Top 5 Busting Common Electric Vehicle Myths in India
As with any new technology, its adoption is fraught with questions and critiques that must be addressed before the technology is generally used. On all fronts, the last decade of human history has seen an extraordinary drive toward sustainable growth and a strong fight against environmental damage.
This has resulted in the recent adoption of electric vehicles (EVs), which are positioned to be the foundation of the next generation of mobility for human society. However, like with any new technology, it’s critical to dispel common misconceptions and queries before coming on board.
Here, we analyze and refute five of the most widespread EV fallacies.
1. Electric Vehicles are slow
A firm no. Sure, no one is prohibiting anybody from jokingly referring to their friend’s electric car as a golf cart, but electric automobiles may really be far faster than their ICE equivalents.
They are powered by an electric motor, which generates torque instantaneously because there are no moving components to build up RPMs. With example, the top model of the
Tesla Model S has a setting named ‘Ludicrous,’ and for good cause. It allows the automobile to accelerate from 0 to 100 km/h in 2.5 seconds. Count three seconds and envision accomplishing a hundred before saying three.
2. EVs run out of charge quickly
A widespread misunderstanding is that your electric vehicle will run out of battery and abandon you on the road. It’s no longer the case, owing to technology breakthroughs like the Tata Nexon EV, which allows your car to run for 300+ kilometers on a single charge, which is more than enough for your everyday commute.
Even if you have a low charge, your automobile will tell you. The Tata Motors Zconnect app displays a list of nearby fast charging stations and directs you to the charging station.
3. EVs take time to charge
One of the most common worries raised by consumers considering a switch to EVs is that, although they can refuel their vehicle in minutes, charging an EV can take hours.
This reasoning fails to account for the shift in fuelling patterns caused by EVs.
If you have a dedicated parking lot or garage, you may charge your EV every night or every few nights using a standard 240V power outlet.
This implies that you will avoid large lineups at gas stations or CNG stations.
Similarly, driving long distances on Indian highways would become more easier if charging infrastructure is created. Current superchargers can provide a full charge in 30 to 60 minutes, which is roughly the time it takes to have lunch at a restaurant.
4. EVs are uneconomical
This should come as no surprise, as it represents the typical curve that new technology follows. While most EVs are now priced at high levels in luxury markets, this is rapidly changing, particularly in India, where costs are being reduced through subsidies and EVs are becoming more affordable. Furthermore, a quick search in the United States reveals that an EV costs half as much as a gasoline-powered automobile. Because EVs have fewer moving parts, more efficient cooling systems, and no oil, maintenance costs are also lower.
5. Electric Vehicles are unsafe
The first important consideration is always safety. EVs are subjected to the same stringent safety requirements and crashworthiness tests as conventional cars. It is controversial if gasoline-powered vehicles are more dangerous since their fuel is flammable.
A battery management system, on the other hand, manages batteries (BMS), which may shut down the battery immediately in the case of an emergency.
As we progress toward greener technology, the demand for inexpensive, safe, and powerful transportation grows. As a result, electric cars will play a significant role in lowering carbon dioxide emissions, resulting in a cleaner and greener Earth.
Manufacturers are focusing on design, innovation, and capacities to assure performance and sustainability for the Indian EV industry while meeting customer requirements.
The participation of major vehicle manufacturers demonstrates the potential of electricity as a mode of propulsion. The advancement and innovation in this field have given rise to a number of myths and misconceptions about EVs and their use.
The broader view with electric mobility continues to force the environmentally conscientious to investigate alternatives to standard fuel cars. According to a recent research, the value chain of electric cars in India is predicted to reach $4.8 billion by 2025. Startups and large automakers alike are displaying high-performance, energy-efficient EV technologies throughout the world.
So, we can say that, EVs are here to stay.