General conference overview

On the morning of the 11th, the first International Hydrogen Energy and Fuel Cell Technology Conference 2025 was grand opened in Hefei Shiboge Grand View Hotel. The conference was guided by the Office of the Leading Group of the Silicon Valley Construction of the University of Science and Technology, and hosted by Anhui University of Science and Technology, China Internal Combustion Engine Society, Anhui Scientists and Entrepreneurs Association, Anhui Academician Experts Federation and Anhui Energy Research Association.

At the opening ceremony, Shu Gequn, Secretary of the Party Committee of USTC, Zhang Jiujun, President of USTC, Jin Wanqin, Executive Chairman of USTC and Dai Jianhua, Executive Chairman of USTC delivered speeches respectively. Huang Zhen, academician of Chinese Academy of Engineering Li Yadong, Academician of the Chinese Academy of Sciences, Sun Shigang, Academician of the Chinese Academy of Sciences, Shi Jianlin and other experts made respectively entitled "Green fuel preparation Technology based on SOEC high temperature co-electrolysis", "Nano, single atom catalyst Synthesis and hydrogen energy, fuel cell industry development", "Fuel cell non-precious metal catalyst research", "anodic oxidation coupled electrochemical hydrogen production An excellent report on Catalysts for Hydrogen fuel cells.

Dianshi Style: Reliable and outstanding quality

During the exhibition, the "the minor lab module", "the spherical constant volume bomb", "the flat flame burner" and other laboratory equipment carefully displayed by the Dianshi instrument in the C22 booth, with its importance and innovation in scientific research experiments, attracted many experts and scholars to stop, gather in front of the booth to watch, warm exchange, adding a bright science and technology color to the exhibition.

The minor lab module can create different temperature, humidity, pressure and other environmental conditions, such as simulating the operation of the fuel cell in a high temperature and high humidity environment, to observe its stability, power generation efficiency and the tolerance of each component, which is key to studying the performance of hydrogen energy and fuel cells under different working conditions.

The spherical constant volume bomb can be used to study the combustion characteristics of hydrogen. By accurately controlling the hydrogen filling amount, initial pressure, temperature and other parameters in the constant volume bomb, and then igniting the hydrogen, key data such as flame propagation speed and pressure change curve of hydrogen combustion can be obtained with the help of high-speed cameras, pressure sensors and other supporting equipment to understand the dynamic process of hydrogen combustion. It provides a theoretical basis for optimizing the design of combustion equipment such as engine with hydrogen as fuel.

In the study of hydrogen and other substances (such as oxygen, air, etc.) mixed combustion to improve combustion efficiency and applied to fuel cell auxiliary heating, the flat-flame burner can be used as an experimental platform to explore the best combustion mode under different mixing ratios and combustion conditions, and then find a more conducive to the overall thermal management and comprehensive energy utilization of fuel cells.

 As a well-known one-stop solution provider of scientific research equipment in the industry, Dianshi High-tech's participation will attract more people in the industry to pay attention to this conference, improve the visibility and influence of the conference, and attract more high-quality resources and talents to participate in the research and development of hydrogen energy and fuel cells.

Through the display of advanced equipment and technology, Dianshi High-tech will stimulate the participants' innovative thinking and willingness to cooperate, promote the integration and innovation of the hydrogen energy and fuel cell industry and other related fields, inject new vitality into the development of the industry, and promote the rapid development of China's hydrogen energy and fuel cell industry.