What is Energy Recovery (Regenerative Braking) in Segway Ninebot?

Segway Ninebot redefines electric scooters with energy recovery mode – a groundbreaking system that recycles braking energy, turning your scooter into a power generator for more efficient journeys. Imagine a scooter that not only gets you where you want to go but also recycles power to make your journey even more efficient.

In this article, we delve into understanding the energy recovery mode, (the same term  alternatively used  for regenerative braking mechanism), how it works, the benefits you get from this and the limitations you need to be aware of. Join me on a journey of understanding and optimizing the regenerative and energy recovering braking system in Segway Ninebot scooters.

What’s Energy Recovery Mode / Regenerative Braking ?

Regenerative braking, also known as energy recovery system, is like a superhero move used in Segway Ninebot scooters. Instead of wasting energy when you brake, it captures that energy and stores it for later. It’s like recycling power to make your scooter go further.

When we talk about energy recovery, or energy recovery mode in Segway Ninebot, it’s the same process which happens during regenerative braking, as energy is “regenerated” or recovered.

How This Works in Simple Terms

The Electric Motor Dance

Think of your scooter’s electric motor as the hero. It takes energy and makes your scooter move. But, when you want to slow down, regenerative braking kicks in. It’s a cool reversal trick where the motor becomes a generator, turning your scooter’s movement back into energy, hence recovering some energy lost in braking.

The Smart Inverter

This superhero needs a sidekick, and that’s the inverter. It makes sure the energy dance happens smoothly. By adjusting the electric current, it keeps everything in sync, making sure the scooter slows down when you want it to.

Storing Energy for Later

Once the superhero motor turns into a generator, another buddy, the Power Electronics converter, stores that recovered energy in the scooter’s battery. It’s like saving up power for your next adventure.

| Explore More About Segway Ninebot Scooters

Customizing Energy Recovery Mode In Ninebot

Setting the Brake Intensity

Adjusting regenerative braking / energy recovery intensity is like picking how strong you want your scooter’s braking to be. You can set it to low, medium, or high, depending on your style. It’s all about making your scooter match your moves. 

The stronger or more intense you adjust, the more energy you recover and more stopping power you get.

Easy Steps to Set It Up

Open the Ninebot App:

• Make sure the app is on your phone and open it.

Connect to Your Scooter:

• Link your phone and scooter through Bluetooth for easy settings.

Find the Settings:

• Look for the gear icon in the app—it’s where all the cool settings hide.

Locate Brake Intensity:

• Find the option related to brake intensity or regenerative braking.

Choose Your Level:

• Pick low, medium, or high intensity based on how you want your scooter to behave.

Save Your Choice:

• Tap the button that saves your new intensity setting. Now, your scooter is ready to roll the way you like.

| Watch a video guide: Ninebot Scooter Settings

Benefits You Get with Regenerative / Energy Recovery Braking

1. Go Farther on a Single Charge

Energy recovery helps your scooter go the extra mile by saving up energy during stops. That means you can travel longer without worrying about running out of power.

|Check out our blog post : How long does segway ninebot battery last?

2. Efficient Energy Use

Unlike regular brakes that create heat, energy recovery turns that heat into electricity. It’s like using every bit of energy wisely, making your scooter more efficient.

3. Longer Scooter Lifespan

By being gentle on traditional brakes, regenerative braking helps them last longer. That’s a win for your scooter’s health and your pocket.

4. Easy Riding with One Pedal

Regenerative braking gives you a smoother ride. You can control both speeding up and slowing down using just one pedal, making your ride simpler and more fun.

5. No More Overheated Brakes

Traditional brakes get hot, but regenerative braking keeps it cool. Your brakes won’t overheat, ensuring a safe and reliable ride every time.

| Read Also : Understand Brake Fade and Prevention

6. Your Scooter, Your Rules

With regenerative braking, you’re in control. Some scooters even let you decide how strong or gentle you want your braking to be. It’s like having a scooter that dances to your tune.

| Download Ninebot App for Customization

7. Good for the Planet

Regenerative braking / Energy Recovery is like being eco-friendly. By turning movement into power, your scooter becomes a green machine, reducing its impact on the environment.

