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[1]刘娆.Dynamic frequency response model for gas turbine considering air hammer effect[A],2021,5(5):247-252
[2]吕泉,刘永成,刘乐,于海丹,王海霞,刘娆.两种风电供热模式的节煤效果比较[J],电力系统自动化,2019,43(4):49-59
[3]Guo, Xiao,Liu, Rao,Yao, Chenyue,Wang, Haixia,Lv, Quan.Optimal allocation of time-space cooperation for fast frequency response reserve[A],2019,322-327
[4]Tian, Chi,Liu, Rao,Yao, Chenyue,Lv, Quan,Wang, Haixia.An improved hydraulic turbine model and its impact on fast frequency response[A],2019,13-18
[5]常烨骙,李卫东,巴宇,刘娆,王海霞.基于运行安全的频率控制性能评价新方法[J],电工技术学报,2019,34(6):1218-1229
[6]吕泉,刘永成,刘乐,于海丹,王海霞,刘娆.两种风电供热模式的节煤效果比较[J],电力系统自动化,2019,43(4):49-59
[7]常烨骙,刘娆,王海霞,吕泉,李卫东,巴宇.新能源高占比的特高压电网频率控制模式及性能评价[J],电网技术,2019,43(02):621-631
[8]沈硕,刘娆,李晓萌,宋怡雯,饶宇飞,巴宇.基于简化导纳矩阵的快速频率响应分析方法[J],高电压技术,2018,44(10):3284-3290
[9]朱全胜,刘娆,吴玉琼,晋萃萃,赵华,张振安,常烨骙.面向各类功率扰动的频率控制及评估问题探讨[J],电力建设,2018,39(9):129-136
[10]Chang, Yekui,Liu, Rao,Ba, Yu,Li, Weidong.A New Control Logic for a Wind-Area on the Balancing Authority Area Control Error Limit Standar...[J],ENERGIES,2018,11(1)
[11]刘娆,李卫东.考虑建筑物储能的动态经济调度[A],2017,1(1):79-82
[12]鲁娜,章艳,陈希有,刘娆,李锻.基于慕课的电工技术课程混合教学模式研究[A],2017
[13]刘娆,李卫东,巴宇,吕泉,王海霞.《电力系统的能量平衡》课程的创建研究[A],2017,1(1):77-80
[14]李卫东,常烨骙,陈兆庆,刘娆,巴宇,滕贤亮.区域控制偏差的动态内涵[J],电力系统自动化,2016,40(24):146-150,163
[15]常烨骙,刘娆,巴宇,李卫东,滕贤亮.平衡监管区区域控制偏差限制标准剖析[J],电网技术,2016,40(1):256-262
[16]刘娆,巴宇,常烨骙,李卫东,单茂华.互联电网运行控制性能评价标准研究（三）新标准的指标设计[J],电力系统自动化,2015,39(20):135-140
[17]刘娆,巴宇,常烨骙,李卫东,单茂华.互联电网运行控制性能评价标准研究（二）新标准构架[J],电力系统自动化,2015,39(19):132-136
[18]刘娆,李卫东,单茂华,常烨骙,巴宇.互联电网运行控制性能评价标准研究（一）制定原则和需解决的问题[J],电力系统自动化,2015,39(18):133-139
[19]吕泉,李玲,王海霞,朱全胜,刘娆,李卫东.配置储热的热电厂与风电场的调峰定价机制[J],电力自动化设备,2015,35(9):118-124
[20]穆兆辉,李卫东,刘娆.核燃料换料机驱动系统控制研究与设计[J],核科学与工程,2015,35(2):339-343
[21]巴宇,李卫东,吕泉,常烨骙,孙乔,刘娆.基于频差预期控制性能标准下的自动发电控制策略[J],电力系统自动化,2015,39(8):74-79
[22]吕泉,李玲,朱全胜,王海霞,刘娆,李卫东.三种弃风消纳方案的节煤效果与国民经济性比较[J],电力系统自动化,2015,39(7):75-83
[23]Mu, Zhao-hui,Li, Wei-dong,Liu, Rao.Design & Application of Load Simulator about Nuclear Fuel Manipulate Crane[A],2015,620-624
[24]刘娆,巴宇.Determination of Reserve Capacity under the Regional Interaction Operation with Wind Power Integr...[J],Advances in Intelligent Systems Research,2015,117(6):350-354
[25]Liu Rao,Ba Yu,Zhang Xin,Wang Yan,Li Weidong,Shen Shuo,Chang Yekui,Song Yi.Determination of Reserve Capacity under the Regional Interaction Operation with Wind Power Inte...[A],2015,117:375-379
[26]Liu, Rao,Li, Wei-dong,Shen, Shuo,Ba, Yu.An Improved Simulation Scheme for Real Power Balancing of Power System[A],2015,351-356
[27]Zhang, Na,Li, Weidong,Liu, Rao,Lv, Quan,Sun, Liang.A Three-Stage Birandom Program for Unit Commitment with Wind Power Uncertainty[J],SCIENTIFIC WORLD JOURNAL,2014,2014:583157
[28]穆兆辉,李卫东,刘娆.核燃料换料机载荷模拟器的设计与应用[J],高技术通讯,2014,24(6):647-650
[29]常烨骙,刘娆,王冲,张欣,李卫东.核电参与三次调频控制策略研究[J],电力系统保护与控制,2014,42(8):71-76
[30]穆兆辉,李卫东,刘娆.核燃料换料机设计中应注意的电气安全问题[J],起重运输机械,2014,2:101-103,104
[31]Liu, Rao,Zhang, Xin,Chang, Ye-kui,Wang, Chong,Li, Wei-dong.Study on a New Control Performance Evaluation Standard of Interconnected Grid[A],2014,234-240
[32]吕泉,陈天佑,王海霞,吕阳,刘娆,李卫东.热电厂参与风电调峰的方法评述及展望[J],中国电力,2013,46(11):129-136,141
[33]Wang C.,Liu R.,Chang Y.K.,Zhang X.,Li W.D..Design of dispatcher interactive platform based-on text technology[A],2013,448-453:2482-2488
[34]陈铭,刘娆,吕泉,李卫东.AGC机组分群控制策略[J],电网技术,2013,37(3):868-873
[35]刘娆,李卫东.Design of Dispatcher Interactive Platform Based-on Text Technology[J],Applied Mechanics and Materials,2013,448:2482-2488
[36]刘娆,李卫东.Study on the control strategy of the third frequency adjustment with the participation of the nuc...[J],Applied Mechanics and Materials,2013,448:2556-2563
[37]李卫东,朱作欣,刘娆,王海霞.电力系统运行信息自适应显示体系研究框架[J],电力系统自动化,2012,37(6):77-83
[38]李卫东,刘娆,王海霞,朱作欣.电力系统运行信息自适应显示体系研究框架[A],2012,1-10
[39]巴宇,李卫东,刘娆.CPS及其考核在北美与国内的应用比较[J],电力系统自动化,2012,36(15):63-72
[40]Liu R.,Chen M.,Wang H.-X.,Yu J.,Li W.-D..Study on grouping control strategy of AGC units[A],2012
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