Designed for hydrogen

Power DC/DC Converter DCDC-M

Novinka
€0 €0 incl. VAT
On request

Flexible. Modular.

Kolibrik’s DCDC-M Product Family delivers precise, reliable power conversion with a robust architecture — built for versatile deployment across DC power applications, including fuel-cell stacks and other systems requiring modular conversion.

The DCDC-M Product Family is designed for fast-moving projects — with short lead times and ready-to-use configurations. Whether you're building an application prototype, delivering a small production run, or setting up a training platform, DCDC-M gets you up and running without delays.

Uses 6 modules and fixed output settings — optimized for cost, speed, and plug-and-play simplicity.

Detailed information

Product detailed description

Key Features

  • Quick & Cost-Efficient — Preconfigured design for lower cost, short lead times, and hassle-free installation — no custom setup needed.
  • Galvanic Isolation — Electrically isolated input and output for enhanced safety, noise reduction, and system protection.
  • Higher Input Voltage — Supports input voltages up to 144 V — ideal for demanding industrial and energy systems.


The DCDC-M family is a DC/DC power conversion platform built for the diverse demands of hydrogen fuel cell and other applications. It’s based on standard industrial DC/DC converters — but enhanced with Kolibrik’s custom control electronics.

Out of the box, these converters aren’t designed to scale.

DC/DC Power Converter DCDC-M6-48/126

The DCDC-M Product Family includes one universal model — DCDC-M6-48/126 — designed to cover a broad range of typical use cases.
A custom-configurable variant is available for application-specific requirements.

  • Stand-alone DC/DC converter with fixed output — Preconfigured module with defined voltage and current parameters — ideal for consistent, repeatable use cases.
  • Open-frame setup for system integration — Bare-board version optimized for direct integration into existing power architectures or embedded designs.
  • Fully customized solutions for series production — Tailored hardware and control electronics for OEM projects, including thermal management, mechanical design, and digital interface integration.
  • Adaptable Performance — The DCDC-M platform supports both constant voltage and current limitation.

 

Technical Parameters

Cooling Air
Design Box
Input voltage e.g. 72 … 144 V
Output voltage 48 V
Max. input current 92 A
Max. output current 100 A
Isolation Isolated
Power 1 .. 2.3 kW
Efficiency up to 97 %
Output control Constant voltage
Controller options Fixed output settings

 

Use Cases

From fuel-cell stacks to BoP and hybrid storage — precision power conversion across your hydrogen system.

  • Output power conversion — Fuel-cell stack output power conversion for application power (e.g. fixed 24 V or 48 V output)
  • Balance of Plant (BoP) power supply — Powers pumps, valves, sensors and controls
  • Pre-conditioning for inverters with incompatible inputs — Matches stack output to inverter input range

 

Example setup

5 kW H2FC stack (e.g. fixed 24 V or 48 V output) → DCDC-M (output 48 V) → inverter (48 VDC → 230 VAC)

 

Customization

We offer DCDC-M models with custom-defined parameters, tailored mechanical and thermal setups, or as part of complete development services for custom projects and series production.

Need something specific? Just tell us your key requirements — input/output voltage and current ranges, preferred cooling method, control interface needs, and any other application-specific constraints — we offer customized solutions!

Tailored to your setup

We don’t do one-size-fits-all. We offer:

  • Open-frame variants for seamless system integration
  • Fully customized solutions for OEM or serial production
  • Flexible mechanical and cooling options
  • Complete development services for custom needs

 

Resources

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