Electric vehicles convert energy into motion nearly nine times more efficiently than gasoline engines
Electric vehicles achieve an energy conversion efficiency nearly nine times higher than internal combustion engines, delivering 3.5 miles per kilowatt-hour compared to the 0.4 miles per megajoule typical of gasoline-powered cars.
Electric vehicles convert stored energy into motion with a thermal efficiency that dwarfs the internal combustion engine, yielding 3.5 miles per kilowatt-hour. In contrast, gasoline engines operate at a mere 0.4 miles per megajoule, losing the majority of their fuel's energy to waste heat. This mechanical advantage translates to a 60% reduction in lifetime fuel costs once a vehicle surpasses the 25,000-mile mark, a point often referred to as total cost parity.
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