Sichuan Energy Internet Research Institute Tsinghua University

Research

Laboratory of Smart Hydrogen System

As the first hydrogen energy and energy Internet coupling laboratory in China, the Laboratory takes the digitalization and intellectualization of hydrogen power system as the strategic orientation, based on advanced control and optimization theory, focuses on key core technology research and services such as the core equipment development of electrolytic hydrogen production & fuel cells, integration & regulation of green hydrogen system, investment and decision support, standards formulation and inspection & testing, centers on the development of green hydrogen industry, and horizontally forms the development & inspection capabilities from six major orientations of material, component, device, access, system and big data.

Core capabilities

  • Testing and inspection of alkaline hydrogen production system with wide variable amplitude and large variable load

    Testing and inspection of alkaline hydrogen production system with wide variable amplitude and large variable load

  • Standards formulation and inspection & testing

    Standards formulation and inspection & testing

  • Assessment Institution of enterprise standards

    Assessment Institution of enterprise standards "front-runner" in the field of alkaline water electrolysis hydrogen production equipment in 2023

  • Core materials and components experiment & inspection of calkaline hydrogen production system

    Core materials and components experiment & inspection of calkaline hydrogen production system

  • Wind-solar off-grid hydrogen production system without energy storage grid

    Wind-solar off-grid hydrogen production system without energy storage grid

  • Green hydrogen database

    Green hydrogen database

Laboratory research layout

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Participated project cases

• 100,000 tons renewable energy hydrogen production and synthesis ammonia demonstration Project under National Key Research and Development Program

•China-Denmark cooperation project of "Research on Key Technologies of Gas Production from High Temperature Joint Power to Enhance Efficient Integration Capability of Renewable Energy under National Key Research and Development Program;

•"Engineering Development of Solid Oxide Fuel Cells and Electric Piles" under National Key Research and Development Program;

•"Modeling, Control and Optimization of Flexible High-temperature Hydrogen Energy Storage system for balanced regulation of new energy grids" under National Natural Science Foundation;

"Basic Research on High-purity Hydrogen Production by the Distributed Low-voltage Methane Electrochemical Reforming" under National Natural Science Foundation;

• The Sci-tech Reward Project of "Development and Demonstration Application of One-thousand SCF Key Equipment for Water-electrolytic Hydrogen Production Adaptable to Wide-range Power fluctuations" of the Department of Science and Technology of Inner Mongolia;

"Research and Application of Efficient Natural Gas Production Technology from Renewable Energy Based on High Temperature Water-electrolytic Hydrogen Production" under Sichuan Provincial Key Research and Development Program;

• Having formulated the "Hydrogen Energy Industry Planning of Chengdu City", "Hydrogen Energy Industry Planning of Sichuan Province", "Hydrogen Production Technology from Renewable Energy Electricity" of International Energy Agency

• Having formulated 1 IEC international standard, 6 energy industry standards and 2 group standards;

• Smart Hydrogen Energy Committee Secretariat of China Energy Internet Alliance