In today’s increasingly congested urban traffic, e-bikes have become the first choice for many people’s daily travelling due to their convenient and environmentally friendly features. Among the many e-bike brands, Bodywel stands out for its excellent quality and advanced technology. But have you ever wondered how these quiet and efficient modes of transport work? Today, let’s take Bodywel e-bikes as an example and take a closer look at how e-bikes work.
The core power: the e-bike battery
The power source of an e-bike is the battery, which is like the heart of the human body, providing continuous energy for the vehicle. bodywel e-bikes use high-quality lithium-ion batteries, which have the advantages of high energy density, light weight, and long lifespan, etc. When you turn on your Bodywel e-bike, you will be able to see the power of the battery, which is the most efficient way of transportation. When you switch on your Bodywel e-bike, the battery starts to release the stored electricity, providing the power base for subsequent operation. For example, the common 48V and 60V lithium battery packs are capable of storing a certain amount of power for the motor to run on. bodywel continues to innovate in battery technology to ensure stable battery output in various environments, bringing riders a long-lasting endurance experience.
Power Conversion: E-bike Motor
The motor is the ‘muscle’ of the e-bike, responsible for converting the electrical energy output from the battery into mechanical energy to drive the vehicle forward.The motor of Bodywel e-bike is usually mounted in the wheel hub, which is what we often call hub motor. When the current output from the battery passes through the motor, the coil inside the motor generates a magnetic field, which interacts with the permanent magnets inside the motor to produce a rotating torque that drives the wheel.Bodywel selects brushless DC motors, which have the advantages of high efficiency, low noise, and easy maintenance, enabling the e-bike to run more smoothly and efficiently. Whether on a flat city road or a slightly sloping suburban path, the motor of Bodywel e-bike can easily cope with the situation and provide strong power for the rider.
Control Centre: E-bike Controller
The controller is equivalent to the ‘brain’ of the e-bike, which is responsible for coordinating the work between the battery, motor and other components.The controller of Bodywel e-bike can accurately control the motor’s rotational speed and output power according to the user’s instructions, such as turning the speed control handle. When you gently turn the speed knob, the potentiometer inside the knob will send a signal to the controller, and the controller will adjust the current output to the motor according to this signal, so as to achieve the vehicle acceleration, deceleration, or even speed travelling. At the same time, the Bodywel controller is also equipped with over-current protection, under-voltage protection and other functions, which can effectively protect the battery and the motor, extend their service life, and make riding safer and more reliable.
Human-computer interaction: e-bike operating components
In addition to the core components mentioned above, the e-bike also has a series of operating components that make it easy for the user to interact with the vehicle. the Bodywel e-bike’s speed knob is the key component for controlling the vehicle’s speed, by turning it, you can easily adjust the motor’s rotation speed to achieve different speeds. The brake handle, on the other hand, comes into play when you need to slow down or stop the vehicle. When you squeeze the brake handle, the brake system converts the kinetic energy of the vehicle into heat, stopping the wheels from turning. In addition, there is a power display meter, which can display the remaining battery power in real time, so that you can always know the energy status of the vehicle, and reasonably arrange the trip.Bodywel takes ergonomics into account in the design of the operating parts, so that the rider can operate more comfortably and conveniently.
E-bike power description
Power is probably one of the most important factors to consider when buying an e-bike. Here’s why: Wattage determines the power of your e-bike.
The higher the wattage, the more power and speed your bike produces – which means you can enjoy longer rides and faster speeds when you’re ready to hit the road.
When buying an e-bike, it’s important to look at the wattage reading and compare it to different models – usually, the higher the wattage, the better.
Don’t forget to consider your budget – some high-powered e-bikes are more expensive than others, so be sure to find one that fits your wallet. So, when looking for an e-bike, take a look at the wattage and decide which one is best for you – it could be the difference between a great ride and a mediocre one!
Electric Bike Voltage Explained
With electric bikes, voltage is one of the most important things you need to know. The higher the voltage of your e-bike battery, the more powerful and faster your bike will be – but that doesn’t mean you should always aim for the highest voltage.
It is important to know what kind of riding you will be doing to ensure that you get the right voltage for your e-bike. For example, if you are likely to be doing a lot of climbing, you will need a higher voltage battery so that you can climb hills more easily. However, if you ride mostly on flat terrain, a lower voltage battery will suffice.
Another thing to remember is that higher voltage batteries also tend to be heavier, which can affect the range of your e-bike. If you want to travel longer distances, consider a lower voltage battery as it will give you more power without compromising on weight or range.
Understanding e-bike voltage is essential to buying the right e-bike for your needs. Knowing what kind of riding you are likely to do can help you determine the best voltage for your battery and ensure that the e-bike you buy is right for you. So make sure you do some research before you buy – it could make a big difference!
Electric Bike Amp Hours Explained
One of the best things about e-bikes is their ability to travel long distances. But how do you know exactly how far you can travel on a single charge? The answer is ampere hours, or Ah for short, a measurement that tells you the capacity of your battery and gives you a rough idea of how far you can expect to ride.
Ah is a unit of power, usually displayed as a number such as 10Ah or 20 Ah. This means that your battery can store up to 10 or 20 hours of power. When looking for an e-bike, it’s important to consider the amp hours as this will give you an idea of the range you can expect.
For example, a 10Ah e-bike may have a shorter range than a 20Ah one. Generally speaking, the higher the Ah value, the more power the battery has and the further it can travel on a single charge. However, it’s important to note that the actual range depends on several factors, including your weight and the terrain you ride on.
So if you’re looking for an e-bike with a longer range, look for one with a higher Ah rating. Knowing your amp hours will help ensure that your e-bike is equipped with the right battery for your needs. Armed with this knowledge, you’ll be able to find the right e-bike for your next ride!
Bodywel E-bikes work by providing electrical energy through a battery, a motor that converts the electrical energy into mechanical energy, a controller that coordinates the work of the various components, and then a combination of operating components to achieve a series of actions, such as starting, travelling, shifting, and stopping the vehicle. Understanding these working principles will not only make us more familiar with our own car, but also more comfortable in daily use and maintenance, so that the e-bike can better serve our travelling.
If you’re looking for an efficient, economical and environmentally friendly way to get around, e-bikes are a great choice. Now that you understand how they work, you can confidently ride one yourself! So what are you waiting for? Head over to the Bodywel shop and get on an e-bike today.
