This article presents an integrated control scheme to improve power sharing for power management and voltage regulation in DC microgrids. The proposed scheme considers the available power and the stochastic nature of sources to achieve adequate power sharing among them. Therefore, it achieves effective utilization of each source. In addition, the effective use of energy storage systems (ESSs) is also achieved by reducing their charging/discharging cycles. The proposed control scheme improves voltage regulation under various operating conditions. It enhances the stability of microgrids and improves their dynamic response. The proposed control scheme is adaptive to changes in the source or load. It operates without historical/previous data, which reduces the computational burden. The proposed control scheme is experimentally validated under diverse operating conditions.

中文翻译：

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直流微电网中具有改进电压调节的动态电源管理集成控制方案

本文提出了一种集成控制方案，以改善直流微电网中电源管理和电压调节的功率共享。提议的方案考虑了可用功率和源的随机性，以在它们之间实现充分的功率共享。因此，它实现了每个源的有效利用。此外，储能系统（ESS）的有效利用也是通过减少其充电/放电周期来实现的。所提出的控制方案改进了各种操作条件下的电压调节。它增强了微电网的稳定性并改善了其动态响应。建议的控制方案适应电源或负载的变化。它在没有历史/先前数据的情况下运行，从而减少了计算负担。