In order to improve the voltage quality of rural power distribution network, the series capacitor in distribution lines is proposed. The principle of series capacitor compensation technology to improve the quality of ...In order to improve the voltage quality of rural power distribution network, the series capacitor in distribution lines is proposed. The principle of series capacitor compensation technology to improve the quality of rural power distribution lines voltage is analyzed. The real rural power distribution network simulation model is established by Power System Power System Analysis Software Package (PSASP). Simulation analysis the effect of series capacitor compensation technology to improve the voltage quality of rural power distribution network, The simulation results show that the series capacitor compensation can effectively improve the voltage quality and reduce network losses and improve the transmission capacity of rural power distribution network.展开更多
Node importance or centrality evaluation is an important methodology for network analysis.In this paper,we are interested in the study of objects appearing in several networks.Such common objects are important in netw...Node importance or centrality evaluation is an important methodology for network analysis.In this paper,we are interested in the study of objects appearing in several networks.Such common objects are important in network-network interactions via object-object interactions.The main contribution of this paper is to model multiple networks where there are some common objects in a multivariate Markov chain framework,and to develop a method for solving common and non-common objects’stationary probability distributions in the networks.The stationary probability distributions can be used to evaluate the importance of common and non-common objects via network-network interactions.Our experimental results based on examples of co-authorship of researchers in different conferences and paper citations in different categories have shown that the proposed model can provide useful information for researcher-researcher interactions in networks of different conferences and for paperpaper interactions in networks of different categories.展开更多
Power system simulation is an important tool that guarantees safe and stable operation of multiple HVDC weak sending power grids of a large energy base.In this paper a transmission and distribution grid panoramic simu...Power system simulation is an important tool that guarantees safe and stable operation of multiple HVDC weak sending power grids of a large energy base.In this paper a transmission and distribution grid panoramic simulation laboratory is developed based on power system simulation demand,while applying advanced simulation technology for distributed and open deployment.Through a specialized power wide area network,resource-sharing advantages are realized among departments of business application.The engineering application in this work demonstrates that a resource-sharing laboratory for collaborative operations is able to satisfy the requirements of multiple directions,scenes,and angles of the transmission and distribution power grid.展开更多
文摘In order to improve the voltage quality of rural power distribution network, the series capacitor in distribution lines is proposed. The principle of series capacitor compensation technology to improve the quality of rural power distribution lines voltage is analyzed. The real rural power distribution network simulation model is established by Power System Power System Analysis Software Package (PSASP). Simulation analysis the effect of series capacitor compensation technology to improve the voltage quality of rural power distribution network, The simulation results show that the series capacitor compensation can effectively improve the voltage quality and reduce network losses and improve the transmission capacity of rural power distribution network.
基金supported in part by National Natural Science Foundations of China(Nos.10671077,10971075)Research Fund for the Doctoral Program of Higher Education of China(No.20104407110002)+2 种基金Guangdong Provincial Natural Science Foundations,P.R.China(No.9151063101000021)supported in part by NSFC under Grant no.61073195,Shenzhen Science and Technology Program under Grant no.CXB201005250024A and ZD201006100018ANatural Scientific Research Innovation Foundation in HIT under Grant no.HIT.NSFIR.2010128.
文摘Node importance or centrality evaluation is an important methodology for network analysis.In this paper,we are interested in the study of objects appearing in several networks.Such common objects are important in network-network interactions via object-object interactions.The main contribution of this paper is to model multiple networks where there are some common objects in a multivariate Markov chain framework,and to develop a method for solving common and non-common objects’stationary probability distributions in the networks.The stationary probability distributions can be used to evaluate the importance of common and non-common objects via network-network interactions.Our experimental results based on examples of co-authorship of researchers in different conferences and paper citations in different categories have shown that the proposed model can provide useful information for researcher-researcher interactions in networks of different conferences and for paperpaper interactions in networks of different categories.
文摘Power system simulation is an important tool that guarantees safe and stable operation of multiple HVDC weak sending power grids of a large energy base.In this paper a transmission and distribution grid panoramic simulation laboratory is developed based on power system simulation demand,while applying advanced simulation technology for distributed and open deployment.Through a specialized power wide area network,resource-sharing advantages are realized among departments of business application.The engineering application in this work demonstrates that a resource-sharing laboratory for collaborative operations is able to satisfy the requirements of multiple directions,scenes,and angles of the transmission and distribution power grid.
