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Output power control of hybrid off-shore-wind and tidal turbine generation system with battery storage system

机译:带有蓄电池存储系统的混合式近海风潮发电机组的输出功率控制

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Generally, the wind-power output fluctuation is compensated by a rather large capacity battery system. In order to reduce the capacity of the battery, long term fluctuation component should be reduced. We have proposed a hybrid generation system which is composed of large scale off-shore wind farm with small scale tidal generation system (HOTT; Hybrid Off-shore and Tidal Turbine). The basic concept of HOTT generation system is to compensate wind power fluctuation by controlling the output of tidal generation system. If the tidal power compensates some long-term portion of the wind fluctuation, the battery capacity can be reduced. In this study, for coordinating compensation by the tidal generator and the battery, a control system was designed limiting compensating frequency range by using band pass filter and phase compensation. The characteristics of this system was investigated by simulation studies.
机译:通常,风能输出波动由相当大容量的电池系统补偿。为了减少电池容量,应减少长期波动分量。我们提出了一种混合发电系统,该系统由大型海上风电场和小型潮汐发电系统组成(HOTT;混合海上和潮汐涡轮机)。 HOTT发电系统的基本概念是通过控制潮汐发电系统的输出来补偿风能波动。如果潮汐能补偿了风的某些长期变化,则电池容量可能会减少。在这项研究中,为了协调潮汐发生器和蓄电池的补偿,设计了一种控制系统,该系统通过使用带通滤波器和相位补偿来限制补偿频率范围。通过仿真研究研究了该系统的特性。

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