Power Inductor

Charging Station PFC Inductor

Designed for EV DC charging station PFC circuits. Flat wire winding supports high power output with optional air/liquid cooling solutions, meeting 20kW-60kW power level requirements.

Request Custom Quote
EV charging station PFC inductor with flat wire winding for 20kW to 60kW power output

What this product is used for

Designed for EV DC charging station PFC circuits. Flat wire winding supports high power output with optional air/liquid cooling solutions, meeting 20kW-60kW power level requirements.

Core Features

Core Features
• Flat wire winding, low DCR low loss
• Supports air cooling/liquid cooling solutions
• Low THD design, excellent power factor correction
• High reliability, long life design
• EMI target should be confirmed for the target system

Typical Parameters

Power level: 20kW - 60kW (single module)
Operating frequency: 16kHz - 50kHz
Inductance: 200μH - 500μH
Efficiency: ≥96%
Cooling: Air/Liquid
Protection: IP54

Redacted 20kW PFC Inductor Case

20kW PFC boost flat wire inductor evidence image

A redacted 20kW-class EV charger PFC-stage case has been prepared to show the engineering review path for ripple control, DCR review, magnetic loss, thermal path, insulation requirements, and mounting constraints. Final numeric values should be tied to the approved project specification and sample record.

Review Manufacturing Evidence

Engineering Support

ProMagTech supports custom inductance, current rating, core material, insulation class, cooling method, and mounting structure based on your converter topology and application environment.

Send Parameters for Review

Related Engineering Resources

20-60kW PFC inductor design guide

Selection and calculation notes for charging-station and industrial three-phase PFC inductors.

Southeast Asia EV charger reliability design

High-temperature, humidity and salt-spray considerations for charger magnetic components.

800V EV platform inductor selection

Insulation, partial-discharge and thermal review points for 800V EV power platforms.