⚠️ Industrial Equipment Warning
Movable DC Chargers are not oversized power banks. They transform AC grid power to DC power at high speeds. They require industrial 3-phase power inputs.
🏭 For Fleet Managers: Sizing Your Transformer
When deploying a movable DC Fast Charger (20kW–40kW), the bottleneck is rarely the charger, but your facility’s KVA rating. A 20kW DC unit requires approximately 25-30 KVA of spare capacity from your transformer.
The Necessity of 3-Phase Power: High-power DC conversion cannot run on residential single-phase circuits. For European and Asian fleet depots, a standard 400V 3-phase grid is required. In the US, you will typically need 480V industrial service. Using a Phase-Balanced ChargePapa DC Station ensures you don't overload one specific line, protecting your facility from expensive peak-demand penalties from utility companies.
Pro Tip: Check your distribution board for a CEE 32A or 63A red socket before purchase. If missing, budget for an industrial outlet installation.
1. Check Your Input Power (Critical)
The #1 mistake buyers make is assuming these plug into a standard wall socket. They do not.
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Voltage Requirement: Most movable DC units (20kW/30kW/40kW) require 380V - 480V 3-Phase AC input.
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Plug Type: You will likely need a CEE 63A or similar industrial socket installed at your facility.
2. Use Cases: Why Go Movable?
Why spend more on a movable DC unit versus a fixed AC wallbox?
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Vehicle Repair Shops: Quickly charge customer cars inside the shop without dedicating a specific parking spot.
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Fleet Depots: Charging logistics vans overnight where fixed infrastructure is too expensive to install.
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Events & Emergency: Providing rapid top-ups at temporary venues.
3. Weight & Mobility
Even though they are "movable," these units contain heavy transformers and rectifiers.
Average Weight: 40kg - 80kg (88lbs - 176lbs).
Ensure your facility has flat concrete floors. Moving a 60kg unit over gravel or grass is not feasible.
