Table of Contents_
Regenerative braking is a hot buzzword right now and is typically referring to how an electric car replenishes a charge while braking. This may leave consumers to wonder if regenerative braking on an electric scooter is as effective and efficient as with e-cars. And since we’re talking regenerative braking, then you may want to check out some of these top-rated electric scooters that have that.
Before you can know how an electric scooter handles regenerative braking, it is important to understand the concept itself. Regenerative braking takes the force that is applied while braking and converts it to usable energy, which is then sent to the battery. This is a primary functionality when it comes to electric cars and one of the reasons they get such good mileage. Also good to know now is that many public locations have outlets for charging electric scooter batteries.
Regenerative braking takes the force that is applied while braking and converts it to usable energy, which is then sent to the battery.
Now for the bad news. When it comes to personal transportation vehicles, such as electric scooters and electric bikes, regenerative braking is still a nascent technology. In other words, it is not very effective when it comes to e-scooters. Regenerative braking systems can help increase the battery life of a scooter from five to 10 percent, which is not very much.
Why is this? It’s simply a matter of weight and force. Cars are extremely heavy and boast a whole lot of thrust. Hitting the brakes with a car demands a lot of power and creates a lot of useable energy in return. Scooters and e-bikes are relatively light, and the energy transformed while braking with them is on the lower side.
Despite regenerative braking being inefficient for now, there are some efficient ways to increase the battery life of your scooter.
Hitting the brakes with a car demands a lot of power and creates a lot of useable energy in return. Scooters and e-bikes are relatively light, and the energy transformed while braking with them is on the lower side.
One of the best ways to maximize battery life is to understand the charging mechanism and act accordingly. Lithium batteries can operate at peak efficiency for around 300 to 500 charging cycles. These batteries will not complete a charging cycle, however, until they are fully depleted or if they are left fully charged for a long period of time. So, you should habitually keep the battery charged to around 40 to 90 percent of its maximum capacity. This will reduce the number of times the battery completes a charging cycle. To learn more, you can read our article on how long to charge an e-scooter battery. Another good maintenance habit is just checking if your electric choke works well enough. Additionally, you can learn about how electric scooter display works so you can keep track of pertinent information to your ride, like speed, battery life, or any error message that may pop up.
Scooters have a maximum weight limit for a reason. Exceeding this limitation will place undue strain on the battery, shortening its overall lifespan and reducing your maximum range in the process.
Regenerative braking systems can help increase the battery life of a scooter from five to 10 percent, which is not very much.
What happens to electric vehicles that use regenerative braking when the battery is full?
If the battery is full, the stored-up energy from braking will have nowhere to go. It will usually be dispersed into the atmosphere.
What are the downsides of regenerative braking?
For now, the primary downside of regenerative braking is inefficiency when it comes to light vehicles such as e-scooters. Another downside is that the technology needed to complete the process can be expensive.
Are electric scooters the future of transportation?
Maybe. Electric scooters will certainly be one part of the future of transportation, but it remains to be seen how popular they will become with average consumers.
STAT: No machine can be 100% efficient (without breaking the laws of physics), as any transfer of energy will inevitably incur some loss as heat, light, noise, etc. (source)