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MIDA 360kW 800kW 1440kW Grid-Friendly Load Control Split-Type DC Charging Station for Airport Shuttle Charging

Short Description:

Rated at 360kW, 800kW and 1440kW with grid-friendly load control that caps site demand before the airport substation trips. The cabinet reads a demand signal from a meter or building system, trims output across every dispenser in proportion, and restores full rating the moment terminal load falls after the last departure bank.


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MIDA 360kW 800kW 1440kW grid-friendly load control split-type DC charging station at an airport shuttle charging bay

Load Control Inside the Substation Limit

An airport substation is sized for gates, baggage handling and runway lighting long before anyone asks for chargers. Grid-friendly load control lets the cabinet live inside that existing ceiling: it reads a demand signal from a meter or the building management system and trims output across all dispensers in proportion, so no single coach is starved and no breaker is stressed. When the terminal load drops after the last departure bank, the full 360kW, 800kW or 1440kW comes back automatically. Engineers sizing a connection review a 360kW 480kW CCS2 liquid-cooled split DC fast charging station, a 360kW 480kW 600kW split-type DC charging system and a 480kW 800kW split-type ultra-fast DC charger on how the signal is wired.

MIDA 360kW 800kW 1440kW grid-friendly load control split-type DC charging station cabinet and dispensers at an airport shuttle charging area

1440kW That Bends Instead of Tripping

The alternative to load control is a demand charge that punishes every peak for a year, or a supply upgrade that costs more than the chargers. Proportional trimming keeps the site inside its agreed capacity while still charging every coach on the rotation, and the control loop lives in the cabinet so it keeps working when the network link is down. A hard ceiling, a soft ceiling and a scheduled profile are all configurable on site. Buyers compare a 800kW 960kW liquid-cooled split DC fast charger, a 720kW 900kW CCS2 GB/T split DC charging systems, a 720kW 960kW ultra-high power split DC charger and a 720kW 960kW liquid-cooled split DC EV charger against the same constraint.


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