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P+ multiple resonant control for output voltage regulation of microgrid with unbalanced and nonlinear loads

机译:P +多重谐振控制,用于不平衡和非线性负载的微电网输出电压调节

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This paper describes the output voltage regulation for the islanded mode of microgrid based on inverter with LCL filter. When a microgrid is transferred to the islanded mode, it has to supply the full local load demand without supporting of grid and to operate as a voltage source with an appropriate voltage regulation. Here, if the local loads are unbalanced and nonlinear, then it makes the output voltage distorted and so the performance of power quality will be degraded. In this paper, P+ multiple resonant controller which makes the control gain very high on the specific frequency range has been selected instead of PI controller for the compensation of voltage distortion due to the unbalanced and nonlinear load. The effect of voltage regulation method using P+ multiple resonant controller under the nonlinear and unbalanced condition has been verified through the PSIM simulation results. And then it also has been compared with the conventional PI and the advanced PI for harmonic compensation.
机译:本文介绍了基于带LCL滤波器的逆变器的微电网孤岛模式的输出电压调节。当微电网转换为孤岛模式时,它必须在没有电网支持的情况下满足全部本地负载需求,并且必须以适当的电压调节作为电压源运行。在这里,如果局部负载不平衡且是非线性的,则会使输出电压失真,从而使电能质量的性能下降。在本文中,为了补偿由于不平衡和非线性负载引起的电压失真,选择了在特定频率范围内使控制增益非常高的P +多重谐振控制器。通过PSIM仿真结果验证了在非线性和不平衡条件下使用P +多重谐振控制器进行电压调节的效果。然后将其与常规PI和高级PI进行谐波补偿进行比较。

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