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An Intelligent Controller based Power Grid Interconnected System for Reliable Operation

机译:基于智能控制器的电网互联系统,确保可靠运行

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The main objective of this research paper is to control the Unidirectional Boost Converter (UBC) by implementing an intelligent controller (IC). IC is the only competent to control and maintain the constant power flow at the load terminal. From the data of power output from wind and solar energy, power conversion are continuously captured by IC based on which the data value gate pulses are injected to power electronic switch. The proposed model is connected with micro grid to provide utilization path for surplus power, similarly grid supplies the power to load (i.e. renewable energy gets fails to produce minimum requirement). The overall design and simulation is performed by using MATLAB/SIMULINK. Unidirectional converter is use to interfaces the RER, BSS and load. Battery controlling unit (BCU) always monitoring the battery parameters, based on that values it control the battery operation.
机译:本研究论文的主要目的是通过实现智能控制器(IC)来控制单向升压转换器(UBC)。 IC是控制和维持负载端子上恒定功率流的唯一能力。从风能和太阳能输出的功率数据中,IC连续捕获功率转换,基于该数据,数据值的门脉冲被注入到功率电子开关中。所提出的模型与微电网连接以提供剩余电力的利用路径,类似地,电网向负载供电(即,可再生能源无法产生最低要求)。总体设计和仿真是通过使用MATLAB / SIMULINK进行的。单向转换器用于连接RER,BSS和负载。电池控制单元(BCU)始终监视电池参数,基于该值控制电池的运行。

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