The national two commissions publish hydrogen energy and fuel power battery technology strategic direction planning goals

The national two commissions publish hydrogen energy and fuel power battery technology strategic direction planning goals

Recently, the National Development and Reform Commission and the National Energy Administration issued the “Energy Technology Revolutionary Innovation Action Plan (2016-2030)” in the system, and also announced the “Key Innovation of the Energy Technology Revolution”, which proposed 15 key innovation tasks. Including coal cleaning efficient use technology innovation, advanced nuclear energy technology innovation, hydrogen energy and fuel power battery technology innovation, advanced energy storage technology innovation, energy Internet technology innovation, etc..

The reporter learned its specific content from the relevant channels, the following is the technical key task of hydrogen energy and fuel power cell technology, strategic direction, innovative goals and innovative action specific content. Key task 1. Study the hydrogen production technology based on renewable energy and advanced nuclear energy, new generation of coal catalyzed hydrogenation and methane reforming / partial oxidation hydrogen hydrogen production technology, distributed hydrogen storage technology, hydrogen purification technology, development of hydrogen storage Key materials and technical equipment, achieving large-scale, low-cost hydrogen production, storage, transportation, application integration, and standardization and promotion of hydrogen storage, hydrogen storage mode on site.

2. Research on hydrogen / air polymer electrolyte membrane fuel power cell (PEMFC) technology, methanol / air polymer electrolyte membrane fuel power battery (MFC) technology, solves the major needs of new energy power supplies, and realizes PEMFC electric vehicles and MFC growth Demonstration operation and promotion of program electric vehicles. 3.

Study the distributed power generation technology of fuel power cells to achieve demonstration applications and promote. Strategic direction 1. Production, storage and transportation and hydrogenation station.

R & D and research in terms of large-scale hydrogen production, distributed hydrogen production, hydrogen storage materials and technology, and hydrogenation station. 2. Advanced fuel power battery.

Focus on hydrogen / air polymer electrolyte membrane fuel power cells (PEMFC), methanol / air polymer electrolyte membrane fuel power battery (MFC), etc.. 3.

Fuel power battery distributed power generation. Heavy focus on proton exchange membrane fuel power cells (PEMFC), solid oxide fuel power cell (SOFC), metal air fuel power battery (MEAFC), and distributed hydrogen and fuel power cells (PEMFC and SOFC) integrated design and System integration, etc., research and development and research.

Innovation Target 1.2020 Target. Establish an improved design, process, testing platform for improved hydrogen energy and fuel power battery.

Basically, high-efficiency hydrogen preparation, purification, storage and hydrogen storage stations, etc. System integration technology, breakthrough key materials such as key materials, core components, system integration, process control, realizing hydrogen energy and fuel power battery technology in power supply, extension, mobile power, distributed power station, hydrogen station and other fields Operation or scale promotion application. Among them, the PEMFC power system rated output power is 50 ~ 100KW, the system is more than ≥ 300Wh / kg, the electric stack is 3000W / l, the service life is 5000HR or more; the MFC power system achieves the rated output power 5 ~ 10 kW, the system is more energy ≥ 345Wh / kg, service life 3000HR or more; development of proximity proton film fuel power battery operating temperature, hydrogen storage capacity above 5% by weight, and long distance, storage and transportation technology of large-scale hydrogen.

2.2030 goals. To achieve large-scale hydrogen production, storage, transportation, application integration, realize the standardization and promotion of hydrogen storage, hydrogen production mode on site, and fully grasp the core key technology of fuel power cells, and establish a complete fuel power battery material.

Components, system preparation and production industrial chain, realize large-scale promotion applications of fuel power cells and hydrogen energy. Among them, the Life of PEMFC distributed power generation systems reached 10,000 Hr, and the SOFC distributed power generation system has reached 40000 Hr, and the service life of MeaFC distributed power generation system reached 10,000hR..

