At the outset, the basic issue electric car proprietors had with maintaining their car is the challenge of finding a specialist with the know-how to provide electric car maintenance services. A considerable lot of car mechanics at that time were only trained to work on cars with moving parts under the hood. And so, they are overwhelmed when they open a car’s bonnet to discover that there are no moving parts in there. However, those days are well behind us.
Nowadays, we have mechanics with the know-how to keep an electric car well maintained. What’s more, the cost of electric car maintenance is considerably cheap. As a matter of fact, the projected cost of an electric car maintenance for every mile traveled is 3 times lesser than the estimated cost of maintaining a typical Internal combustion engine car.
1. There are fewer moving parts in the electric motor
An electric vehicle engine has lesser motor parts when contrasted with an internal combustion engine or ICE vehicles, which implies there’s little possibility of a part wearing out and requiring substitution. When a part of an electric motor breaks, it’s far less demanding to supplant it. At the end of the day, you’ll rarely visit the mechanic workshop for a change of parts, and thusly, the cost of maintenance would be reduced. What’s more, you won’t have to worry about changing lubricating oil every once in a while with electric car maintenance.
2. Battery life
Despite the fact that the cost of supplanting an electric car’s battery is considerably high, the rate at which these batteries deteriorate is slow. For instance, Tesla’s Model S electric car will have to travel about 500,000 miles before losing 20% of its battery charge retention. Which implies that it will take a long time before the need to supplant your electric car batteries arise. Electric car batteries are susceptible to a lot of issues, for instance, overcharging, high temperature as well as high and deep discharges. Be that as it may, electric cars are fitted with battery management systems that boost the utilization of the battery – to guarantee the rate of battery deterioration is moderated. With the recent advancement in battery tech, it is almost expected that there’ll be stronger batteries in the nearest future.
3. Regenerative braking system
One benefit that stands out in the use of electric cars is their ability to conserve energy. During deceleration, electric cars use regenerative braking to reduce the speed of the car, in this way, transferring energy to the vehicle’s powertrain or batteries to drive the car when it is time to move. Unlike the conventional ICE braking system that dissipates useful K.E energy to the surroundings in the form of heat, electric cars regenerate power while the car is fully functional. This type of braking system is much more forgiving on the vehicles brake pads. Which means you might not need to supplant your brake pads as often as you would with ICE cars.
Since electric cars have only a handful of moving parts in their driving motor, there’ll be fewer instances of breakdowns that are generally associated with internal combustion engine cars. This implies that electric car proprietors can keep their cars on the road longer without worrying about oil-change for moving parts. Also, since these electric cars are powered by electricity instead of petrol or diesel, proprietors won’t have to stress about issues related to wrong fuel usage. For instance, using unleaded 95 RON in a performance ICE car that uses only high-octane fuel or super unleaded 98 RON.