Some people think that only electric cars should be allowed on the road by 2040.
Do you agree or disagree?
Electric cars are one of the most innovative inventions that were done in the XXI century. Despite the fact that many people think there would be lots of positive aspects, it is clear that this transport also has enough drawbacks.
First, electric cars are not only expensive by themselves, but also are rather complicated to maintain. For example, they require electrical charge and also fixed charging points. Moreover, not every country in the world has electro-stations as it can be unprofitable and cost too much money and not every country would be able to afford it. In addition, these vehicles have limited speedrun up to 500 kilometers for premium brands. Hence, the cheaper the automobile, the less time it can last. Perhaps this can be changed in the future, but nowadays they are not efficient in terms of daily lasting.
On the other hand, EV are obviously the best type of cars that can be offered in today's market for the environment. Although they require a lot of energy, it is generally better than gas and petrol that pollute the air with chemicals. Usage of electric automobiles can reduce carbon footprint. Besides, they can be charged with renewable energy and use things like solar power.
In conclusion, this is acontroversial topic which has both advantages and disadvantages. However, I suppose, it will take too much maintenance to change the whole car industry, as electric cars still have their downfalls. Maybe changing to EV is possible when technology is fully developed.
https://mossy.earth/guides/energy/electric-cars-pros-and-cons
https://haynes.com/en-gb/tips-tutorials/arguments-and-against-electric-cars
1. EVs save you money
2. There are loads of public EV charging points
3. There are lots of new EVs to choose from
4. EV range is growing all the time
5. Get used to electric cars because soon they'll be the only ones you’ll be able to buy
6. Don’t worry – a nation of electric cars won't mean there’s no power to boil a kettle
7. EVs are more reliable than petrol and diesel cars
8. An electric car is more environmentally friendly than a petrol or diesel one
9. An electric car is more fun to drive
10. An electric car is better to own
Electric vehicles are starting to fill roads around the world as manufacturers launch ever more impressive battery powered alternatives to compete with traditional petrol and diesel fuelled cars. But how likely is it that this electric revolution will completely replace conventional cars, what are the pros and cons, and how squeaky clean are they for the environment?
Electric Cars Pros and Cons
Energy efficiencies: BEVs convert over 77% of electrical energy from the grid to engine power, whereas ICEs convert only 12-30% of energy stored in gasoline.
No exhaust pipe flumes: less particulates, hydrocarbons, carbon monoxide, ozone, and other choking pollutants in the atmosphere.
Performance: benefits include stronger acceleration, quieter and smoother drive. The torque of Tesla’s P100 D has been said to give supercars like Lamborghini a run for its money!
More efficient mechanics: fewer break downs and potentially longer life cycles.
Cost savings from refuelling: Charging stations for BEVs are often cheaper than the price of petrol or diesel and, in some locations, your vehicle can be charged for free! If you have solar energy at home, you can charge cost and emissions free.
Charging times are reducing: Tesla has slashed charging times to 30 minutes with their innovative superchargers.
Some countries offer tax credits and grants on BEVs.
Limited range is no longer an issue: A single charge can last 115 miles for most BEVs. That should cover most people’s daily journeys.
The more power, the less eco-friendly: The most powerful BEVs such as the Tesla Model S, carry heavier batteries and therefore, generate significantly higher production emissions than ICEs.
The issue of sourcing rare earth elements for batteries is yet to be fully addressed: Will increased demand for electric vehicles deplete more natural resources?
Infrastructure needs to expand to support the expected boom in BEVs: This is especially the case for owners who live in apartments unable to charge from home.
Purchase prices: BEVs are still unaffordable for most. One of the cheapest is the Renault Zoe at £20,000 (with the UK government’s PiCG incentive). Bear in mind that low running costs could outweigh this though.
Energy efficiencies: BEVs convert over 77% of electrical energy from the grid to engine power, whereas ICEs convert only 12-30% of energy stored in gasoline.
No exhaust pipe flumes: less particulates, hydrocarbons, carbon monoxide, ozone, and other choking pollutants in the atmosphere.
Performance: benefits include stronger acceleration, quieter and smoother drive. The torque of Tesla’s P100 D has been said to give supercars like Lamborghini a run for its money!
More efficient mechanics: fewer break downs and potentially longer life cycles.
Cost savings from refuelling: Charging stations for BEVs are often cheaper than the price of petrol or diesel and, in some locations, your vehicle can be charged for free! If you have solar energy at home, you can charge cost and emissions free.
Charging times are reducing: Tesla has slashed charging times to 30 minutes with their innovative superchargers.
Some countries offer tax credits and grants on BEVs.
Limited range is no longer an issue: A single charge can last 115 miles for most BEVs. That should cover most people’s daily journeys.
The more power, the less eco-friendly: The most powerful BEVs such as the Tesla Model S, carry heavier batteries and therefore, generate significantly higher production emissions than ICEs.
The issue of sourcing rare earth elements for batteries is yet to be fully addressed: Will increased demand for electric vehicles deplete more natural resources?
Infrastructure needs to expand to support the expected boom in BEVs: This is especially the case for owners who live in apartments unable to charge from home.
Purchase prices: BEVs are still unaffordable for most. One of the cheapest is the Renault Zoe at £20,000 (with the UK government’s PiCG incentive). Bear in mind that low running costs could outweigh this though.
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