Other myths, urban legends, and misconceptions about EVs range from misunderstandings about how they work to the carbon footprints that their industrial manufacturing generates. Let’s dispel some of these inconsistencies:
“EV Performance Lacks the Power of Gasoline Engines”
To clear up this misconception, we can look at the specs of the 2023 Ford Mustang Mach-E GT Performance, which is essentially an electric supercar with some muscle car DNA. With 480 horsepower and a staggering 634 lb-ft of torque, the Mach-E GT can outrun most gasoline-powered Mustangs on the street and the track. This EV takes you from zero to 60 mph in just 3.8 seconds, thus making it faster than the stock Mustang Dark Horse. This proves that EVs are not just about efficiency and eco-friendliness; they can hold their own and even dominate against their gasoline-fueled counterparts.
“The Carbon Footprint of EV Manufacturing is Bad for the Planet”
Most people accept and acknowledge that the zero-emission aspect of EVs cuts down on carbon pollution, thus promoting cleaner air and slowing the climate change process, but then they hear about EV battery factories and how much electricity is consumed by recharging. There is no question that EV manufacturing leaves a carbon footprint; plus, it takes energy plus resources to generate electricity, but these aspects of the EV industry do not cancel out carbon neutrality initiatives.
There is more to carbon footprint reduction than just zero car emissions. While it is true that EV batteries require mining, fabrication, and intricate disposal to reduce pollution, there are various ways to offset carbon footprint. Major EV brands such as Tesla Motors, for example, is a company that invests heavily in renewable energy strategies such as expanding the solar power capacity of its Gigafactories; plus, executives at Tesla also invest in the research and development of battery recycling techniques while also purchasing carbon credits used to fund reforestation programs.
“EVs Break Down Too Often and Are Expensive to Maintain”
Of all the EV tall tales, this one is the easiest to fact-check from a technical standpoint. EV technology is more advanced than internal combustion engine (ICE) technology; it significantly reduces the number of mechanisms, systems, and “moving parts” required for motorized transportation. In other words, EVs require less frequent maintenance and repairs than their ICE counterparts.
In 2023, the American Automobile Association reported average annual maintenance costs of $461 for EVs compared to $651 for gasoline vehicles. While EVs are not immune to breakdowns, their simpler design requires less frequent maintenance and potentially lower repair costs notwithstanding collisions.