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A Tesla Battery That Has Driven 700,000 km: Here’s Its Performance Now

A 2016 Tesla Model S P90D, having clocked 700,000 kilometers, has been subjected to a performance test by AutoTrader. The results of this test, particularly focusing on the battery’s health, have been quite revealing.

Key Findings:

  1. Initial and Current Range:
    • When new, the 2016 Tesla Model S P90D offered a range of 556 km according to NEDC and 473 km as per EPA standards.
    • After 700,000 kilometers, the battery performance has degraded by 36%.
  2. Original Battery and Motor:
    • Remarkably, the car is still operating with its original battery and electric motors.
    • This is notable as many high-mileage electric vehicles typically require battery replacements, but this Tesla has not undergone such a change.
  3. Performance Test:
    • The test involved driving the car to gauge the remaining battery performance.
    • The car’s display initially estimated a range of 340 kilometers for the trip.
    • Rory Reid from AutoTrader undertook a 320-kilometer journey without hypermiling techniques, driving at an average speed of 112 km/h and overtaking other vehicles.
  4. Real-World Conditions:
    • The journey faced variable weather conditions, including rain, which necessitated the use of the climate control system, thereby reducing the available range.
    • Ultimately, the Tesla managed to cover 300 kilometers before running out of charge, indicating a 36.4% decrease in range compared to the EPA-rated range.

Conclusion:

Even with a 36% degradation in battery capacity after 700,000 kilometers, the Tesla Model S P90D demonstrates significant endurance and reliability. Originally capable of 473 kilometers, the car now manages about 300 kilometers on a full charge.

Discussion:

  • Positive Outlook:
    • The longevity of the Tesla’s battery is commendable, showcasing the robustness of Tesla’s battery technology over long distances and extended use.
  • Room for Improvement:
    • The observed degradation also points to areas where advancements could further enhance battery life and performance, especially under varied real-world conditions.

This test provides valuable insights into the practical lifespan and reliability of electric vehicle batteries, influencing future expectations and developments in the EV industry.

What do you think about this performance? Do you consider the battery degradation reasonable for the distance covered? Share your thoughts in the comments below!


References:

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