The Truth About Cats and Dogs - The Green Credentials of EV
Let’s take Tesla X as a case study. The carbon emissions for the manufacture of Tesla X’s battery have an estimated range of six to fifteen tons for a 100KWh model, with a midpoint of 10.5 tons of carbon emission. And the battery could last for about 200,000 miles.
So,
let’s drive this Tesla for 200,000 miles. This would require charging the car
760 times. Based on the energy mix in the US, that would result in 30.4
tons of carbon emissions.
The total carbon emissions, excluding the body and all other
paraphilia of the Tesla X to drive for 200,000 miles, would be 41 tons. The
weight of a Tesla X and similar size petrol car, excluding the battery, is more
or less the same and hence an assumption that both would be similar in carbon
burden to manufacture is reasonable.
Considering a modern petrol car of similar size, the UK
average carbon emission per mile is about 200 grams. Therefore, driving 200,000
miles would emit about 40 tons.
EV cars are undoubtedly attractive, with their modern
features and efficiency. However, it's important to delve deeper into their
environmental impact. Understanding the full story of their emissions and green
credentials will leave you feeling enlightened and knowledgeable.
Sure, one can buy EVs for running cost savings and all that,
but I don’t think it makes sense to save the planet on a carbon emission
basis. What EV does is that you
pre-spend the carbon emissions with the making of the battery, and the polluting
effect is not in the cities or where you drive but in the sites where batteries
are manufactured and the mines where essential elements like lithium and nickel
are extracted.
This is not an advocation to buy or not buy an EV. It's a call for
responsible decision-making. By presenting data gleaned from the net, the aim
is to empower the buyer to make an informed decision, armed with knowledge and
a sense of responsibility towards the environment.
Comments
Post a Comment