Sessioin 7: novel physical energy storage technologies (Energy Storage Session 2)
👤 Session Chair(s) and Speakers
Xiuyan Jing
State Grid Electric Power Engineering Research Institute
PhD, professor level senior engineer, currently serving as the director of the Hydropower Evaluation Center of State Grid Electric Power Engineering Research Institute Co., Ltd. Long term commitment to research and project management in the fields of hydropower production and pumped storage, has led multiple power engineering technology projects, covering areas such as dam reinforcement, geological hazard prediction, and hydraulic structure observation. In depth research has been conducted on key technologies such as concrete dam zoning inversion, "integral regression" observation and prediction models, and efficient and safe construction blasting, significantly improving the accuracy of observation and prediction; Led or participated in more than 10 hydropower standards and specifications, published over 20 papers, and served as the main author and co authored 5 books; It has won one second prize of provincial and ministerial level scientific and technological progress award, one third prize of professional special award, one first prize of industrial innovation achievement, two second prizes of municipal bureau level scientific and technological progress award, five third prizes, one honorary title of national network company level model worker, and three honorary titles of exemplary individual/outstanding contribution individual.
Ziwei Bai
State Grid Electric Power Engineering Research Institute
American Visiting scholar, recipient of the Beijing Nova Program, recipient of China IEC YP international standards. As the project leader/executive leader, I have participated in 5 company level projects, more than 10 project leaders, and 3 major national projects as a core backbone. I have led the construction of the first 500kW deep cold liquefied compressed air energy storage pilot platform in China and am currently leading the construction of the world's first 500kW hydraulic compressed air energy storage pilot platform. Has won one second prize in the industry, one Science Progress Award from the Chinese Academy of Electric Power Technology, one IEEE PES Young Expert Award, and is an outstanding Communist Party member of State Grid Corporation of China. Published over 10 SCI papers, authorized over 20 invention patents, and participated in 6 energy storage standards.
Laijun Chen
Tsinghua University
Selected successively as a young scholar under the Ministry of Education's Talent Program and a leading talent under the National High level Talent Special Support Program. Hosted one national major special project on smart grid, one national key research and development plan project, four national natural science foundation projects (including one key project), and more than 20 research projects entrusted by enterprises and institutions. Published over 90 SCI papers and granted over 140 invention patents. Received awards such as the First Prize for Science and Technology Progress in Qinghai Province, the First Prize for Science and Technology Progress in Anhui Province, the Special Prize for Technical Invention from the China Electrotechnical Society, the Power Innovation Award from the China Electricity Council, and the First Prize for Science and Technology Progress in China Electric Power.
📋 Session Abstract
Physical energy storage technology, including pumped storage and compressed gas storage, has entered the commercialization stage and continues to be accompanied by technological innovation. Hydraulic compressed air energy storage technology, pumped storage coupled with constant pressure compressed air energy storage technology, and other technologies have received industry attention and are continuously enriching the connotation of new physical energy storage, leading a series of demonstration constructions, and providing diversified support for the construction and operation of new power systems.