Electric vehicles (EVs) are gaining popularity, but misconceptions about them continue to circulate. To address these, here are answers to your most frequently asked questions about EVs, aimed at clarifying how they differ from traditional internal combustion engine (ICE) cars.
Can EVs Be Manual?
The short answer is no; EVs are always automatic. They deliver instant torque and consistent power, eliminating the need for a gearbox. However, certain electric motorcycles, like the Matter Era, simulate gear changes with software to offer a more familiar riding experience.
Do EVs Last as Long as ICE-Powered Cars?
Many manufacturers claim EVs will last as long as ICE vehicles, but the reality is more nuanced. Brands like Toyota and Honda are renowned for their long-lasting engines, often running reliably for hundreds of thousands of miles with regular maintenance. Long-term, real-world data on EVs remains somewhat limited, but there is evidence that batteries degrade over time. The cost of a battery replacement can be substantial, potentially equaling the cost of fuel over several years. Additionally, lithium-ion batteries may degrade more quickly in climates with high temperatures, such as India’s, thereby shortening their operational lifespan.
Are EVs Emotionless?
It’s natural to be skeptical about new technology, but EVs have their own appeal. While some drivers enjoy the sound and vibrations of a traditional engine, others appreciate the quiet, smooth, and instant acceleration offered by EVs. If you were to test drive an EV for a day or two, you might be surprised by how enjoyable and capable they can be.
Can We Drive EVs Through Water?
EVs are generally safer to drive through water than ICE cars. Most EVs can handle large puddles without issue, however, this doesn’t mean you should drive them through deep water. Like ICE vehicles, EVs can still sustain water damage, such as seepage through doors or other vulnerable components. Deep water (2-3 feet) should generally be avoided.
Conclusion
EVs and ICE vehicles each have their unique strengths and weaknesses. Neither powertrain is perfect. Instead of direct comparison, it makes more sense to appreciate what both technologies offer.
