In the current era of global warming and rising GHG emissions, the introduction of electric bikes has offered the world an alternate mode of travel that is eco-friendly, less costly, and highly convenient.
Although most electric bikes are expensive two-wheeled automobiles, you can buy a relatively cheaper e-bike by choosing a lower wattage electric bike.
One such electric bike that offers you a great range and makes inner-city traveling much more convenient is the 500-Watt electric bike.
These bikes are great if you’re looking for a casual ride to get to work or run some errands. However, it won’t offer you the fastest ride out there. So how far can a 500-watt electric bike go?
How Far Can a 500-Watt Electric Bike Go on One Charge?
Whether you’re looking to buy an electric bike to ride to work or school or need an electric bike to travel between two cities, you can always find an e-bike that suits your unique preferences and requirements.
If you need a moderately priced electric bike for inner-city travel and relatively shorter commutes, a 500-Watt electric bike is ideal.
However, since it has such a meager battery, it might not give you the range you’re looking for. It all comes down to how far can a 500-Watt electric bike go on one charge.
In theory, a 500-Watt electric bike will allow you to cover a distance of 60 to 75 miles on a single charge, making traveling to work, school, the mall, a friend’s place, etc., extremely convenient.
However, this is not always the case. The actual distance covered by a 500-Watt electric bike on a single charge will depend on multiple factors.
Continue reading to learn what an electric bike’s range is and what factors can affect an electric bike’s actual range.
Let’s get started!
What Is the Range of an Electric Bike?
By definition, the range of an electric bike is the distance it can cover on a single charge.
This means that an electric bike with a higher range will be able to cover a greater distance without requiring the need for a recharge.
An electric bike with a lower range will not be able to travel to far-off destinations on a single charge. Instead, the rider will have to recharge the battery to continue their trip.
The range that an electric bike can offer primarily depends on the size of the e-bike’s electric battery.
The bigger an electric bike’s battery, the more charge storing capacity it will have. As a result, a higher capacity electric bike’s battery will allow the e-bike to travel a greater distance without requiring a recharge.
Let us take a closer look at an electric bike’s mechanism to understand better how this works.
For an electric bike to work, the rider must first charge the e-bike’s electric battery by connecting it to a power source.
When a rider begins to pedal their fully charged electric bike, the built-in motion sensor picks up the rider’s pedaling motion and signals the electric motor to turn on.
The electric motor works by converting the electric battery’s stored electric charge to kinetic energy.
This energy is then passed on to the electric bike’s tires via the transmitters, and the e-bike’s speed and momentum increase.
If the size or wattage of the electric bike’s battery is too small (for example, 250-Watts), the motor will drain the battery very quickly.
As a result, the electric bike will not be able to offer any pedal assistance after some distance, and the rider will have to recharge their battery.
On the contrary, if the electric bike comes with a massive 1000-Watt or 1500-Watt battery, it will be able to store a substantial amount of electric charge, allowing the e-bike to cover a significantly greater distance on a single charge.
A 500-Watt electric bike battery is a moderately sized battery with a good enough capacity. Hence, the rider will not have to worry about the battery’s range when traveling within a city.
However, if the rider plans to take their 500-Watt electric bike on a long biking trip, they need to either locate charging spots on the route they will be riding on or carry an extra portable battery pack.
Continue reading to learn about the factors that will influence your 500-Watt electric bike’s actual range.
What Factors Will Influence the Distance a 500-Watt Electric Bike Covers in One Charge?
In theory, a 500-Watt electric bike should be able to cover at least 60 to 75 miles on one charge. However, it is common for the battery to run out of charge way before it has traveled this much.
This usually happens when the rider lacks knowledge of how an electric bike’s battery works and what factors can negatively affect its range, causing it to lose charge more quickly.
The main factors that can influence the distance a 500-Watt electric bike covers in one charge are as follows:
The Type of Electric Battery Your Electric Bike Has
Electric bikes have existed for longer than most people know. Although modern-day electric bikes have been designed and manufactured in recent decades, you can find older versions of these bikes.
One of the main differences between older electric bike versions and their newer counterparts is the use of different chemical batteries.
Older electric bikes come with either a nickel-cobalt or a lead-acid electric battery. Both these types of chemical batteries can store electric charge in the form of chemical energy for the electric bike’s motor to use during a ride.
Though both kinds of electric bike batteries can perform their required tasks, they have certain limitations that affect their practicality.
One major limitation is nickel-cobalt and lead-acid batteries’ battery capacity and range. Both batteries cannot store a high amount of electric charge and discharge at a fairly high rate.
On the contrary, modern-day electric models come with lithium-ion chemical batteries that can pack in a high amount of charge in a small and compact package.
Hence, these batteries have higher capacities, and therefore, higher ranges.
As a result, if the chemical composition of a 500-Watt electric bike battery is anything other than lithium-ion, it will not be able to cover a significant amount of distance on a single charge.
