EV Charging Power at 400 V, 32 A
A three-phase EV charger at 400 V and 32 A (per phase) delivers 12 800 W per phase, or about 22 kW on three phases.
How to use this tool
- Enter known values, voltage v, current i, resistance r and power p in the fields above.
- Results update instantly as you type ā or click Calculate.
- Read your power p and the full breakdown beneath it.
A 32 A Type 2 EV charger at 400 V single-phase supplies 12.8 kW, enough to add roughly 70 km of range per hour for many EVs.
Frequently asked questions
- How is this different from the Ohm's Law calculator?
- The Ohm's Law calculator solves V=IR for three variables. This tool adds the power equations (P=VI, P=IĀ²R, P=VĀ²/R) and lets you start from any two of the four quantities P, V, I, R.
- What are real-world examples?
- A 60 W light bulb on 120 V draws I = P/V = 0.5 A, with R = V/I = 240 Ī©.