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引用次数: 0
摘要
当电力系统发生停电时，如何在停电期间尽快恢复电网一直是电力系统运行的重要问题。台湾电力公司(TPC)计划将台湾电网与澎湖岛电网连接起来，台湾与澎湖之间的两条回路59公里161千伏海底电缆(t - p电缆)将于2016年投入商业运营。t - p -电缆运行过程中的暂态行为可能导致系统不稳定，甚至导致系统瘫痪。本研究提出台湾电力系统的黑启动通电过程。仿真中，在给输电网通电时，及时安装合适的电抗器，降低系统过电压;此外，STATCOM还用于稳定电压。仿真结果可为台湾电网与澎湖电网并网后的TPC提供新的黑启动路径。
Black-start dynamic simulation for Taiwan-Penghu interconnection system
If a blackout occurs in the power system, how to restore the grid as soon as possible during the blackout is always a significant issue for the operation of power system. Taiwan power Company (TPC) is planning to connect the Taiwan Grid with the Penghu Island grid, the two-circuit 59km 161-kV submarine cables between Taiwan and Penghu (T-P-cables) will be operated commercially by 2016. The transient behavior of the operation of T-P-Cable may cause the system instability, even cause the system to breakdown. This work proposes the black start energizing process for the Taiwan power system. In the simulation, suitable reactors are timely installed to reduce the system overvoltage when energizing the transmission grid; additionally, STATCOM is also utilized to stabilize the voltage. The simulation results can provide novel black-start paths for TPC after connecting the Taiwan Grid with the Penghu Island grid.
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