摘要
针对和田地区电网新投运三台SVG后,可能存在的次同步谐振风险开展了研究。主要内容包括:线路及机组参数校核、光伏站及光伏站SVG建模、新投运SVG模型与特性研究、和田地区全电磁建模和振荡风险仿真与分析。本研究采用时域仿真法研究和田地区电网次同步振荡风险。
In this paper, the possible risk of subsynchronous resonance after the new operation of three SVGs in Hetian Power Grid is studied. The main contents include: line and unit parameter check, photovoltaic station and photovoltaic station SVG modeling, new operation SVG model and characteristic research, full electromagnetic modeling and oscillation risk simulation and analysis in Hetian area. In this study, the Time Domain Simulation Method is used to study the risk of subsynchronous oscillation in Hetian Power Grid.
出处
《科技创新与应用》
2020年第23期59-63,共5页
Technology Innovation and Application
关键词
SVG(静止无功补偿器)
全电磁仿真
次同步振荡风险
SVG(Static Var Compensator)
full electromagnetic simulation
risk of subsynchronous oscillation