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SRawes
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A Tesla battery is made from many cells, there is a max current rating for each cell, a larger battery has more cells and therefore give out a larger peak current. (Ian ringrose)

It is also linked to the naximum output of the electric motor. Which produces the rotation.

A Tesla battery is made from many cells, there is a max current rating for each cell, a larger battery has more cells and therefore give out a larger peak current.

It is also linked to the naximum output of the electric motor. Which produces the rotation.

A Tesla battery is made from many cells, there is a max current rating for each cell, a larger battery has more cells and therefore give out a larger peak current. (Ian ringrose)

It is also linked to the naximum output of the electric motor. Which produces the rotation.

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SRawes
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A Tesla battery is made from many cells, there is a max current rating for each cell, a larger battery has more cells and therefore give out a larger peak current.

It is also linked to the naximum output of the electric motor. Which produces the rotation.

A Tesla battery is made from many cells, there is a max current rating for each cell, a larger battery has more cells and therefore give out a larger peak current.

A Tesla battery is made from many cells, there is a max current rating for each cell, a larger battery has more cells and therefore give out a larger peak current.

It is also linked to the naximum output of the electric motor. Which produces the rotation.

Source Link
SRawes
  • 240
  • 1
  • 10

A Tesla battery is made from many cells, there is a max current rating for each cell, a larger battery has more cells and therefore give out a larger peak current.