its compatibility with legacy vehicle systems.

    • Replace the tires

    Choosing tires with a moderate coefficient of friction and the right air pressure can optimize the travel speed of your e-bike. When changing tires for motorcycle, you need to pay attention to the brand and quality of the tires, as well as their fit with the vehicle.

    How to increase your driving speed

    • Reduced vehicle weight

    By using lightweight materials and optimizing the structural design, the weight of the e-bike can be reduced, thereby increasing the vehicle’s driving speed.

    • Improved wind resistance design

    By optimizing the body structure and designing a low drag body, the wind resistance of the e-bike while driving can be reduced, thereby increasing the driving speed of the vehicle.

    The most power-efficient way to ride

    In the process of using electric vehicles, I believe that many users have such questions: how much is the most energy-saving electric vehicle? How much power is left to charge? For these two questions, the answer is to keep the speed at 20-25km/h is the most energy-saving, and the remaining power of about 30% in summer is the best, and the remaining power of about 50% in winter is the best to charge.

    First, let’s look at the speed of an electric car. For an ordinary electric car, its maximum speed is only 25 km/h. According to the test data, when this type of electric vehicle is about 20 km/h, the motor runs most stably and has the lowest power consumption.

    This means that a speed of 20 km/h will be the most power efficient. For electric motorcycle and lightweight electric motorcycle, the maximum speed is generally 40-50km/h, or even higher.

    According to the test data, these two models have the lowest power consumption and the longest range of electric vehicles at a speed of 20-25 km/h. Therefore, on the whole, for ordinary electric vehicles, when the speed is maintained at 20-25 km/h, electric vehicles will be the most energy-efficient.

    The most power-efficient way to ride

    Second, electric vehicle charging. As we all know, batteries have a certain number of charges and discharges. Taking the most common lead-acid battery as an example, its general full charge and discharge times are about 350 times.

    This means that charging too often, charging as soon as you use it will prematurely consume the number of charge and discharge times, shortening the battery life.

    In addition, if the battery is used up and recharged, over-discharge will also wear out the battery’s life. Therefore, for users, choosing the right charging time is conducive to extending battery life.

    According to the test data, the electric vehicle battery is more active in summer, and charging when the remaining battery power is close to 30% is not only conducive to protecting the battery, but also conducive to prolonging life.

    In addition, the battery of electric vehicles is less active in winter, so in order to protect the battery, it is necessary to charge it when the remaining power is close to 50%, which is more conducive to the extension of battery life.

    Conclusion

    To sum up, if you want an electric car to have a longer range and save more power, you only need to keep the vehicle at a speed of about 20–25 km/h. In addition, it is best to control the remaining power at about 30% in summer and about 50% in winter.

    Of course, developing good usage habits is also conducive to extending the battery life and life of electric vehicles, such as not overloading driving, not mixing chargers, etc.

    Related posts
    Top 10 best beginner motorcycle manufacturers in the world
    Top 10 best beginner motorcycle manufacturers in the world

    Now that motorcycles are becoming more and more popular, how to choose the best beginners motorcycle. This article comes to provide the most comprehensive brands and manufacturers and is intended to find the right motorcycle and make a better choice.

    Best top 10 electric motorcycle battery in China
    Best top 10 electric motorcycle battery manufacturers in China

    A good e-motorcycle does not mean that all its components must be produced by one manufacturer. Different electric vehicles will carry batteries from different brands. The top 10 electric motorcycle battery manufacturers shared today in China all have a high reputation, popularity and practicality.

    Leave a Comment

    Your email address will not be published. Required fields are marked *

    BENLG COMPANY

    BENLG company sells electric bicycles, electric motorcycles, electric tricycles, electric scooters, electric scooters. Please contact us to get the best factory price and OEM/ODM service.

    PRODUCTS

    Related Post

    SEND INQUIRY

    Contact Form Demo
    Scroll to Top