From what I’ve seen, isn’t the energy from the grid stored in a big battery pack next to the chargers? This would cut down on ac to dc conversion since it only has to be done once (instead of each charger). Might also help with installing these in a way you don’t have to pull as heavy a load from the grid (discharge when in use, refill when not).
That would truly cause the installation and operational costs to skyrocket. It’s only economically viable if your grid would require an upgrade to install the chargers.
The big thing you see next to the chargers are the transformer and switchgear. They’re that big for that amount of power at that voltage.
From what I’ve seen, isn’t the energy from the grid stored in a big battery pack next to the chargers? This would cut down on ac to dc conversion since it only has to be done once (instead of each charger). Might also help with installing these in a way you don’t have to pull as heavy a load from the grid (discharge when in use, refill when not).
That would truly cause the installation and operational costs to skyrocket. It’s only economically viable if your grid would require an upgrade to install the chargers.
The big thing you see next to the chargers are the transformer and switchgear. They’re that big for that amount of power at that voltage.