This article is authored by Madhumita Agrawal, Founder & CEO of Oben Electric.
As we celebrate Dussehra, a festival symbolizing the triumph of good over evil, it’s worth reflecting on the significant transformations happening around us. Dussehra is not just about mythological victories but also about embracing real-world changes that promote progress and sustainability.One of the most pivotal transformations today is the shift towards electric mobility, especially in the two-wheeler segment, which forms the backbone of Indian transportation.
Motorcycles account for nearly 70% of the two-wheeler market in India and are considered a staple in most households, often serving as the primary mode of commute. From daily work commutes to weekend errands, motorcycles are an essential part of everyday life for millions of Indians. However, people have specific expectations from motorbikes, particularly around power, range, and durability, developed over years of reliance on traditional models. These high standards lead to some skepticism about whether electric motorbikes can truly meet these expectations, especially considering lingering misconceptions about EV performance, which presents a challenge to broader acceptance.
This Dussehra, let’s challenge and dispel these misconceptions head-on by unveiling the true potential of electric two-wheelers with facts and data.
Myth 1: EVs Have Limited Range
Reality: EVs offer an impressive range—perfect for daily commutes
The idea that electric vehicles can’t travel long distances on a single charge is a primitive notion. The average Indian commuter travels 40-45 kilometres daily, which is easily accommodated by modern electric motorbikes that can cover over 120-150 kilometres on a single charge. This substantial range not only meets but significantly exceeds the commuting needs of most riders. Given that motorcycles comprise nearly 70% of the two-wheeler market in India, primarily purchased for their commercial benefits rather than leisure, this impressive range perfectly aligns with the practical demands of everyday commute. The advancements in battery technology and innovation have helped dispel concerns about range anxiety, as today’s electric bikes are fully capable of handling daily commuting without the hassle of frequent recharges.
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Range anxiety is quickly becoming a thing of the past, as EV manufacturers continue to innovate and optimize battery performance. If you’re commuting to work or running errands, today’s electric bikes are fully capable of meeting your needs without frequent stops to recharge.
Myth 2: Charging EVs Is Inconvenient
Reality: Charging an EV is simpler and more convenient than ever.
The belief that “charging an electric vehicle is a hassle” is rapidly changing. With around 69% of Indian households living in independent homes, home charging has become a practical reality for many. This demographic is focused on daily commuting rather than leisure, underscoring the importance of convenience and accessibility. Many residential complexes now feature charging stations in parking areas, enabling residents to charge their vehicles overnight.
Modern electric bikes are equipped with fast-charging capabilities, reaching 80% charge in just 1-2 hours. Some models can even be charged through a standard socket, enhancing home and public charging options. With over 16,000 charging stations across India, riders are never far from a charging point. The Government of India is also implementing guidelines to ensure at least one charging station is available within a 3km x 3km grid in urban areas, as well as every 25 kilometres along highways.
This expansive charging infrastructure, combined with easy home charging solutions, positions EV ownership as a convenient option for everyday life.
Myth 3: EVs Don’t Perform Well in Extreme Weather
Reality: EVs are designed to perform in a range of weather conditions, from heavy rains to extreme heat.
One of the strongest misconceptions about electric vehicles (EVs) is that they can’t handle extreme weather, whether it be torrential rain, scorching heat, or freezing winters. This is far from the truth. Some of the global players in electric cars, domestic players in India and very few players in two wheelers are powered by LFP battery chemistry, ensuring optimal performance even in the most challenging climates, such as the scorching 48°C summers of Delhi or the freezing -3°C winters in parts of northern India.
LFP batteries are known for their versatility when it comes to temperature tolerance and are prized for their stability and longevity, delivering consistent power even as temperatures fluctuate, making them an excellent choice for Indian weather conditions. They can operate effectively across a broad temperature range of -5°C to 70°C. In addition, LFP battery chemistry provides 50% higher temperature resistance, ensuring that the vehicle’s battery remains protected during extreme conditions, be it the intense summer heat or the humidity of the monsoons.
Modern electric motorcycles now come equipped with impressive water-wading capacities ranging from 150mm to 300mm, allowing them to easily navigate waterlogged roads during heavy rains. Even traditional ICE vehicles can face issues after extended exposure to water, but EVs are built to perform on par with ICE vehicles in these challenging conditions. Today, EVs are as resilient as their ICE counterparts, offering reliable performance without the weather posing a threat to either type of vehicle.
Myth 4: EVs Aren’t Powerful Enough for Long-Term Use
Reality: EVs deliver robust performance and are built to last.
The myth that EVs lack power or longevity compared to internal combustion engine (ICE) vehicles is completely unfounded. Today’s EVs are performance beasts, with instant torque and extended lifespans that rival or surpass traditional vehicles. Some of the best electric motorcycles can now accelerate from 0 to 50 km/h in just 3-4 seconds, delivering a thrilling riding experience. Powered by high-performance motors, these vehicles can reach top speeds of 100 to 155 km/h, making them perfect for city rides.
In terms of construction, EVs feature battery and electronic components designed specifically for high performance, while their mechanical components are similar to those found in ICE vehicles. This combination ensures that they meet the demands of daily use while maintaining reliability.
On the durability front, the LFP batteries used in top EVs are engineered for longevity, offering twice the lifespan of standard batteries and supports the high performance needed for motorcycles, ensuring they can withstand the rigors of long-term use while maintaining reliable power delivery. LFP batteries are typically designed to last for 8 to 10 years or more, depending on usage, and many manufacturers back up these claims with robust warranties. This long battery life, coupled with the fact that EVs have fewer moving parts than ICE vehicles, results in significantly lower maintenance costs over the vehicle’s lifetime.
Bottom Line: The Electric Future is Now
As we embrace the festive spirit of Dussehra, it’s time to also embrace the change that the electric revolution brings. EVs are no longer just an alternative but are rapidly becoming the primary choice for eco-conscious consumers. The myths surrounding electric vehicles are gradually fading, thanks to innovation and technology advancements. With greater ranges, robust infrastructure, weather-proofing, and powerful performance, EVs are a smarter and more sustainable choice for modern mobility. As the electric vehicle industry is still in its early stages, continuous advancements and evolving technologies will lead to better products, driving a smoother transition and wider adoption of EVs. This evolution will not only improve performance but also accelerate the shift towards a more sustainable future.
Disclaimer: Views and opinions expressed in this article are solely those of the original author and do not represent any of The Times Group or its employees.
