2001/09 - So far, Shandong University, School of Electrical Engineering, Associate Professor 2003/07-2004/06, Manchester University of Science and Technology in the United Kingdom (umist) Access 1995/09 - 2001/09, Shandong University of Technology (2001/07merged into Shandong University), School of Electrical Engineering, lecturer 1992/07 - 1995/09, Shandong University of Technology, School of Electricity, Instructor
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[1]xiaofeng miao, li zhang, yumin zhang, xueshan Han. Estimation of Statistics Baseline Load Methods. 2015 IEEE PES GM, Denver, Co , usa. [2]zhuo peng, li zhang, Kuan Lu, et al. & Quot; Operation Strategy of EV Battery Charging and Swapping Station,& Quot; Journal of Electronic Science and Technology, 2014,12(1):26-32. [3]Liu Jidong, Han Xueshan, Chu Chengbo, Zhang Li. Considering non -sensor factors in power grid summer cooling load research .Electricity Automation Equipment,2013,33(2):40-46(ei:20131116114435) [4]Liu Jidong, Han Xueshan, Han Weiji, Zhang Li. "Models and algorithms of user demand response behavior under the time -sharing electricity price",Grid Technology,Grid Technology,2013,37(10):2973-2978 ( EI:20140117165797) [5]Chu Chengbo, Liu Jidong, Zhang Li. Analysis of the characteristics and influencing factors of the summer cooling load in Shandong Grid. Power demand side management,2013,15(1):20-24 |
(1)Smart electric vehicle battery rental and charging price pricing method and application research (Shandong Electric Power Technology and Economic Research Institute);2012.1-2013.12, the person in charge of the project (2)Shandong Power Grid electrical analysis and demand response evaluation (Shandong Power Group);2011.1-2011.12, the person in charge of the project (3)Theoretical research of the energy -saving power dispatch mechanism (y2008F19), Shandong Province Natural Science Foundation,2008.1-2010.12, the person in charge of the project (4)Electric theoretical research in the operation scheduling scheduling of the power system (50677036), National Natural Science Foundation,2007.1-2009.12, participate in research (5)The theoretical study of rigid optimization and flexible decision -making theory in the running scheduling of the power system (50377021), National Natural Science Foundation,2004.1-2006.12, participate in research |