三相三线配电系统中DSTATCOM的时域控制算法

K. Santhosh, KALAGOTLA CHENCHIREDDY, Pulluri Vaishnavi, A. Greeshmanth, V. Kumar, Police Nandakishore Reddy
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引用次数: 5

摘要

在本文中,对电能质量分配系统的改进给出了清晰的解释。当电力系统出现失相时,无论在任何情况下,源侧或负载侧的功率都不平衡,都使用FACTS(柔性交流传输系统)设备。FACTS只不过是一个使用电子控制器来提高当前电力系统有效性的程序。在过去的几年中,对新开发技术的研究也在进行中。STATCOM是重要的FACTS控制器设备之一。总的来说,从成本的角度来看,VSI(电压源逆变器)是首选。DSTATCOM(电源静态补偿器)被放置在PCC(相互链接点),以解决上述问题,即进入电流和电压的相位。DSTATCOM有不同的理论来解释,但这里探讨了SRFT(同步参照系理论)和IRPT(瞬时无功理论)。处理后,利用MATLAB/SIMULINK对结果进行了仿真
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Time-Domain Control Algorithms of DSTATCOM in a 3-Phase, 3-Wire Distribution System
In this paper, A crystal clear explanation is seen regarding improvement in a power quality distribution system. When the electrical power system appears to be out of phase that is either unbalanced of power on the source side or load side irrespective of any case FACTS (Flexible AC Transmission system) devices are used FACTS is nothing more than a program that uses electronic controllers to boost the effectiveness of current power systems. Over the past few years, research on new developing technologies has also been ongoing. STATCOM is one of the important FACTS controller devices. Overall from a cost point of view, VSI (Voltage source inverter) is preferred. DSTATCOM (Supply static compensator) is placed at PCC (point of the mutual link) to solve the above problem which is to get into the phase of currents and voltages. A DSTATCOM has different theories to explain but here SRFT (Synchronous reference frame theory) and IRPT(Instantaneous reactive power theory) are explored. After processing, the results are simulated by using MATLAB/SIMULINK
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