2022 International Conference on Energy and Power Engineering (EPE 2022)
Prof. Qian Xu

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Qian Xu, Ph.D., doctoral supervisor, professor of Energy Research Institute of Jiangsu University, has published more than 130 articles in international journals, applied for 26 invention patents, and obtained 7 authorization, written and published 1 Academic monographs in English, and chief editor of 1 national planning textbook.In jiangsu university "youth backbone teachers training project" young academic leaders, "youth backbone teachers overseas training plan", in jiangsu province as an editorial board member of several international journals and guest editor, at present the national nature fund project 1 item, 1 item of state key laboratory open fund, enterprise the project 2 items.He has completed one youth project of The National Natural Science Foundation of China, one postdoctoral project of the National Foundation of China, and one senior Talent Project of the Department of Human Resources and Social Security of Jiangsu Province. (more)


Research Areas:

① Fuel Cells 

② Redox Flow Batteries

Speech Title: Synergistic effect of external fields on performance of non-aqueous redox flow batteries

Abstract: Compared with conventional aqueous electrolytes widely used in redox flow batteries (RFBs), non-aqueous Deep Eutectic Solvent (DES) has a wider electrochemical window, simple preparation, low vapor pressure and low cost, hence it has been used as electrolytes for RFBs. But the high viscosity of DES causes inferior transport property, resulting in lower cell performance. To address this issue, external fields are applied onto the DES-electrolyte RFBs. The changes on physical and electrochemical properties and impedance of DES electrolyte are studied by cyclic voltammetry and electrochemical impedance spectroscopy under the effect of temperature, magnetic field and supersonic field, respectively, and the underlying mechanisms are explored in detail. The fields-synergy is analyzed and the optimized multi-fields are applied to a DES electrolyte RFB, leading to a performance improvement up to 77%.