8. Smooth Braking Experience

Say goodbye to jerky stops. Regenerative braking gives you a smooth, controlled braking experience, making your ride more comfortable.

| Read Also : Tips for Smooth Electric Scooter Riding

9. No Wear & Tear Of Motor

This braking system has no impact on the health of motor, hence preserving it and making it last longer. The motor and other components involved are free of wear and tear.

Some Limitations & Drawbacks to Keep in Mind

1. Slow Speeds & Energy Recovery

Energy Recovery might not be as effective at very slow speeds. They might consume energy instead of recovering it at very slow speeds. In those cases, use your regular brakes or just step off the scooter. Safety first!

| Read Also : Insights on Slow-Speed Regenerative Braking

2. Not Every Scooter Is the Same

The way regenerative braking works can vary between scooter models. It’s essential to understand how your scooter likes to dance. Also, well-made scooters won’t use regenerative braking when the battery is full, avoiding potential issues. 

3. It’s Not a Super Strong Brake

You should not rely solely on energy recovery systems for braking. It is essential to have a powerful mechanical or hydraulic brake alongside it.

4. Energy Recovery Limits

Scooters don’t have tons of kinetic energy, and batteries can’t recharge super fast. So, while regenerative braking is fantastic, it won’t give you a massive boost in distance—maybe just 0

In lower and cheaper versions of ninebot scooters, you should not use energy recovery alone at very high speeds, especially when downhilling and the battery is nearly fully charged, because it will cause heat-up issues in the battery and controller.

Is Energy Recovery Brake Right for You?

Regenerative brakes are like the cherry on top, especially for higher series of Ninebot scooters. They’re a cool addition that makes braking better. However, if your scooter stops when you press the brakes, that’s good too!

Explore Power Recovering Segway Ninebot Scooter Series

To sum it up, power recovery with regenerative braking in Segway Ninebot scooters is a game-changer. It adds a bunch of benefits to your ride, but it’s good to know both sides of the story. 

Some popular Segway Ninebot models supporting energy recovery system are : 

• Max G30
• Max G2
• F30 , F40 , F65
• E45
• P65 & P100S (Better Recovery)
• GT1 & GT2 (Better Recovery)

|Check our blog posts : Segway P100s review & Segway P65 review

FAQs

• How does regenerative braking work in Segway Ninebot scooters?

  Regenerative braking converts kinetic energy into electricity when slowing down, storing it in the scooter’s battery for later use.

• How can I adjust the regenerative braking intensity?

  Use the Ninebot app to set the intensity level (low, medium, or high) based on your preferred braking style.

• What benefits does regenerative braking offer?

  It helps the scooter go farther on a single charge, promotes efficient energy use, extends the scooter’s lifespan, and provides a smooth braking experience.

• Are there any limitations to regenerative braking?

  It may not be as effective at very slow speeds, varies between scooter models, and should not be relied upon solely for braking.

• Is regenerative braking suitable for all Segway Ninebot scooters?

  While it enhances braking for most models, the effectiveness may differ, and it’s crucial to understand your scooter’s specific capabilities.

Conclusion

In conclusion, the regenerative braking system in Segway Ninebot scooters emerges as a game-changer, offering benefits like extended range, efficient energy use, and a smoother riding experience. 

By understanding how this superhero move works and adjusting its intensity through the Ninebot app, users can personalize their scooter’s performance. While regenerative braking has its advantages, it’s essential to acknowledge its limitations, such as slow-speed effectiveness and the need for additional mechanical brakes. 

Ultimately, with the right knowledge and customization, Segway Ninebot scooters empower riders to make their journeys both eco-friendly and enjoyable.