Control schemes of grid-connected converters with synchronous power controller for renewable power generation

M. Lalitha, O. Hemakesavulu, V. Vidyavani
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Abstract

The expanding means of testing green power era is a vital concern for the get a handle on electrical systems. One of numerous essential dilemmas is their absence of inertia, which can be turning right into a more noteworthy concern as much as the amount of the plants predicted on main stream synchronous generators gets diminished. In such manner, the brand new network requirements demand that these plants provide new functionalities, such as for instance frequency support and inertia emulation. Synchronous power controller is planned as an excellent option for the greenera generation. It includes inertia, damping, and flexible droop attributes. Simulation results are acquired utilizing MATLAB/Simulink illustrates the performance of the planned control procedure.
可再生能源发电并网变流器同步功率控制器控制方案
绿色电力时代测试手段的不断扩大是电力系统控制的一个重要问题。许多重要的难题之一是它们缺乏惯性,这可能会变成一个更值得关注的问题,因为预计在主流同步发电机上的工厂数量会减少。因此,全新的网络需求要求这些工厂提供新的功能,例如频率支持和惯性仿真。同步电源控制器被规划为绿色发电的一个很好的选择。它包括惯性、阻尼和柔性下垂属性。利用MATLAB/Simulink进行了仿真,验证了计划控制过程的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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