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Selection of Effective Control Technique in Analysis of Pulsed Power Loads

机译:脉冲功率负载分析中有效控制技术的选择

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This study considers the effect of Pulsed Power Loads (PPLs) on micro-grid power systems such as those on warships, pulsed weapons and recovery systems. A design metric to describe the disturbance of PPLs on power systems is shown. A control strategy utilizes the design metric to reduce the impact of PPL. This strategy is based on identifying the optimal charging profile. Using simulation, it is shown the proposed strategy is highly effective in reducing the adverse impact of pulsed-power loads by reducing the impulse response of capacitor current. This study outlines an approach to analyze the effects of such loads upon the electric power grid using the proposed technique Trapezoidal Based Control (TBC) and a charging profile is developed for the existing analysis technique Limit Based Control (LBC). Both the control techniques are compared to find the effective approach in reducing the impact of pulsed power loads.
机译:本研究考虑了脉冲功率负载(PPL)对微电网动力系统的影响,例如军舰,脉冲武器和回收系统上的功率。显示了描述电力系统中PPL干扰的设计指标。控制策略利用设计指标来减少PPL的影响。该策略基于识别最佳充电配置文件。通过仿真显示,所提出的策略通过减小电容器电流的脉冲响应,在减小脉冲功率负载的不利影响方面非常有效。这项研究概述了一种使用所提出的基于梯形的控制技术(TBC)来分析此类负载对电网的影响的方法,并为现有的基于限制的控制技术(LBC)开发了一种充电曲线。比较了两种控制技术,以找到减少脉冲功率负载影响的有效方法。

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