The design of new wind power controller based on Superconducting Magnetic Energy Storage

Zhou Xue-song, Quan Bo, M. You-jie, Wu Le
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引用次数: 2

Abstract

The fluctuation and intermittent with wind power output, as a key factor to connect a large-scale wind power system to grid, which result s in an adverse impact on the power system continues to grow. In order to reduce the net stability impact of the grid. The wind farm power controller based on superconducting magnetic energy storage (SMES) is presented. Based on SMES’s four-quadrant power operation capability and millisecond response speed, fluctuations in the active and reactive power of a wind farm are compensated, so that grid power reaches constant. At last, the validity and feasibility of power controlling instrument is validated by simulation with matlab / simulink.
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基于超导磁储能的新型风电控制器设计
风电输出的波动性和间歇性,作为影响大型风电系统并网的关键因素,其对电力系统造成的不利影响不断增大。以减少网稳定对电网的影响。提出了一种基于超导磁储能的风电场功率控制器。基于中小企业的四象限电力运行能力和毫秒级响应速度,补偿风电场有功功率和无功功率的波动,使电网功率达到恒定。最后,通过matlab / simulink仿真验证了功率控制仪的有效性和可行性。
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