What is the Equivalent of Tesla's Power in Terms of Turbocharged Engines?

[DelDonovan]

Tesla's power output ranges from a minimum of 319 horsepower to a maximum of 540 horsepower. Powertrain System: It has always been the core component of automobiles. In the era of fuel-powered vehicles, it relied on internal combustion engines, while in the new energy era, it depends on electric motors. In fact, electric motors predate internal combustion engines. It was Karl Benz's invention of the internal combustion engine vehicle that shattered the illusion of electric vehicles dominating the world. However, the emergence of Tesla has once again transformed the development of the automotive industry. Electric Motor: Compared to the more complex internal combustion engines, electric motors appear simpler in structure and lack the flamboyant appearance of internal combustion engines. But as the saying goes, "The simpler, the more reliable." Indeed, electric motors possess many advantages that internal combustion engines do not, such as low noise, high efficiency, and easy maintenance. Due to the wide effective speed range of electric motors, they do not require bulky transmission structures, offering significant advantages in terms of volume, weight, and transmission efficiency.