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MIDA 480kW 600kW 720kW Dynamic Power Sharing Split-Type DC Charging Station for Airport Shuttle Charging

Short Description:

Rated at 480kW, 600kW and 720kW with dynamic power sharing that follows the shuttle timetable instead of reserving a fixed slice per bay. Three coaches arriving together split the envelope between them, the moment one leaves the released capacity goes to whoever is still plugged in, and every split is logged for route billing.


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MIDA 480kW 600kW 720kW dynamic power sharing split-type DC charging station at an airport shuttle charging bay

Sharing 720kW Along a Shuttle Timetable

Shuttle traffic is scheduled, so charging demand arrives in clusters: two or three coaches at the same bay inside the same ten minutes, then nothing for half an hour. Dynamic power sharing reads the group and moves the 480kW, 600kW or 720kW envelope to the sessions that can use it, instead of holding a fixed slice per dispenser that idles between rotations. A lone night coach can pull near nameplate while the kerb is empty, and the same cabinet still covers a morning peak. Planners compare a 480kW 600kW 720kW liquid-cooled split DC charger, a 600kW 800kW split-type DC fast charger power cabinet and a 720kW 960kW ultra-high power split DC charger on how quickly that split is recalculated.

MIDA 480kW 600kW 720kW dynamic power sharing split-type DC charging station sharing power across dispensers at an airport shuttle charging area

No Stranded Capacity at a Quiet Kerb

Fixed-slice designs lose capacity the moment a bay empties, and an airport always has empty bays overnight. The controller reallocates within seconds, keeps each session inside its connector limit, and logs the split so an operator can reconcile energy against a specific coach and rotation. Because the decision lives in the cabinet, adding a bay later needs no change to the power stage. Buyers weighing the same trade-off review a 720kW 960kW liquid-cooled split DC EV charger, a 800kW 960kW liquid-cooling split DC charging system, a 600kW 720kW 800kW dispenser DC charging stack and a 360kW 600kW 720kW modular split DC charging station.


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