4 Types of Modern Technology That Revolutionized E-Bikes

We are conquering technology at an exponential pace and its acceleration is barely witnessing stagnation. While technology and leisure are mentioned concurrently in more cases than not, e-bikes are one of the precise answers. E-bikes have evidently reflected an upward trend since the past few decades and their popularity is only prospering more.

According to reports, the electric bicycle market in 2019 was estimated at 19.69 billion CAD and is expected to achieve a CAGR (Compound Annual Growth Rate) of 7.49% between 2020-2025. Moreover, the popularity of e-bikes has exploded so much that in 2023, e-bike sales are estimated to reach 40 million units worldwide, generating about 25.53 billion CAD in revenue. From thrilling mountain tracks to mundane traveling, e-bikes come in a range of designs and mechanics, but what intricacies lie behind such a technology that has brought a revolution? Let’s get into it.

Batteries

Batteries make the foundation of e-bikes. Lithium-ion batteries are found in most modern technologies, including electric vehicles, mobiles phones and other aerospace applications. The previously used heavy lead batteries saw a gradual decline in popularity, with engineers and scientists seeking new materials that can store more energy along with being cost-effective. E-bikes have been using lithium-ion batteries for greater energy efficiency, tending to reach a distance of almost 160 kilometers. You’d think that with increased efficiency comes increased costs, but according to the cost per unit, energy has fallen up to an incredible 97%.

Electric motors

Similar to batteries, electric motors make an essential part of the technology behind e-bikes. E-bikes come equipped with brushless DC motors that can alternate the current flowing through the motor without any brushes, unlike the motors used in older vehicles. The motors saw less efficiency and the brushes made the motors burn out quickly. Brushless bikes require significantly low maintenance and are made from sturdy earth materials to increase durability.

Torque sensors

Pedelec or pedal-assisted bikes are the most popular ones around the world right now. These bikes are equipped with cadence or speed sensors that monitor the rider’s pedaling cadence or torque to detect the amount of torque they put into the pedal. Torque sensors determine the amount of electric power required to push the bike forward. The harder you drive the pedal, the more power it gives your bike.

Digital interface 

Digital interface, albeit not fundamental, plays a prominent role in a smooth bike ride. It makes sure your e-bike interconnects seamlessly with the technology by overseeing the bike performance, range versus speed, percentage of boost and much more.

With growing times, people are switching to e-bikes for a variety of activities. To own an e-bike is not only for pleasure and wandering but also for traveling in an energy-efficient manner while you contribute to the environment as well as your own fitness. Find such vogue bikes at Beachside Bikes that are technology-driven with modern materials and a bit of finesse to accompany you anywhere. Get yours today!