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Energy Division

HD Hydrogen

A Specialist in Fuel Cell and Electrolyzer, Delivering Energy for Today and Tomorrow

Powered by high-temperature, third-generation solid oxide fuel cells and electrolysis systems (SOFC/SOEC), HD Hydrogen delivers energy solutions at the cutting edge of electrical efficiency and system reliability. By optimizing high-temperature thermodynamic cycles, we leverage our proprietary technology to maximie power supply efficiency while significantly reducing production costs. Building on this technological edge, we are expanding our business portfolio across high-value-added markets, including onshore power generation, eco-friendly marine propulsion, and green hydrogen production. Our position at the center of next-generation distributed energy infrastructure has secured us a decisive competitive advantage in markets characterized by high technological entry barriers. Building on this strength, HD Hydrogen aims to create differentiated investment opportunities over the mid to long term amid the global energy transition.

  • CEO

    Nam Youngjun

  • Establishment Date

    August 20, 2024

  • Business Address

    477, Bundangsuseo-ro, Bundang-gu, Seongnam-si, Gyeonggi-do, Republic of Korea

  • Contact Email

    hydrogenhelp@hd.com
  • Sites

BUSINESS OVERVIEW

HD Hydrogen Fuel Cell
HD Hydrogen Electrolyzer

Fuel Cell Systems

Featuring state-of-the-art technology, HD Hydrogen’s third-generation solid oxide fuel cells convert chemical energy into electricity, achieving high energy efficiency with eco-friendly operation. With minimal noise output and proven reliability, they perform exceptionally across a wide range of industrial, commercial, and residential applications. Our SOFCs deliver optimal solutions to meet the growing demand for power and distributed generation.

Electrolyzers

HD Hydrogen’s solid oxide electrolysis systems produce hydrogen while using less electricity than other commercially available technologies. Our SOECs realize even greater energy efficiency when integrated with high-temperature processes, such as industrial waste heat recovery and nuclear power applications. We are confident that our systems will play a critical role in advancing a new era of decarbonization.