Advantages of Electric Cars, gnewscar.com – Electric vehicles are part of the plans of almost all automotive manufacturers. In the next five or ten years, manufacturers will no longer sell vehicles with internal fuel as part of their product line.
Some countries also supported the decision by issuing regulations related to the sale of vehicles that would have to switch to electric power.
Almost the whole world, which supports efforts to bring many electric cars to the community. Regulations related to the elimination of the electric vehicle tax were also signed by the government, which makes the price of electric cars in our country not taxable by luxury goods.
Several automotive companies are also racing to produce electric vehicles, one of which is Hyundai. Not only vehicle production, but also build a battery factory for electric vehicles in May 2022.
There is a reason why governments and manufacturers are so vociferous at switching from internal fuel vehicles, to electric-powered vehicles.
Because, electric vehicles, especially the type of car that has several advantages over fuel-engined vehicles, such as:
Advantages of Electric Cars
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Environmentally friendly
Vehicles with internal fuel, in the process of generating power must do combustion. The result of the combustion is in the form of emissions and exhaust gases that are very toxic. Not only toxic, but also very damaging to the earth because it produces greenhouse gases.
The presence of electric vehicles, or electric cars, is very helpful to reduce pollution. Because, the power source produced by electric cars comes from an electric motor supplied by batteries, like a toy car.
Electric cars do not produce air pollution or noise pollution, so they are very environmentally friendly. However, there are some electric cars that still make noises as a sign so that people around can recognize that the car is passing by.
More powerful
For cars with internal fuel, to achieve responsive acceleration must be immersed in a large cubication engine with some related technologies, such as turbo and supercharger.
However, for electric cars are already born to have responsive acceleration, it’s all thanks to the electric motor as a drive that is directly connected to the wheels. The kilo Watt size in the electric motor, becomes the determinant of the power produced.
There are many electric cars that have acceleration class with cars with large engine cubication, for example, such as the Tesla Model S Plaid which has a power equivalent to the Koenigsegg Agera R, which is 1,000 sk. Both cars are capable of accelerating from 0-100 km/h in less than 3 seconds.
The iconic SUV, the Land Rover Defender P400e also makes the power derived from the electric motor as the main power to go through the offroad terrain, rather than the built-in internal fuel engine.
A little treatment
Although electric cars are priced more expensive than internally fueled cars, but it is worth what is obtained because in electric cars there is very little routine maintenance.
Oil and lubricant changes in internal fuel engines are one of the routine maintenance that is not found in electric cars. Not to mention, if the car has passed five years of use, there are some parts that must be replaced.
This does not apply to electric cars, in addition to routine maintenance-free, parts that are replaced in electric cars also have a fairly durable service life.
Some of the main parts of electric cars that are replaced are batteries and electric motors. In batteries, its life is fairly durable, because its life reaches ten years.
Technology company Samsung is developing an electric car battery that lasts more than ten years, and is compatible with fast chargers.
Replacement of components of the same duration as fueled cars is tires, brake fluid, and brake pads. Replacement of these parts is done in accordance with the life of the vehicle.
Free of charge Fill gasoline
Although more expensive, but electric cars are very cheap in everyday use.
For example, Toyota Agya has a fuel consumption of 20 kilometers per liter of gasoline, the car uses Pertamax fuel for around Rp 9,000 / liter, then the Toyota Agya explores as far as 305 kilometers.
The calculation, the distance divided fuel consumption, then multiplied by the price of gasoline.
While Hyundai Kona Electric is able to explore as far as 305 kilometers with fully charged battery power. The battery capacity of the car is 39.2 kWh, with a maximum charging power of 12 amperes that will be fully charged in about 19 hours. Home electricity has a voltage of 220 volts, at a base rate per kWh.
How to calculate, the electrical voltage of the house multiplied by the maximum power input, the result is then multiplied by the duration of charging, and multiplied by the electricity rate per kWh.
Some electric cars are also equipped with regenerative charging features, which originate when electric cars are lowering gas or braking. The power generated will be channeled into the battery. Of course, this will increase the efficiency in the use of electrical power.
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Easy to upgrade
In its development, technology will definitely present something more. The case in electric cars, batteries and electric motors become components that can be replaced or upgraded according to the needs or technology that is increasingly advanced.
Examples include zero labs electric cars, which can replace batteries with larger capacities to explore further, or make their cars more responsive by replacing electric motors with more power.
Equipped with advanced features
Present as an environmentally friendly car in an era that is sophisticated, making electric cars are usually equipped with driver assistance features.
Actually, this feature is also found in cars with internal fuel sold recently.
The driver assistance system is an active safety feature that helps to reduce the risk of accidents. Usually in this feature immersed some sensors and cameras as a detection tool.
Some examples of active safety features such as; cruise control, parking assistance system, automatic emergency braking system, distance indicator, and more.
In fact, currently being developed electric car technology that can drive automation fully. Such as the development of the Tesla CyberTruck.
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