HYDROGEN POWER
01 / 07
AC/DC and DC/DC conversion equipment plus integrated power cabins for alkaline and PEM electrolysis projects.
SYSTEM OVERVIEW
Kerrix configures the power-conversion stage around the electrolyzer operating window, incoming power architecture, renewable-energy interface and project delivery boundary. Modular equipment and integrated cabin options support projects ranging from individual conversion stages to packaged power systems.
EQUIPMENT RANGE
Values shown are typical for the current portfolio. Final models, ratings and interfaces are subject to project requirements and technical confirmation.
Liquid-cooled AC/DC conversion for alkaline and PEM electrolyzers, with wide-range control and modular parallel expansion.
Direct DC conversion for renewable-energy-coupled hydrogen production and DC-bus architectures.
Factory-integrated package combining power conversion, transformer, cooling and high-voltage switching equipment.
Coordinated control cabinet for grid-connected and off-grid wind, solar, storage and hydrogen-production systems.
Configurable SCR or SiC power platform for grid-connected, off-grid and hybrid electrolysis duties.
APPLICATIONS
Application boundaries, equipment configuration and system interfaces are confirmed during project engineering.
Wide-range regulated DC output for alkaline electrolyzer operating profiles.
Fast-response power conversion for controlled electrolyzer operation.
DC/DC conversion for renewable generation and DC-bus hydrogen architectures.
Factory-integrated power cabins with project-specific auxiliary and interface engineering.
PROJECT INPUTS
Share these inputs early so Kerrix can define the technical route, equipment configuration and interface boundaries.
Incoming grid or DC-bus conditions and available connection capacity
Electrolyzer voltage, current, operating range and dynamic response requirements
AC/DC, DC/DC or combined conversion architecture
Module quantity, parallel expansion and project redundancy strategy
Cooling, installation environment, auxiliary power and control interfaces
ENGINEERED TO DELIVER
Kerrix supports solution design, system integration, commissioning, remote diagnostics and spare-parts support so equipment selection remains aligned with project delivery.
PROJECT FAQ
The current power portfolio is designed for alkaline and PEM electrolysis applications. Final topology and ratings are confirmed against the electrolyzer operating envelope.
The DC/DC platform is intended for renewable-energy-coupled hydrogen production and DC-bus architectures, with input and output ranges confirmed during project engineering.
Yes. Power conversion, auxiliaries and project interfaces can be factory integrated in a modular cabin for coordinated site delivery and commissioning.
PROJECT INQUIRY
Send the application, electrical parameters, site conditions and delivery boundary to begin the technical discussion.
sales@kerrixels.com