Are you wondering whether your electric bike charges when you pedal? Well, that would be so great and convenient, right?
Well, in this article, we look to answer your question, in detail. Plus, look at how the battery charges, and some ways you can maximize battery life.
So let’s jump straight to it.
- 1 Fact: Electric Bikes Don’t Charge By Pedaling.
- 2 What Is Regenerative Braking In Electric Bikes?
- 3 How Effective Is Regenerative Braking On An E-Bike?
- 4 Will Regenerative Braking Damage the Brakes on my Ebike?
- 5 Is Regenerative Braking for Ebikes Just a Marketing Tool?
- 6 Reasons To Get An E-bike
- 7 Conclusion
Fact: Electric Bikes Don’t Charge By Pedaling.
The e-bike’s design takes the rotation of the pedals and converts it into forwarding motion, just like a bike without a motor. The motor adds a level of assistance depending on your power and the assistance setting you choose.
First, it would be much less efficient if you tried to convert the energy generated by your legs into battery power that you could use later to move forward.
Second, for the generated energy to charge the battery, you would have to disconnect it from the bike’s drivetrain. nThis would completely change the riding experience since your energy wouldn’t connect from the front-wheel drive.
The issue of regenerating power on descents is a little more challenging to understand: Why doesn’t your electric bike use energy efficiently on descents?
Electric bikes are typically configured as mid- or rear-wheel drive bikes, depending on where the motor is.
With a hub motor, you can theoretically use the kinetic energy of the electric bike when accelerating. The most challenging part is to control the connection and disconnection of the regenerative system.
What Is Regenerative Braking In Electric Bikes?
Regenerative braking is a technology that does what we discussed here, and it is widely used in newer vehicles like Toyota Prius. It is also found on electric bicycles, although significantly less often. How does regenerative braking work?
Very simple. The electric motor extinguishes the kinetic energy of the vehicle’s movement while generating electricity, which is stored in the batteries.
How Effective Is Regenerative Braking On An E-Bike?
The efficiency of the electric bike and the distance traveled on a single charge of the batteries increase due to regenerative braking.
The energy efficiency of the regenerative braking system depends on your riding style and the number of descents and ascents on the route. The more often you use the brakes, the more effective it will get.
On average, the regenerative braking system increases the efficiency by 5 – 20%. The average cyclist on the moderate route can travel about 10% longer distances on a single battery charge.
The regeneration function should not be considered a useless option, but you should not expect a fantastic effect from it either.
If you rely on a controller and a power-generating wheel motor to dramatically increase your mileage on a single charge, you will be disappointed.
It will not provide much energy saving, but it will allow you to drive a couple of kilometers extra on a charge. In some cases, this can be very useful.
Will Regenerative Braking Damage the Brakes on my Ebike?
No, it won’t. Regenerative braking can significantly reduce brake wear and heating during long descents. In addition, regenerative braking is smooth and quiet.
And, more importantly, you spend energy recharging the battery and not heating the surrounding space, as is the case with conventional brakes.
Is Regenerative Braking for Ebikes Just a Marketing Tool?
Not really. However, it would help to keep your expectations on a reasonable level. A regenerative system is a valuable addition to electric bicycles, but it does not increase your range by a whole lot.
And other methods will help to extend the mileage of an electric bike on a single charge – using a more capacious battery, riding in economy mode, and combining an electric drive with pedaling.
And instead of a direct drive motor that supports the regeneration function, it is better to use geared motors with an overrunning clutch in most cases.
They use battery energy more economically, have lower weight, and do not slow down in the absence of power.
Let’s evaluate the real possibilities of bicycle electronics and consider the manner of a cyclist’s ride. We will get an indicator of the renewal of battery energy during braking not higher than 5-7%.
Moreover, a figure of 5% energy replenishment would be more plausible. It turns out that even 15-20% of powering the batteries of an electric bike during braking is physically impossible, not to mention the complete replenishment of the charge.
Reasons To Get An E-bike
Over the past few years, electric bicycles have been gaining increasing popularity worldwide and in Canada. After all, this is the ideal type of urban and suburban transport, the advantages of which are:
- The economy of movement (no need to spend money on fuel);
- Lack of exhaust gases and the smell of gasoline;
- High maneuverability allows you to bypass traffic jams;
- A relatively high speed of 25-55 km/h;
- Sufficient mileage from one battery charge of 25-60 km, and sometimes up to 100 km;
- Affordable cost;
- No need to drive with a license and undergo technical inspection.
Riding a bike with an electric motor is beneficial for a person’s health with any physical fitness. While riding, it is not at all necessary to pedal constantly. An electric motor will fully or partially provide the movement.
The power source for the electric motor is a rechargeable battery. It does not matter how you feel today and how old you are. This miracle of technology will always take you where you need it.
There are many different electric bikes, some that can be charged by braking or pedaling. In terms of the benefits of energy recovery, this function will not harm your e-bike, but it will not bring huge benefits either.
Don’t fly in the clouds and hope that a controller and wheel motor that supports this capability will dramatically increase your bike’s mileage potential.