摘要
结合国内某规划的750 kV输变电工程,采用分级投切式可控高抗对电网的电压进行控制,提出了750 kV分级投切式可控高抗的控制策略,基于电力系统分析计算软件(BPA)仿真,验证了该控制策略实现智能动态调节电网电压的实用性。
This paper presents the application of the stepped controllable shunt reactor （used to control the voltage of the power grid） of a 750 kV transmission project under planning in China, and proposes the control strategy for the reactor. The simulation of the control strategy by BPA （an analysis and calculation software for the power system） has verified the practicality of the control strategy in realizing the intelligent dynamic adjusting of the grid vohage.
出处
《电网与清洁能源》
2012年第2期25-29,共5页
Power System and Clean Energy
