Experimental investigation and comprehensive analysis of performance and membrane electrode assembly parameters for proton exchange membrane fuel cell at high operating temperature
2024-07-30
RELATED INFORMATION
National Policy On Hydrogen Energy
Steadily promote the development of green and clean liquid fuels, orderly promote the technological innovation and industrialization of cellulose and other non-grain fuel ethanol, and do a good job in pilot demonstrations of the promotion and application of biodiesel. We will steadily promote the diversified development and utilization of biomass energy. Promote the implementation of low-carbon and zero-carbon transformation in conditional industrial parks, and promote green and efficient energy supply models such as integrated energy stations and integration of source, network, load and storage. According to local conditions to explore the implementation of new energy microgrid, micro-energy network, the development of a high proportion of new energy applications and other demonstration projects.
2024-03-23
GoReal Energy Appears at FCVC 2024 Shanghai International Hydrogen Expo
The International Hydrogen and Fuel Cell Vehicle Congress & Exhibition 2024(FCVC 2024) was grandly held from June 4th to 6th at the Shanghai Automotive Exhibition Center. The FCVC technology exhibition covers the core technologies and products of the entire hydrogen and fuel cell industry chain, creating a one-stop technology exchange and business cooperation platform for many exhibitors. The conference attracted top hydrogen developers, government agencies, investors, automobile manufacturers, and representatives from industry chain enterprises from over 20 countries and regions around the world. Beijing Goreal Energy Technology Co., Ltd. (hereinafter referred to as "Goreal Energy") appeared at the exhibition with multiple products and application achievements.
2024-06-10
Abstract：The future trend in proton exchange membrane fuel cells (PEMFCs) is developing towards higher operating temperatures, although the current lack of comprehensive investigation into the PEMFC characteristics at elevated temperatures. This work provides a comprehensive summary of commonly used test methods and data processing methods for PEMFCs, encompassing polarization decomposition, electrochemical impedance spectroscopy (EIS) processing methods, electrochemical surface area (ECSA) and hydrogen crossover current density (iH) calculation methods. Experiments on PEMFC performance and membrane electrode assembly (MEA) parameters at 80 to 95 ℃ under various humidities are conducted. The experimental results indicate that elevated temperatures contribute to increased ohmic loss and reduced mass transfer and activation losses. Increased temperature can substantially accelerate the reaction rate and compensate for the decrease in ECSA. The ECSA decreases at elevated temperatures, and higher temperatures will result in a faster drop. The iH demonstrates an increase with both temperatures and humidities, with higher humidities leading to faster growth. Based on the comprehensive test and analysis methods for PEMFC, this study could enhance understanding and provide valuable guidance for PEMFC performance variation laws at high operating temperatures.
2024-07-30
Contact Us
Production Base: 6 Zone Graphene Science and Technology Industrial Park, No.8 Lanxiang Road, Wujin Economic Development District,Jiangsu Province,Changzhou City
Tel:86-0519-88852198
Scan and add WeChat
WeChat Official
Copyright©2024 Beijing GoReal Energy Technology Co., Ltd. All Rights Reserved. Powered by www.300.cn | Label