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Rural Energy
1003-7993
2016 Issue 10
Study on multi-objective optimization for environmental/economic microgrid scheduling based on decision makers’ preference
Li Xin;Fang Yanjun;Department of Automation of Wuhan University;
..............page:1423-1429
Heat flux simulation of solar trough collectors based on field theory
Cheng Jiaru;Xu Chang;Wang Pei;Guo Su;Zhao Liang;Wang Xiangyan;College of Energy and Electricity;Hohai University;Suqian Research Institute of Hohai University;China Electric Power Reaserch Institute;
..............page:1430-1434
An empirical analysis of subsidy policy on distributed photovoltaic power generation based on provincial cross-sectional data
Jia Yalei;Shi Jianguo;Pang Yongchao;An Peng;Hebei Engineering & Technology Vocational College;Key Laboratory of Condition Monitoring and Control for Power Plant Equipment of Ministry of Education;North China Electric Power University;
..............page:1435-1440
Study on load-grid-generation coordination method and accommodation increment assessment based on synchronization consumptive of abandoned wind power and solar
Wang Zhenyu;Li Jun;Xu Zhaoyang;Wan Changying;National Electricity Science Research Institute;Nari Electrical Equipment &Engineering Efficiency Eevaluation Center;
..............page:1441-1448
Effect of multiple factors for intermittent energy systems reactive voltage operation risk analysis
Hou Junjie;Fan Yanfang;Zhong Xian;School of Electrical Engineering;Xinjiang University;State Grid Changde Power Supply Company;
..............page:1449-1455
Optimization of high power HTS wind turbine generator based on 2D finite element transient analysis
Liang Yongchun;Hebei University of Science and Technology;
..............page:1456-1460
A novel DC-link voltages and power balancing control method for cascaded three-phase solid state transformer of new energy smart microgrid
Sun Zhongming;Zhang Haiyan;Zhu Chenxuan;Guo Jian;Song Feiyu;College of Electrical Engineering;Shanghai Dianji University;
..............page:1461-1466
Improve low voltage ride-through capability of wind turbine based on Crowbar and DVR
Lv Lirong;Electrical and Mechanical and HVAC Engineering Inner Mongolia Technical College of Construction;
..............page:1467-1472
A PCH strong tracking control strategy for power coordinated allocation of Li-SC HESS
Wu Tiezhou;Xu Yushan;He Shuting;Wang Yueyang;Zhang Songji;Hubei Collaborative Innovation Center for High-efficiency Utilization of Solar Energy;Hubei University of Technology;
..............page:1473-1480
Fault diagnosis method of wind turbine’s bearing based on EEMD kurtosis-correlation coefficients criterion and multiple features
Peng Jin;Wang Weiqing;Wang Haiyun;Tang Xinan;The College of Electrical Engineering;Xinjiang University;Engineering Research Center For Renewable Energy Power Generation & Grid Technology by Education Ministry;Goldwind Science &Technology Co.;Ltd.;
..............page:1481-1490
Investigation of effects of vortex models on wind turbine aerodynamic characteristics
Zuo Lu;Tang Zhiyi;Xu Bofeng;Chen Jiajun;Zhou Xiaotian;College of Energy and Electrical Engineering;Hohai University;
..............page:1491-1496
Full digital inspection and monitoring platform for wind farm based on 3D virtual reality technique
Ren Yan;Yan Suying;Wan Yuan;Hu Bian;Gong Chuanli;China Three Gorges Corporation;China Water Conservancy and Hydropower Research Institute;North China University of Water Resources and Electric Power;Key Laboratory of Wind Energy and Solar Energy Utilization Technology;Inner Mongolia University of Technology;Wuling Power Corporation;
..............page:1497-1502
Study on 3D rotation characteristics of trailing edge enlarged airfoils
Xu Haoran;Yang Hua;Ma Guichao;School of Hydraulic Energy and Power Engineering;Yangzhou University;Key Laboratory for Wind and Solar Power Energy Utilization Technology;Ministry of Education and Inner Mongolia University of Technology;Nanjing High Speed Transmission and Automatic Control Equipment Co.;Ltd.;
..............page:1503-1508
The numerical simulation of VAWT starting performance using dynamic mesh and sliding mesh methods
Shi Liang;Qian Xiaoru;Han Wanjin;School of Power and Engineering;Harbin Institute of Technology;
..............page:1509-1516
The simulation study of the heat transfer characteristics of air-soil heat exchanger
Fan Yi;Du Zhenyu;Yu Min;Qin Yi;College of Environmental Science and Engineering;Taiyuan University and Technology;
..............page:1517-1524
Progress in research of biomass molding mechanism
Li Weizhen;Jiang Yang;Wang Gongliang;Yin Xiuli;Guangzhou Institute of Energy Conversion;Chinese Academy of Sciences;Key Laboratory of Renewable Energy;Chinese Academy of Sciences;Guangdong Provincial Key Laboratory of New and Renewable Energy Research and Development;School of Materials and Energy;South China Agricultural University;
..............page:1525-1532
Preparation of biochar by low temperature pyrolysis from dehydrated sludge
Li Gang;Wang Gege;Wang Zhongke;Lu Jiangyin;Wang Jianjun;Key Laboratory of Oil & Gas Fine Chemicals;Ministry of Education;College of Chemistry and Chemical Engineering;Xinjiang University;Urumqi Kunlun Environmental Protection Group Co. LTD;
..............page:1533-1539
The influence of growth conditions and duckweed diversity on the content of soluble sugar
Li Yang;Cheng Jiayang;Zhong Yu;Tang Jie;School of Environment and Energy;Peking University Shenzhen Graduate School;
..............page:1540-1547
Effects of coal physicochemical on tar characteristics during co-pyrolysis of biomass and coal
Tang Chuyang;Zhang Dexiang;Lu Xilan;Key Laboratory of Coal Gasification and Energy Chemical Engineering of Ministry of Education;East China University of Science and Technology;School of Architecture and Construction;University of Science and Technology LiaoNing;
..............page:1548-1553
Effects of process conditions on direct liquefaction of human fecal by Box-Behnken response surface methodology
Yang Lei;Deng Bozhong;Li Yuanliang;Zhang Jinglai;Wang Huansheng;School of Environment and Resources;Renmin University of China;High -Tech Research Institute of Beijing University of Chemical Technology;
..............page:1554-1560
A measure to optimize fatty acids of Botryococcus braunii-357 biofilms
Zhang Hua;Shen Ying;Mechanical and Electrical Engineering Institute;Quzhou College of Technology;College of Mechanical Engineering and Automation;Fuzhou University;
..............page:1561-1567
Numerical study of the influence of biomass gas co-firing on coal combustion pollutant emission characteristicsbased on Aspen Plus
Zhang Xiaotao;Liu Ying;Wen Meng;Ding Quanbin;North China University of Water Resources and Electric Power;Electric Power College;
..............page:1568-1573
Research and application of circular economy mode based on biogas energy as a significant technique
Zhao Guang;Ji Lishuang;Jia Lan;Zhang Tingting;Ma Fang;School of Chemical and Environmental Engineering;Liaoning University of Technology;School of Municipal and Environmental Engineering;Harbin Institute of Technology;
..............page:1574-1580