Do you want to calculate the consumption of your electric car?

SOURCE: PIXABAY

Know consumption of a Electric car This is a key factor before purchasing any model. It’s something as relevant as knowing how much fuel a car with a traditional engine consumes, in fact, it’s the closest thing. Many companies and manufacturers usually provide this information, although sometimes the data they provide is not easy to understand, prompting you to use some type of guide or reference.

The advantage of knowing the consumption of your EV is that you can also know in advance how many real kilometers will he be able to travel on a single charge. This way you can better plot the routes in case you have to take a trip by car, or also predict how much electricity you will have to pay for in case you recharge at home. All this interests you? Well, in that case, you just have to keep reading.

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The keys to calculating the consumption of an electric vehicle

To do this calculation, it is time to dust off the mathematical notions and/or have a good calculator handy. Don’t worry, it only takes a few simple operations to accurately determine the electricity consumption of an electric vehicle. When looking at the characteristics of a model, two pieces of information are usually provided. On the one hand, it facilitates capacity of your batteryusually measured in kWh. On the other hand, there is also consumption of kWh per 100 kilometers. And what about the two? Divide the first by the second.

It is necessary to divide, and also directly, the capacity of the battery in kWh between the consumption of kWh/100 kilometers. To better illustrate this, let’s take an example. Imagine that we buy a car with a 60 kWh battery and with a consumption of 10 kWh per 100 kilometers. If we did a direct division, it would be as follows: 60 / (10/100). Those who remember well how to divide fractions will know that it is equivalent to dividing 60 by 10 and multiplying by 100. The result would then give us a autonomy of 600 km.

What if we had the autonomy and the battery and wanted to calculate the consumption? That’s the question we’re here for, and the one that compels us to go through a similar process. It would suffice to divide the capacity of the battery by the autonomy and to multiply by 100. Following the previous example, it would be necessary to divide the 60 kWh of the battery by the 600 km and to multiply this result by 100. What would remain? Well, the result of (60/600) x 100, which is neither more nor less than 10 kWh per 100 kilometers. As simple as that!

With this you will either know how far can the electric vehicle go or how much do you actually consume. Although remember that all of this is nominal and indicative. This is the ideal consumption. Type of terrain and weather conditions, including vehicle condition. All this also affects the actual consumption, but this operation gives you the appropriate reference to take into account when deciding on your purchase.

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