How many kilowatt-hours does a Tesla consume per 100 kilometers?

[VonAlexis]

Tesla consumes approximately 100 kWh for a full charge (Model S 100D variant). The official MIIT-rated range for this model is 579 km, thus the calculated energy consumption per 100 kilometers is 100 kWh / 5.79 = 17.3 kWh. Below is relevant information about Tesla: 1. Introduction: Tesla is an American electric vehicle and clean energy company that manufactures and sells electric cars, solar panels, and energy storage systems. As a renowned U.S. new energy vehicle brand founded by the celebrated physics genius Elon Musk, its headquarters are located in Palo Alto, Silicon Valley, California. Tesla vehicles meet the highest automotive industry standards in quality, safety, and performance, offering cutting-edge over-the-air update services and comprehensive charging solutions, delivering unparalleled driving experiences and consumer satisfaction. 2. Logo: The Tesla logo not only represents the abbreviation of its English name but also depicts a cross-section of an electric motor. The main body of the letter T symbolizes part of the motor's rotor, while the top secondary line represents a section of the external stator. 3. Models: Major vehicle models produced by Tesla include the Tesla Roadster, Tesla Model S, Dual Motor All-Wheel Drive Model S, and Tesla Model X.

[MacJocelyn]

Over the years of driving a Tesla, I've observed that the electricity consumption typically ranges between 12 to 15 kWh per 100 kilometers, depending on the model and road conditions. For example, the Model 3 Standard Range might only require around 12 kWh for low-speed urban driving, but consumption can surge to 16 kWh or more when driving on highways or using air conditioning for heating in winter. During daily commutes, I've found that maintaining a steady speed of around 60 km/h is most energy-efficient, and avoiding sudden acceleration also helps conserve power. Another useful tip is to regularly check tire pressure, as keeping it at the proper level can reduce consumption by about 5%. In terms of cost, based on residential electricity rates, 13 kWh only costs a few yuan, saving 70-80% compared to gasoline vehicles. Regarding safety, never let the battery level drop to 0%, as this can affect battery lifespan and driving safety.

[McPhoebe]

I've researched the energy consumption of several Tesla models. The Model Y averages 14 kWh/100km, while the Model S Performance can reach 18 kWh. During daily driving, temperature plays a crucial role. Using AC in summer may increase consumption by 1-2 kWh, and winter conditions below freezing are even more demanding due to battery heating. My friend tested different driving modes - Eco mode saves about 10% compared to Sport mode, reducing consumption to around 12 kWh. Before long trips, it's advisable to check the energy consumption curve in the app and adjust your itinerary based on weather and road conditions. Energy-saving tips include using regenerative braking to recover energy and maintaining battery health through regular servicing. From an environmental perspective, compared to gasoline cars consuming 8 liters per 100km, Teslas only use about a dozen kWh, resulting in significantly lower carbon emissions - truly more sustainable.

[LilahLee]

Tesla's electricity consumption per 100 kilometers varies by model. The Model 3 consumes approximately 12-15 kWh. Driving habits have a significant impact; frequent hard braking and rapid acceleration can increase consumption by up to 20%. Personal experience suggests that using windows for ventilation is more efficient than air conditioning, reducing consumption to 13 kWh in summer by using only fans. Battery aging can lead to increased consumption, with five-year-old vehicles potentially using an additional kWh.