Cabinet Air Conditioner for EV Charging Piles & Battery

Power modules and controllers in EV charging piles, swap stations and charging stacks sit outdoors year-round — humid, dusty, sun-exposed, hot. Fans only circulate air, they don't cool.

1. Why a cabinet AC

Closed-loop compression holds the cabinet at setpoint; IP55 blocks dust/spray for outdoor and rainy use; -40~+55℃ covers north/south climates.

2. Sizing tips

Size by module heat, +20% margin;
Sun-exposed faces: upsize or add shade;
Remote monitoring: choose RS485/Modbus;

Haocheng (HCK) 3000–7500W fits charging cabinets — get a plan.

FAQ

What special requirements do EV charging / battery-swap stations place on AC?

Charging modules are densely heated and outdoor; the AC needs high protection (IP55), wide-temperature start, anti-vibration and 7×24 continuous cooling without derating.

How to protect against outdoor humidity and dust?

Use a fully sealed internal loop, dust filter, anti-condensation heater, and C4/C5 anti-corrosion coating; add waterproof breathable valves at air inlets to block dust and rain.

What else matters for battery-swap thermal control?

Battery and charging compartments need zoned control, N+1 redundancy and RS485 centralized monitoring; over-temperature triggers alarms and automatic power throttling for safety.

Cabinet Air Conditioner for EV Charging Piles & Battery

1. Why a cabinet AC

2. Sizing tips

FAQ

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