Electric cars are rising in popularity – whenever we talk about the potential benefits of electric vehicles, the typical things mentioned include reducing noise and air pollution, lower rates of CO2 emissions, lower running costs, and other things.
Realizing the benefits of electric cars over ordinary cars, you can find EV chargers nearly everywhere, such as the Los Angeles EV charger installation. That said, if you are thinking about buying an electric car, then you ought to know more about the essential benefits that this vehicle has to offer.
Read on to learn more:
Perfect Solution to Climate Change
The rising temperatures have proven that climate change is an urgent problem, and the EV looks like an ideal solution regarding the best transportation method.
Not many people know that transportation is responsible for nearly 40% of all heat-trapping emissions in the United States alone? Besides, personal vehicles, which can be your car (if you don’t own an EV), are responsible for most of such emissions.
That said, if you can get by without a car and use a cycle or public transport instead – you might want to do so. But, many of us don’t have this option. That said, electric vehicles are considered the efficient solution for replacing gas-burning cars.
Less Brake Wear
Did you know that 90% of the braking job in an electric vehicle gets done by the motor, which beats kinetic energy back to the car’s battery? This aspect also indicates that the brake pads could use much less.
Several reports on electric cars have more than three hundred thousand kilometers on the odometer, but they still run on their first brake pads. This aspect leads us to another potential benefit of much less harmful brake pad friction particles flying into the air.
EV Cars are Shaped More Aerodynamically
Another potential benefit of electric cars is that they are more aerodynamic. In other words, an electric vehicle requires much less cooling than a typical gas engine. This aspect indicates that electric vehicles can be shaped much more aerodynamically because no air is required to funnel through the gas engine compartment.
Therefore, more aerodynamic means less turbulence – the underbody of an electric vehicle usually holds much more class as it comprises the battery, which is placed like a skateboard.
On the contrary, there are several things in a gas engine, such as exhaust pipes, the gas tank, and the driveshaft to the rear wheels, that need to be placed somewhere. All of this causes so much more turbulence to the car’s underbody.
EV Cars Have Fewer Vibration
This aspect is linked to the subconscious – even if you are not thinking about it, studies on driver experience have shown that the vibration of gas engines is a perpetual stress factor for potential drivers.
Now, if you think about it, you might find it relatable. Besides, fewer vibrations also mean an additional benefit in terms of the longevity of the structure of joints and bolts.
EV – Better For Public Health
Climate change isn’t the only reason to switch from gas cars to EVs. Gas-burning cars emit harmful air pollutants that can cause lung and heart diseases. The tailpipe emissions tend to affect those communities that house near busy streets the most.
The more people are exposed to the pollutant air, the more they get sick – this aspect is particularly true for people living near the highways. Electric cars, SUVs, and trucks don’t give off any tailpipe emissions compared to gas-burning cars.
The same goes for electric buses. As people keep switching from gas-burning cars to renewable electricity vehicles, they are doing a great deed for public health.
So, EVs play a crucial role in reducing global warming emissions and improving public health. The prices of EVs are dropping due to the growing popularity and demand, and it is also cheaper to charge them.
No Run-In Engine Time
Even the latest car models with modern gas engines require a certain running time – where one is not supposed to hit a certain speed or a certain RPM range as it might cause long-term damage to the gas engine. When it comes to an EV, you can push the electric motor to its limits the very moment it gets off the production line.