The Condition of an Electric Bike’s Battery
Although the battery of an electric bike is its most critical component, it is also the most sensitive.
Hence, poor care and mishandling of an electric bike battery will negatively affect its capacity and range.
Some examples of poor electric bike battery conditions are as follows:
- If a rider frequently chooses to ride their electric bike on a battery with a low charge level, the battery’s capacity permanently decreases.
- As a result, the e-bike cannot cover the distance the rider might be hoping to cover.
- Suppose a battery is charged using an outsourced battery charger. In that case, the cells may get fried by the inadequate amount of electric charge that may flow into the battery.
- If the battery is charged when it is too cold or too hot, it permanently loses some of its charge storage capacity. As a result, its range also drops.
- If battery repairs are delayed, the battery may never be able to recover its capacity – similar to most phone batteries. As a result, the amount of charge the battery can store will forever be limited.
- Usually, if the capacity and range drop too low, the rider has no choice but to incur expensive battery replacement costs.
- If the battery is not protected by bike fenders and gets damaged by sharp rocks and debris during a ride, it might leak battery fluid.
If any of the above-mentioned situations happen, the battery can permanently lose some of its charges storing capacity.
As a result, with decreased battery charge available, the 500-Watt electric bike will not be able to cover 60 to 75 miles on one charge.
Instead, either the rider will have to go through the trouble and cost of frequently recharging the battery, or they will have to incur expensive battery replacement costs.
The Total Weight an Electric Bike has to Pull
In general, electric bikes are heavier than traditional bikes. Hence, they are able to carry heavier riders. However, like all automobiles, electric bikes also have limitations and can only pull a limited amount of weight.
Usually, a 500-Watt electric bike is not designed to cater to heavier riders or people who need to lug around heavy cargo.
If excessive weight is added to a 500-Watt electric bike, unhealthy amounts of stress will damage the battery.
If this is repeated, the continuous stress on the battery will cause it to lose some of its capacity permanently.
Due to the lowered battery capacity, an insufficient charge will be available, and the e-bike’s range will drop. Hence, the electric bike will not be able to travel too far on one charge.
The Way a Rider Rides their Electric Bike
The way a person rides their eBike can influence a 500-Watt electric bike’s range in the following ways:
- If a rider chooses to ride their electric bike at high speeds for prolonged periods, the battery will discharge at a higher rate.
- As a result, the battery won’t have much available in the way of charge, and it will not be able to travel too far on a single recharge.
- Suppose the rider frequently rides their electric bike on the highest level of pedal assistance and puts in minimum effort to pedal. In that case, the battery will run out of charge quickly.
- As a result, the 500-watt electric bike will not be able to travel too far without having to be recharged.
- Moreover, if the rider habitually hits the throttle, the battery will lose charge rapidly.
- Hence, the electric bike will once again not be able to make it far due to less battery charge available.
The Terrain You Ride Your eBike on
The terrain the rider chooses to ride their electric bike on will significantly impact how far the 500-Watt electric bike goes.
If a rider deliberately rides over arduous and rough terrain, the excess movement will add unhealthy stress and pressure on the electric bike’s battery.
As a result, the electric bike will lose its charge storage capacity, have compromised range, and hence, will cover less distance on a single battery charge.
Moreover, if a rider rides their electric bike on a sloped surface, forcing the e-bike to move against gravity, a greater amount of battery charge will be used to keep the electric bike going.
Hence, the electric bike will run out of charge earlier and will not make it too far.
Final Thoughts on Riding a 500-Watt Electric Bike
Although a 500-Watt electric bike is expected to cover 60 to 75 miles on a single battery charge, this is its advertised range and is rarely the case in real-world scenarios.
The distance covered by a 500-Watt electric bike will be influenced by the weight of the rider and the bike, the battery’s type and condition, the terrain, the weather, etc.
However, if you wish to increase the range of an electric bike, you can try the following tips:
- Never delay battery repairs.
- Refrain from riding on high levels of pedal assistance for prolonged periods.
- Refrain from carrying excessive weight on your electric bike.
- Don’t drive on routes with rougher and steep terrain.
- Check the weather forecast before hitting the road.
- Always keep the tires of your electric bike fully inflated.
- Always keep the battery fully charged.
- Use the manufacturer-provided charger to charge the battery.
You may like the following electric bike articles:
- How Fast is a 3000-Watt Electric Bike?
- Can You Convert a Regular Bike to an Electric Bike?
- Ranger R1 Electric City Bike
- TurboaAnt Thunder T1 Electric Bike
- Can You Put an Electric Bike on a Bike Rack?
My name is Matthew, staying in Seattle, Washington. Electric Vehicles (Electric Cars & Electric bikes) caught my attention for the last few years and my love for electric cars and bikes is everlasting. I spend many of my weekends traveling to various places all over various cities with my electric vehicle (e-bike and electric car). Here I am sharing my expertise, experience, and invaluable information about electric cars and electric bikes. Check out more.