InductiveLøsning, Denmark
Inductive components, engineered to IEC and UL standard.
ICD&C designs high- and low-frequency transformers and reactors for industrial and institutional infrastructure — from spec through production, with manufacturing partners across Europe and China.
About ICD&C
Design office and sales.
We’re a team of design engineers building inductive components — transformers and reactors, conventional and planar — for clients running industrial and institutional infrastructure projects.
Every project gets full technical support from spec to delivery, with our own engineers staying close to your electronics team throughout — not a handoff to a black box overseas.
- Design of inductive components and production specs for HF/LF transformers and reactors, per IEC/UL.
- Project and production management aligned to IEC, UL and ETL standards.
- Electronics design collaboration and European production.
- Project management run jointly with the client, end to end.
- Production and sourcing management through China manufacturing partners.
Product range
Eight product families.
From 200 VA toroidal transformers to 31.5 MVA oil-immersed units.
Toroidal safety transformer
- Power range
- 200 – 5000 VA
- Primary
- Dual 115/230 V, 50/60 Hz
- Insulation
- Class F (155 °C), 4000 Vrms
- Standard
- UL506, IEC61558 / EN60065
Single-phase isolating transformer
- Power range
- 0.5 – 315 kVA
- Build
- Open or enclosed, IP00 / IP23
- Insulation
- Class F (155 °C), H on request
- Standard
- IEC61558-2-4, IEC60726 / 60076
Open three-phase transformer, IP00
- Power range
- 0.25 – 2000 kVA
- Vector group
- Dyn11 standard, Dyn5 / Ynd1 / Ynd5
- Insulation
- B up to 30 kVA; F std / H opt. above 40 kVA
- Standard
- EN61558-2-4; IEC60726 / IEC60076 above 40 kVA
Three-phase harmonic AC reactor
- Reactive power
- 5 – 50 kVAr
- Standard
- IEC 60289 / 60076
Dry-type phase-shift rectifier transformer
- Power range
- Up to 15,000 kVA
- Voltage class
- Up to 35 kV
- Build
- Dry type
- Typical use
- Petrochemical, metallurgy, rolling mills
Epoxy resin cast dry-type transformer
- Power range
- Up to 6,300 kVA
- Voltage class
- Up to 35 kV
- Build
- Epoxy resin cast winding
- Typical use
- High-rises, airports, subways, data-critical sites
Oil-immersed distribution transformer
- Power range
- Up to 31,500 kVA
- Voltage class
- Up to 35 kV
- Build
- Oil-immersed
- Typical use
- Industrial, mining, utility distribution
High-power inductors for high-frequency electronics
- Frequency range
- 10 kHz – 500 kHz+
- Winding
- Litz-wire or foil, high RMS/ripple current
- Core
- Ferrite, amorphous or powder, gapped
- Cooling
- Forced-air or conduction
Custom design
Not on the list? We’ll design it.
Standard catalog types cover most jobs, but a lot of our work starts from a blank spec sheet — a voltage, frequency or footprint the catalog doesn’t have. Our engineers take it from there: core selection, winding layout, insulation class and mechanical mounting, built around your application rather than a datasheet.
Spec review
Voltage, frequency, power, mounting and target standard.
Design
Core, winding and insulation chosen for the application, not a template.
Prototype and test
Verified against IEC/UL before production is approved.
Production
Run through our Europe and China manufacturing partners.
Every custom design goes through the same IEC/UL verification as our standard range, with a prototype signed off before production starts.
CTO / CEO
Ermedin Halilovic
Experienced Design Engineer
Experienced designer with a demonstrated history of working in the electrical and electronic manufacturing industry. I lead the design and delivery of inductive components, obtain UL/IEC approvals, and ensure compliance with ISO 9001 standards — working closely with customers on their specific needs.
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I have fostered collaborations with customers in multiple electrotechnical sectors, enhancing their experience and satisfaction. I have also overseen quality management processes, conducted external audits, and ensured operational excellence in global companies.
As Transformer Lead Engineer at a Danish global energy company, I managed the transformer room for the V164 wind turbine type in Århus. I worked with suppliers on transformer product development for new turbine versions, addressing concessions and deficiencies and supporting subject matter experts in high-voltage equipment, with a focus on reliable transformer operation and turbine performance.
As a member of the International Electrotechnical Commission TC96 Transformer Committee, I work on the publications under TC 96’s responsibility and on revising IEC 60989 for inclusion in the IEC 61558 series.
Over the last 40 years I have designed inductive components for high- and low-frequency applications across many industrial sectors, for both small and high-volume production. I have also evaluated alternative components for a 7 MVA converter and designed control panel systems, with a focus on simplifying complex solutions — working with cross-functional teams to deliver cost-effective results without compromising quality.
Get in touch
Start a spec conversation.
Send us your requirements — power, frequency, core preference, target standard — and we’ll scope design and production together.