PV inverters
Magnetics for MPPT DC/DC, boost/PFC and inverter output-filter positions, evaluated against the actual switching and thermal conditions.
RENEWABLE ENERGY & EV CHARGING
Magnetics for high-current, high-efficiency power conversion
Select power inductors, PFC and EMI chokes, transformers and custom windings for solar inverters, energy storage PCS, bidirectional converters and EV charging modules. Every recommendation is based on the actual operating point and validation requirements.
Product suitability, ratings, test conditions and compliance requirements are confirmed by IKP engineering before quotation.
POWER CONVERSION MAGNETICSDesigned around current, loss and temperature
Use the catalog to identify a starting point, then confirm ripple, saturation, DCR, core loss and thermal conditions with engineering.
- Target systems
- Solar inverter, storage PCS, charging module and bidirectional DC/DC
- Critical inputs
- Ripple waveform, peak/RMS current, frequency, cooling and enclosure
- Selection output
- Standard candidate or documented custom-design path
Application-focused engineering reviews
PCS & bidirectional converters
High-current inductor and transformer reviews for charge, discharge and grid-interactive power stages across the required operating range.
EV charging modules
PFC, resonant, DC/DC and EMI magnetics for charging modules, with qualification requirements confirmed for the exact part and project.
Match the magnetic structure to the converter duty
Waveform, cooling and mechanical integration can change the answer. IKP reviews each application using its stated electrical and thermal boundaries.
High-current flat-wire inductors
A candidate structure for boost, bidirectional DC/DC and filter stages where winding resistance and current density drive the thermal design.
Explore high-current inductors →PFC and EMI chokes
Common-mode and differential-mode requirements are reviewed separately, including current, impedance target, insulation and temperature rise.
Review choke options →Custom transformers and resonant magnetics
Provide the topology, turns ratio, isolation requirement, frequency, winding arrangement and mechanical envelope for a custom feasibility review.
Start a custom review →Connect requirements, validation and approval
- 01
Share the converter context
Provide the topology, waveform, frequency range, cooling method, electrical limits and mechanical envelope.
- 02
Screen catalog candidates
Available IKP data is compared with the requirement without treating an incomplete field as a verified match.
- 03
Complete design validation
Required curves, thermal checks, insulation details and compliance documentation are confirmed before the proposal is finalized.
- 04
Validate under project conditions
Samples and drawings are reviewed against customer-defined acceptance criteria before production release.
RFQ CHECKLIST
Prepare the converter conditions, not just a target inductance
The same nominal value can behave differently across converter topologies and cooling environments. Include the conditions below whenever possible.
- ✓Topology, application position and switching-frequency range
- ✓Inductance, ripple waveform and DC bias range
- ✓RMS, peak and fault-current conditions
- ✓DCR, efficiency or loss budget and allowable temperature rise
- ✓Cooling method, ambient range, altitude and maximum envelope
- ✓Isolation, creepage/clearance and project-specific compliance documentation
START A PROJECT
Review your inverter, PCS or charging-module requirement
Send a datasheet, drawing, BOM line or operating-point summary. IKP will recommend a standard or custom solution for engineering confirmation.
Tell us about the operating point
Share the application, electrical requirements, mechanical limits, volume and timing. Please do not include personal information that is not needed for the project.