摘要
本文在新研制的详细的核电模型基础上,开发了包括该模型在内的相应的电力系统中期动态稳定程序。由此,应用数字模拟技术分析了大扰动下的核电机组的动态行为,并以两广香港互联系统为例,分析了大型核电站(大亚湾核电站)接入系统后机网间的相互影响,提出了改进系统稳定性能的措施。
Based on the newly deve loped detailedmodel of Pressurized Water Reactor(PWR)NuclearPower Plant(NPP),the corresponding midterm dy-namic stability program including this model is devel-oped.The dynamic behavior of PWR generation unit isanalyzed under large disturbances in power system us-ing digital simulation technique.The interconnectedpower system of Guangdong, Guangxi and Hongkong(GGH)is taken as a studv system.The interaction be-tween the NPP and the power grid is studied after in-tegrating large sized NPP(Daya Bay NPP)into GGHinterconnected power system and the measures for im-proving the stability performance are presented.
出处
《电网技术》
EI
CSCD
北大核心
1995年第2期5-10,共6页
Power System Technology
关键词
核电站
电力系统
程序设计
Nuclear power plant Power systemstability Program development