Summary
- Tesla showcased Cybercab’s wireless charging at 19 kW during We, Robot event
- Cybercab won’t have a physical charging port, only wireless charging pad
- Charging speed not important to users, as they will not be involved in the charging process
- Estimated remaining charging time for Cybercab was 56 minutes for 80% charge
- Theoretical battery capacity for Cybercab would give it a range of 300 miles or more
Article
Wirelessly Charging the Tesla Cybercab
At a recent event, Tesla briefly showcased the Cybercab’s wireless charging capabilities. The animation displayed the vehicle wirelessly charging at 19 kW with 35% battery left. The Cybercab will not have a physical charging port, and its only method of charging will be through a dedicated wireless charging pad. While the actual speed of charging may not be a top priority for users, it is still an interesting aspect to consider.
Cybercab Charging Speed
Elon Musk hinted at the Cybercab’s charging speed during the presentation, indicating that the car started charging at 19 kW with 35% battery remaining. The charging power increased to 21 kW, suggesting a decent charging rate that is quicker than home chargers but not as fast as Tesla’s Superchargers. With an estimated 56-minute charging time to reach 80% battery, achieving a full charge may take longer, with power tapering off after 80%.
Cybercab Battery Capacity
While Tesla did not officially confirm the Cybercab’s battery capacity, a rough estimate suggests around 75 kWh gross capacity and 70 kWh usable capacity. This estimation is based on the number of battery cells shown during an animation, assuming they are second-generation 4680 cells similar to those in the Cybertruck. These figures could potentially give the Cybercab a theoretical range of 300 miles or more, though official numbers are still pending release.
Impact on User Experience
For passengers using the Cybercab as a driverless vehicle, the charging process may not significantly impact their experience. Once hailed, passengers will simply board the cab and reach their destination without worrying about the charging logistics. While knowing the charging speed and capacity is important, it may not be a crucial concern for users who are focused on the convenience and efficiency of the autonomous ride.
Future of Wireless EV Charging
The Cybercab’s wireless charging capabilities represent a step towards the future of electric vehicle technology. The convenience of wirelessly charging without the need for physical ports can revolutionize the way EVs are powered in the future. By showcasing this technology in the Cybercab, Tesla is paving the way for more efficient and user-friendly charging solutions for electric vehicles.
Conclusion
Tesla’s demonstration of the Cybercab’s wireless charging speed and capabilities provides insights into the future of electric vehicle technology. While the exact details of the Cybercab’s charging specifications are yet to be confirmed, the estimated battery capacity and charging speeds suggest a promising outlook for the vehicle’s performance. As technology continues to advance, the integration of wireless charging solutions like those in the Cybercab could redefine how electric vehicles are charged and operated in the future.
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