This article presents the detailed behavioral analysis of the reduced equation DC droop controller being adapted to the primitive high gain converter designed for DC loads. The article discusses the operation in its open and closed loop modes, voltage, and current control modes as part of the simulation study. The converter mode of operation is continuous in all. Graphical portrayals of statistical results describe the effectiveness of the controller against a standard proportional integral (PI) controller in time and frequency domain. The results substantiate that the DC droop control is superior in terms of efficiency, line regulation, dynamism, and current sharing and stability.

中文翻译：

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高增益原始转换器的数字化下垂控制——智慧城市照明应用的一般性能分析

本文介绍了适用于为 DC 负载设计的原始高增益转换器的简化方程 DC 下垂控制器的详细行为分析。作为仿真研究的一部分，本文讨论了其开环和闭环模式、电压和电流控制模式下的操作。转换器的操作模式总体上是连续的。统计结果的图形描述描述了控制器在时域和频域中相对于标准比例积分 (PI) 控制器的有效性。结果证实 DC 下垂控制在效率、线路调节、动态性以及电流共享和稳定性方面是优越的。