HIAT GGmbH

HIAT gGmbH, headquartered in Schwerin, Mecklenburg-Vorpommern, is a leading institute for the development and research in the field of hydrogen and fuel cell technology.

HIAT focuses on the development and production of application-oriented system solutions based on PEM (Proton Exchange Membrane) fuel cells and PEM electrolyzers. The main products and services include:

• Fuel Cell and Electrolysis Components: HIAT develops and produces custom catalysts, electrode compositions, and other core components for fuel cells and electrolyzers[4].
• Testing and Measurement Services: The institute offers comprehensive testing and measurement methods, including physical characterization, single-cell measurements, and performance as well as degradation tests for fuel cells and electrolysis components[4].
• Research and Development: HIAT supports companies in conducting research, development, and demonstration projects, from project definition to project management. This includes proof of concept, design and optimization of components, as well as catalyst and membrane research[4].

The main mission of HIAT is to develop and implement innovative solutions in the field of hydrogen and fuel cell technology to advance the energy transition. The institute places great importance on collaboration with partners from industry and science to realize market-oriented and economically viable projects.

HIAT is strongly committed to promoting sustainable energy sources and technologies. The sustainability goals include:

• Hydrogen Production from Renewable Energy Sources: HIAT is working on the development of systems that produce hydrogen using wind and solar energy[4].
• Energy Storage and Efficiency: The institute focuses on optimizing energy storage technologies and increasing energy efficiency in various applications[4].
• Demonstration Projects: HIAT leads and supports networks and projects, such as the Hyport@Müritz network, which focuses on the implementation of demonstration projects in the field of hydrogen infrastructure and fuel cell applications[4].