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Volkswagen's ID3 battery impresses significantly in ADAC's 160,000-kilometer endurance test, demonstrating over 90% capacity capability.

Volkswagen's ID3 battery excels in ADAC's 160,000-kilometer endurance test, with over 90% of capacity retained.

Volkswagen's ID3 battery proves resilient in ADAC's extensive 160,000-kilometer durability test,...
Volkswagen's ID3 battery proves resilient in ADAC's extensive 160,000-kilometer durability test, with the model operating at over 90% capacity.

Volkswagen's ID3 battery impresses significantly in ADAC's 160,000-kilometer endurance test, demonstrating over 90% capacity capability.

Volkswagen ID.3 Demonstrates Exceptional Battery Performance in 160,000 km Endurance Test

The Volkswagen ID.3 has impressed in a rigorous 160,000 km (about 100,000 miles) endurance test over four years, with its battery retaining an impressive 91% of its original net capacity. This test, conducted by Germany’s ADAC, involved demanding conditions including over 40% of charging done via DC fast chargers and frequent charging to 100%, which typically accelerate battery degradation.

The ID.3's 77 kWh battery showed minimal capacity loss, with a steady but slow decline in State of Health (SoH) from 96% at ~22,000 km to 91% after 160,000 km. This performance significantly exceeds the 70% minimum capacity guaranteed by Volkswagen’s battery warranty for eight years or 160,000 km.

Comparison with Other Electric Vehicles

The ID.3’s battery degradation rate is notably low compared to the average EV degradation seen in many models, where typical battery capacity loss after 100,000 km can range from 10% to 20% or more depending on usage and conditions. The ID.3's robust battery chemistry and thermal management systems position it among the better performers in the EV market on long-term battery durability.

Insights on Battery Degradation Rate

The degradation profile over 160,000 km revealed a gradual and predictable decrease in capacity, averaging about 0.06% capacity loss per 1,000 km. Regular software updates during the test period improved charging rates and efficiency, illustrating the impact of vehicle software on maximizing battery health and performance over time.

Additional Notes

The test’s inclusion of challenging conditions (rapid charging, full 100% charges, extended high SOC) makes these findings particularly relevant for typical EV users who may not always follow conservative charging habits recommended to preserve battery health. Beyond battery capacity, the ID.3 also exhibited solid mechanical durability with no significant wear found in chassis, suspension, or steering components, suggesting overall vehicle longevity in addition to battery robustness.

In summary, the Volkswagen ID.3 exhibits exceptional battery performance and low degradation even after 160,000 km of intensive real-world driving, outpacing many other EV models and reinforcing confidence in the durability and usability of its battery technology over typical warranty lifetimes.

References:

  1. ADAC Endurance Test Results for Volkswagen ID.3 (German)
  2. Volkswagen ID.3 Battery Degradation Data
  3. Volkswagen Press Release on ID.3 Endurance Test
  4. The exceptional battery performance and low degradation of the Volkswagen ID.3, as demonstrated in the 160,000 km endurance test, could possibly attract interest from various industries, such as transportation and automotive, due to its potential impact on the finance sector, given the cost savings associated with prolonged battery life.
  5. In the increasingly competitive technology landscape, Volkswagen's ID.3 battery technology, with its robust durability demonstrated in real-world conditions, positions the vehicle as a front-runner in the EV market, setting a new benchmark for battery performance and durability in the transportation sector.

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