Air-Cooled Programmable Integrated Fuel Cell Controller

  • Dual-chip physically isolated control architecture
  • Open SDK for C-language and model-based development
  • Supports multi-module master/slave switching and direct parallel power-module operation
  • Fast response to load power demand
  • Integrated fault diagnosis
  • Rated output-power range from 50 W to 3,000 W

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SEEEx TECH's Air-Cooled Programmable Integrated Fuel Cell Controller is a modular control system for small hydrogen fuel-cell power applications. The controller separates the drive and application layers through a dual-chip physically isolated architecture: the drive layer contains DC/DC control and core BOP algorithms, while the application layer provides an open SDK for C-language or model-based development. It supports master/slave switching, direct parallel connection of multiple power modules and user-defined supervisory tools. SEEEx specifies a rated output-power range of 50 W to 3,000 W and lists industrial power supplies, hydrogen-powered UAVs and shared two-wheelers among its application scenarios.

Use Cases

  • Industrial hydrogen power supplies
  • Hydrogen-powered UAVs
  • Shared hydrogen two-wheelers
  • Small air-cooled fuel-cell systems

Capabilities

  • Controls air-cooled fuel-cell power systems
  • Supports configurable fuel-cell stack parameters
  • Enables multi-module power expansion
  • Supports secondary software development and lifecycle management
Suzhou SEEEx Technology Co., Ltd.

Suzhou SEEEx Technology Co., Ltd. (SEEEx TECH) develops integrated programmable electronic-control systems and hydrogen-electric power solutions for hydrogen-energy applications. Its portfolio includes fuel-cell controllers, hydrogen power-generation modules, combined heat and power systems, cold-climate backup power systems, and fuel-cell education and hardware-in-the-loop testing platforms.

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