The idea may seem abstract: going from 400 to 900 volts under the hood, what is it, in concrete terms? In short, a higher voltage allows to transfer the same power with less current intensity, which reduces thermal losses and allows for much faster charging without overheating the components. It is the same logic as the high voltage electrical network: more efficient over long distances, or in this case, over great powers. Chinese manufacturer N…
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The idea may seem abstract: going from 400 to 900 volts under the hood, what is it, in concrete terms? In short, a higher voltage allows to transfer the same power with less current intensity, which reduces thermal losses and allows for much faster charging without overheating the components. It is the same logic as the high voltage electrical network: more efficient over long distances, or in this case, over great powers. Chinese manufacturer N…