Reasons Why Electric Bikes Are The Future Of Urban Mobility
The need for sustainability is gaining momentum globally and as a result, technological innovations for electric vehicles, including two-wheelers, are surging in popularity. According to statistics shared by TheRoundup, about 300 million electric bikes will be in use worldwide by 2023. While four-wheeler electric vehicles have been a top consideration for commuters, more people are turning to electric bikes to reduce their carbon footprint.
Engineers in the automotive industry suggest e-bikes could provide a lasting solution to the growing need for environmental stability. After all, they don’t depend on fossil fuels that produce toxic carbon gases. As more people seek to enjoy the benefits of the e-bike, from green transportation to mental health improvements and convenience, the future of these two-wheelers looks bright. Keep reading to understand the reasons electric bikes are the future of urban mobility.
Growing Demand for Sustainable Mobility
Climate change has been a hot topic in recent years and to reduce its impact, it’s vital to replace fossil-fueled vehicles with electrified ones. Electric bikes are proving effective in driving the shift towards a greener mode of transport. Embracing e-bikes could help reverse the impact of global warming because of their compact design, which translates to fewer carbon emissions during the manufacturing process.
Compared to conventional cars, e-bikes combine motor power with pedal power, meaning they don’t use gasoline. This aspect alone makes them a feasible option for protecting the environment.
Consumer Acceptance
Cycling isn’t a new concept, but it has become a popular trend in recent years as more people invest in e-bikes for commuting, pleasure, and fitness. Governments worldwide are also fueling the acceptance of electric bikes by building bike-friendly cities, with safe lanes, car-free zones, and bicycle boulevards. With bike-friendly infrastructure and policies in place, the rate of bike-related accidents reduces significantly. This factor encourages commuters to make a shift from a vehicle-centric culture to a more sustainable one.
Smart Cities Need Smart Transportation
Smart cities are taking a smart approach to make transportation cleaner, more effective, and more functional. And e-bikes are ideal for smart cities because they are technology-driven, compact, and easy to park. Unlike cars, bikes require little space to ride and park. This means they don’t cause traffic jams, thus keeping smart cities less congested. Considering smart city infrastructures revolve around technology, governments are investing highly in e-bike ride-sharing programs. They consider this technology to be the future of mobility in urban areas.
Bike-sharing schemes offer many benefits, such as accessibility to affordable and flexible transportation. With bike-sharing programs, you don’t need to buy or own an electric bicycle to navigate a city. This scheme entails a self-service bike station where cyclists check out bicycles with a credit or membership card. You can also get access to an e-bike-sharing program via a mobile app.
Once you have access to a bike, you can ride it to your destination and park it in a nearby docking station. Bike sharing encourages individuals who don’t, or wouldn’t, think of cycling regularly to use bicycles as their primary mode of transportation. Bike share e-bikes feature cargo baskets and integrated locks, have fenders, lights, and gearing that make urban cycling safe and fun.
Better Motor Wattage
Improved motor wattage is also encouraging the adoption of electric bicycles. The latest e-bikes have increased motor wattage, translating to high speed, enhanced range, fast charging, and safety. While there are different e-bike motor wattages, many cyclists focus on whether to choose a 500 watt vs. 750 watt electric bike. If you’re new to e-bikes, understanding the difference between a 500 watts and a 750 watts e-bike is crucial.
For instance, 500 watt e-bikes are powerful and provide a good range per charge. Typically, you can ride a 500 watt e-bike for 60 to 75 miles on full charge. These bikes also ride well on different terrain, but you cannot cycle at high-speed. 500 watt electric bikes cycle at mid-level speed, thus reducing the risk of danger. E-bikes powered with 750 watt motors provide good range 70 to 85 miles, excellent speed of up to 20 to 22 miles per hour, and improved suspension. Like 500 watt bikes, 750 watt electric bikes work perfectly on any terrain. However, they are more prone to causing accidents because they can run at high speeds.
Advanced E-bike Battery Technology
Today’s bikes operate on electric motors and batteries that are more efficient, durable, and lightweight. There are also major improvements in e-bike battery technology that provides fast charging and increase range. Market experts suggest that new e-bike battery technology like lithium-titanate allows e-bike users to charge their bikes within 20 minutes.
With lithium-titanate batteries, cyclists don’t have to wait six to eight hours to fully charge their e-bikes like with lithium-ion-powered bikes. Besides speeding up the charging time, lithium-titanate batteries reduce range anxiety. This means you can cycle many miles without worrying about draining the battery.
People are more conscious about their impact on the environment than ever before, and to reduce their carbon footprint, commuters are shifting to e-bikes. Electric bikes have amazing features, including compact designs, electric motors, and batteries that make them perfect for promoting sustainable transportation. Other reasons e-bikes are the future of urban mobility include improved battery technology, powerful motor wattage, and increased demand for smart transportation for smart cities.
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