3. Food in 2010. Realize the popularization of hydrogen energy and fuel power cells, achievement of new exploration of new exploration of hydrogen energy can be achieved.

Innovation Action 1. Large-scale hydrogen production technology. Research on low-cost hydrogen technology based on renewable energy and advanced nuclear energy, focusing on key technologies such as solar fluid hydrogen and thermal decomposition hydrogen, construction demonstration system; breakthrough high temperature iodine-sulfur circulation decomposition water hydrogen and high temperature electrochemical system Hydrogen, complete commercial high temperature nuclear energy decomposition water hydrogen production method design.

R & D new generation of coal catalytic gasification hydrogenation and methane reforming / partial oxidation. 2. Distributed hydrogen production technology.

Study renewable energy power generation and proton exchange membrane / solid oxide battery electrolyte hydrogen-hydrogen integrated technology, breakthrough material and component core technology such as high-efficiency catalyst, polymer film, membrane electrode and bipolar plate, master the rapid energy of renewable energy High-efficiency medium piezoelectric solution hydrogen electrolysis technology, building renewable energy electrolysis water antibody demonstration and promotion, research distributed natural gas, ammonia gas, methanol, liquid hydrocarbon, etc. Traditional energy and chemical industry high efficiency catalytic hydrogen production technology And process, and high-efficiency low-cost membrane reactor hydrogen and hydrogen purification technology, forming a standardized hydrogen station on-site hydrogen mode and demonstration application. 3.

Hydrogen storage and transportation technology. Development of 70MPA grade carbon fiber composites and hydrogen storage tank equipment, hydrogen hydrogen high pressure and liquid hydrogen storage technology; low R & D cost, good cycle stability, nitrogen, boron, aluminum, boron, aluminum, boron, aluminum, boron, and aluminum, use temperature proximity to fuel power cell operating temperature Light elemental hydrogen storage materials such as group, magnesium group and carbon group; development with liquid compound and ammonia as long distances of hydrogen storage medium, large-scale hydrogen storage technology, design and development of high activity, high stability, and low cost Hydrogenation / dehydrogenation catalyst. 4.

Hydrogen / air polymer electrolyte membrane fuel power battery (PEMFC) technology. In response to the major needs of clean and efficient new energy power supply, focus on the low-cost long life electrocatalysts of PEMFC, polymer electrolyte membrane, ordered film electrodes, high-consistent electric stacks and bipolar plates, modular systems integration, intelligent Process detection control, core key technologies such as hydrogen source technology, solve the key issues such as PEMFC performance, life, cost, and realize the demonstration operation and promotion of PEMFC electric vehicles. 5.

Methanol / Air Polymer Electrolyte Filter Fuel Power Battery (MFC) Technology. For the major needs of clean and efficient new energy power power, focus on the MFC high temperature long life electric catalyst, new high temperature resistant polymer electrolyte membrane, ordered film electrode, integrated organic fuel reform, high temperature conditions, heat stack system integrated optimization Core key technologies such as intelligent control, and realize the demonstration operation and promotion of MFC applications in electric vehicles (no need to have hydrogen, hydrogen storage, hydrogenation station). 6.

Fuel power battery distributed power generation technology. Key research and development proton exchange membrane fuel power cell (PEMFC) and hydrogen source technology, solid oxide fuel power battery technology (SOFC), and metal air fuel power battery (MEAFC) technology. Under the conditions of the dispersion power station, it breaks through key technologies such as PEMFC, SOFC, MEAFC fuel power battery, core components, system integration, and quality balance management, establish distributed power generation platform, and realizes karanes to hundreds of kilowatts PEMFC system.

Promotion applications in the fields of communication base stations and scattered power stations; realizing the demonstration application of Hundreds of watts to MW SOFC power generation distributed energy systems, 60% power generation efficiency, and develop distributed power stations suitable for remote urban and industrial and mining companies; implementing MEAFC The system demonstrates or scale applications in the field of intelligent microgrid, communication base station and emergency disaster relief.

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