Tesla Optimale Geschwindigkeit Langstrecke

Summary

In this video, the host explores the optimal driving speed for Tesla owners aiming for the best range on long road trips. Through a mix of humor and personal experience, they discuss various speeds like 90 km/h, 120 km/h, and 150-160 km/h, comparing their energy consumption and charging times. The video touches on factors like aerodynamics, driving behavior, tire pressure, and the impact of climate control. Ultimately, the host concludes that driving faster, around 150 km/h, can save time despite slightly longer charging stops, offering a practical yet entertaining perspective on Tesla travel efficiency.

Takeaways

• 😀 The video explores the optimal driving speed for Tesla owners to maximize range and minimize charging time on long trips.
• 😀 The speaker emphasizes that driving at speeds like 90 km/h or 100 km/h may provide optimal range, but driving at these speeds may not be realistic or comfortable for most drivers.
• 😀 Speeding up to 150-160 km/h can result in a higher energy consumption, but it may still be more efficient than driving slowly at lower speeds when considering charging times.
• 😀 The video also highlights the importance of other factors like driving behavior, tire pressure, and weight of the vehicle in determining overall efficiency.
• 😀 The speaker shares their personal preference for driving at higher speeds (150-160 km/h) for comfort and speed, even if it means spending a bit more time at the charging station.
• 😀 The narrator suggests that while achieving the best possible range is important, it is not always practical or necessary for everyone, especially when the goal is to reach the destination quickly.
• 😀 The test results show that driving at 120 km/h typically consumes about 18.5 kWh per 100 km, while driving at 100 km/h can lower energy consumption to around 14 kWh per 100 km.
• 😀 ChatGPT provided the recommendation that the optimal speed for maximum range would be 90-105 km/h due to the exponential increase in air resistance as speed increases.
• 😀 The speaker acknowledges that while driving in a wind shadow behind trucks can help save energy, they personally avoid it for safety and comfort reasons.
• 😀 The comparison between speeds of 100 km/h and 150-160 km/h suggests that driving faster may ultimately result in shorter overall travel times, even when accounting for the extra time spent charging.

Q & A

What is the primary topic of the video?

The video discusses the optimal travel speed for long-distance driving in a Tesla, specifically focusing on how speed impacts energy consumption and charging time.

What is the ideal speed for the best range according to ChatGPT?

According to ChatGPT, the ideal speed for the best range is between 90 to 105 km/h due to the relationship between speed and air resistance.

How does driving at higher speeds affect the Tesla's energy consumption?

Driving at higher speeds, such as 150-160 km/h, increases energy consumption, with the Tesla using about 23 kWh per 100 km at these speeds.

What factors influence energy consumption besides speed?

Factors like driving style (avoiding abrupt acceleration and braking), tire pressure, vehicle weight, topography, and climate control settings can influence energy consumption.

What does the video suggest about driving in the wind shadow of trucks?

While driving in the wind shadow of trucks can reduce energy consumption, the video creator does not personally recommend doing so, as it may feel uncomfortable or unsafe.

What speed did the video creator prefer for long-distance travel?

The video creator prefers driving at 150-160 km/h for long-distance travel, as they feel relaxed and comfortable at these speeds, even though this leads to higher energy consumption.

How does the Tesla perform on highways at 100 km/h?

At 100 km/h, the Tesla performs efficiently, with the autopilot functioning smoothly and a consumption of around 14 kWh per 100 km on a mixed route with small variations in speed.

Why does the creator find driving at 120 km/h less relaxing than at 100 km/h?

At 120 km/h, the creator experienced more overtaking by other vehicles, which created a sense of less relaxed driving compared to the calm pace at 100 km/h.

What is the creator's stance on slow driving for optimal energy use?

The creator is not a fan of slow driving at speeds like 90 km/h, even if it could result in the best energy consumption, as it would make the journey longer and less comfortable.

How do charging times affect the decision to drive faster?

The creator believes that even if driving faster (e.g., 150-160 km/h) results in slightly more energy consumption, the extra charging time (about 20 minutes longer) is worth it because it allows for a more comfortable and faster journey overall.