This is the real reason I think high mileage batteries are important… I think most people don’t need 300 miles, but a battery that can do that can also be charged to 60% or 80% and charged before going below 20%, which should dramatically improve its life (saving the full capacity for the once in a while longer trips)
Tesla recommends (I think it’s the default?) limiting charging to 80% and when they drain as low as 20% they shut down to protect the battery. You’ll need to call a tow truck unless there’s a major emergency/evacuation, then they take advantage of the car’s cellular connection to unlock the last 20% and allow drivers to use the whole battery.
I don’t think the Volt did that. Maybe newer (and more expensive…) GM EVs do though.
This is the real reason I think high mileage batteries are important… I think most people don’t need 300 miles, but a battery that can do that can also be charged to 60% or 80% and charged before going below 20%, which should dramatically improve its life (saving the full capacity for the once in a while longer trips)
Tesla recommends (I think it’s the default?) limiting charging to 80% and when they drain as low as 20% they shut down to protect the battery. You’ll need to call a tow truck unless there’s a major emergency/evacuation, then they take advantage of the car’s cellular connection to unlock the last 20% and allow drivers to use the whole battery.
I don’t think the Volt did that. Maybe newer (and more expensive…) GM EVs do though.