Electric bikes are designed to solve the main problem most people face with traditional bikes. It is the lack of propulsion without effort when pedaling. You need to keep pedaling to complete your ride on a regular bike. When constructing an electric bicycle, a battery, and an electric motor are integrated. This ensures you can use the pedal assistance to punctuate your efforts, with the option to rely on it when you get tired.
Every electric bike is equipped with enough juice to cover a certain distance. A sufficiently charged e-bike must be used for long-distance tours. The total distance you can travel on 100% electric power is called battery life. When you’re on an electric bike that has enough power to cover the distance, you can approach your journey with more confidence. Read on to learn more about how to determine the battery life of your electric bike.
Find the range of batteries for electric bikes
Knowing the battery life of your e-bike is easy, especially when you buy from reputable manufacturers. Battery life is an important piece of information when buying an electric bike as it gives you an idea of how far you can go on a full charge. It is a detail that is usually included in electric bike specifications and you can easily check it in the list. This is the only way to confirm the possible range before purchasing.
If you already ride an electric bike, you can calculate range by measuring the distance traveled on a full charge. If you are wondering, there is no universal way to check battery life. The only way to find out is with your opinion and what the manufacturer says.
Factors affecting battery life
When using your electric bike, remember to take good care of the battery by checking it before and after each ride. This will help you enjoy the best range possible. Factors affecting battery range include:
Battery capacity
Battery capacity is measured in ampere-hours (Ah) and refers to the total amount of energy contained in a single full charge. It is a decisive factor for the range of electric bikes. A higher capacity battery is much more likely to offer a longer range than one with less. The Himiway Big Dog, for example, has a 48V 20Ah battery capacity that is perfectly designed for long-distance trips.
When using electrical power, other factors come into play that can drain the battery charge more quickly. This includes your total pedaling weight, your style, and the terrain you are playing on. Walking with heavier loads can use more energy and decrease battery life. Driving on rough roads or off-road also requires more engine power, which can also deplete the available charge.
Load
The available charge of the battery is one of the main factors behind every decrease and increase in the range of an electric bike. The logic is simple. If you start your ride with a fully charged battery, you can use power longer than if you start at around 60%. This solves the problem of enjoying more autonomy on long-distance journeys. Just make sure you charge properly with the correct type provided by the manufacturer.
There can still be a problem if your electric bike uses a low-capacity battery. You will not be able to use electricity for a long time, no matter how full it is.
Using pedal assistance
The pedal assistance function is a system that includes the electric motor and the battery. Once this feature is activated, the system will help you go faster with less effort. Careful use of pedal assist can greatly expand your drumming range. This feature can also drain your load, so it needs to be used carefully. Make sure you use an electric bike that can supply enough juice to meet your electricity needs.
If you pedal a little, you can use your battery longer on the go. This works best, especially if you’re likely to sweat on the go, e.g. B. when doing sports or enjoying a trip. You can turn off the power and use the pedals from time to time. If you’re riding a long-distance e-bike like the Himiway Zebra, with a range of up to 80 miles on battery power, you’ll be able to get more out of the pedal assist.
Engine
The type of electric motor installed can end up reducing the autonomy of the e-bike. This is because a higher-capacity battery can usually drain your battery faster. However, it is the type of engine used to produce power that tends to amplify this effect. This is mainly because its size and weight can put more strain on the battery, causing it to heat up and reducing its range.
Mountaineering and off-road driving require high motor power, but this can also affect battery life. To enjoy the best of both worlds, you should ride an electric bike with an internal geared motor. They are just as efficient as direct-drive motors despite being lighter and smaller. Their small size and weight, along with consistent power delivery, make them a better choice for longer battery life. Most Himiway electric bikes use a geared hub motor, which also makes them more affordable.
Tire pressure
When buying an e-bike, the manufacturer usually recommends a certain pressure limit, expressed in PSI. This ensures that you can enjoy optimal traction and rolling resistance. The pressure contained in the tires of an electric bicycle can affect the life of the battery. Over-inflated tires have less contact with the road surface, which increases rolling resistance.
Underinflation of the tires can also be a problem. More effort is required to climb steep climbs as the engine struggles to maintain a constant speed. This causes the battery to discharge faster and slower.
Conclusion
There are many benefits to riding an electric bike, including battery life. This is defined as the total distance you can travel with enough energy for your journey. Most e-bike manufacturers offer a battery range between e-bike specs, but you can also make your discoveries by using one.
Be sure to use a quality e-bike with a long-range battery to enjoy its benefits. Visit our site to see some of the best products available to help you go the distance. All Himiway electric bikes are equipped with batteries designed for a long range.
