为研究输电线路中空载合闸产生的过电压影响因素,以一条500 k V输电线路为研究对象,分析了断路器合闸空载线路时产生过电压的机理,并利用ATP-EMTP软件,建立基于频率的J.MARTI型等值线路分布参数仿真模型,对500 k V输电线路的合闸过电压...为研究输电线路中空载合闸产生的过电压影响因素,以一条500 k V输电线路为研究对象,分析了断路器合闸空载线路时产生过电压的机理,并利用ATP-EMTP软件,建立基于频率的J.MARTI型等值线路分布参数仿真模型,对500 k V输电线路的合闸过电压进行了仿真分析。展开更多
Thyristor control phase shifter (TCPS) is one of the new facilities implemented in power network, leading to the development of economically efficient and technically reliable system. This paper introduces the functio...Thyristor control phase shifter (TCPS) is one of the new facilities implemented in power network, leading to the development of economically efficient and technically reliable system. This paper introduces the function of TCPS in power system, describes its working principle and structure, and suggests some simple models used in its study and briefly presents the comparison between different types of TCPSs and their applications.展开更多
文摘Thyristor control phase shifter (TCPS) is one of the new facilities implemented in power network, leading to the development of economically efficient and technically reliable system. This paper introduces the function of TCPS in power system, describes its working principle and structure, and suggests some simple models used in its study and briefly presents the comparison between different types of TCPSs and their applications.
