Can E - Taiwan Brake Co.,Ltd

freebeat

Listen

In this era of climate change, we are witnessing a range of innovations in the transportation industry that prioritize sustainability. Electric bikes have become a popular mode of transportation, offering convenience and easy access to riders. Unlike conventional bicycles, e-bikes are equipped with an electric motor that assists with pedaling and increases the speed of movement.

However, e-bikes come with their own set of challenges, one of which is their battery life. Imagine if there were a way to recharge your e-bike while riding it? Yes, you read that right. In this blog post, we’ll explore the possibility of recharging e-bikes while riding and find out if it’s a feasible option.

To understand if e-bikes can be recharged while riding, we first need to understand the basics of e-bike charging. The majority of e-bikes are equipped with a battery that can be charged via a traditional charging port. The battery can be detached from the bike and connected to a charging port using a charger. Once fully charged, the battery can be re-attached to the bike and used to power the electric motor while pedaling. So, the question is whether this process can be reversed to recharge the battery while riding.

Regenerative braking is a process that converts the kinetic energy of braking back into electrical energy which then charges the battery of the e-bike. The process involves regaining charge when the brakes are applied, hence keeping the battery partly charged. Modern e-bikes are equipped with regenerative braking systems that can be used while riding downhill or coming to a halt.

While regenerative braking can help recharge the battery while riding, its effectiveness is limited. For example, regenerative braking is only effective when the brakes are applied; therefore, it can result in a minimal charge being stored. Another limitation is that the process is more effective in downhill riding, where the frequency of braking is high, and the speed is more significant. On flat terrain or uphill, the effect of regenerative braking is minimal.

Another option for recharging an e-bike is through the use of solar panels. Solar panels can be attached to the bike’s frame or backpack during a ride, with the energy generated from sunlight used to recharge the battery. Solar panels are a convenient and eco-friendly way to recharge e-bikes. However, they are relatively expensive, and their effectiveness is dependent on the intensity of sunlight. This makes them less practical in areas with low sunlight or during cloudy days.

Finally, e-bikes can be charged from external sources such as power outlets or power banks. External charging is the most practical way to recharge e-bikes as it doesn’t rely on the kinetic energy generated from the bike. However, it requires the rider to stop and connect the battery to a charging port, which reduces the convenience of the e-bike’s portability.

Electric bikes that can charge their battery while riding are called regenerative or self-charging e-bikes. These bikes are equipped with special technology that helps convert the kinetic energy generated while riding into electrical energy. The kinetic energy is converted to electricity, which is then stored in the battery, increasing the lifespan of the battery.

Self-charging e-bikes are equipped with a special motor controller that helps convert the kinetic energy generated during riding into electrical energy. This energy is then stored in the battery, increasing the lifespan of the battery and eliminating the need for external recharging. Utilizing this technology, you can ride your bike for longer distances without the concern of running out of battery power.

Self-charging e-bikes offer several advantages over traditional e-bikes. Firstly, they can travel a longer distance than traditional bikes without needing to be recharged. Secondly, self-charging e-bikes eliminate the need for frequent charging, which makes them much more practical for daily use. Lastly, these bikes are eco-friendly as they utilize clean energy generated by the bike itself.

Price: $1,799

Colors: Sage Green, Midnight Black, Sahara Sand

Motor: 750W Brushless Hub Motor

Speed: Up to 20 MPH

Battery: 48V

Distance: 60- 80km (37–49 miles)

Tires: 4 Inches Fat Tire

Weight: 42 lbs

During indoor fitness classes, your efforts directly recycle energy, effectively powering the bike and eliminating unnecessary emissions. The 2-in-1 Smart Motor Control Algorithm delivers a smooth ride indoors & turns calories into CO2-free mileage during indoor cycling rides. With just 30 minutes of indoor riding, you’ll generate enough energy to cover 10 miles outside.

Self-charging e-bikes such as the freebeat MorphRover have revolutionized the world of e-bikes. With the ability to regenerate power while riding, these e-bikes are not just eco-friendly, but they are also cost-effective and easy to maintain. The freebeat 2 In 1 Morph ebike’s unique indoor cycling mode allows riders to generate power and recharge their e-bikes while cycling indoors. The e-bike’s power-assist mode and regenerative braking technology help in extending the battery life and range of the e-bike.

Overall, self-charging e-bikes are the future of transportation and the freebeat MorphRover is leading the way, delivering an unparalleled riding experience.

Join the Freebeat Revolution!

The freebeat MorphRover undoubtedly embodies the vision of freebeat. With every purchase, freebeat will plant a tree in the Amazon, contributing to a greener world. This marks a significant first step among many, and freebeat takes pride in being the first to introduce a 2-in-1 model ebike that seamlessly caters to indoor and outdoor use.