论文标题
考虑需求响应计划和COVID-19的微电网的可靠性上的上行风险影响：卫生系统和电力系统互动的调查
Upside Risk Effect on Reliability of Microgrids Considering Demand Response Program and COVID-19: An Investigation on Health System and Power System Interactions
论文作者
论文摘要
Covid-19对考虑客户需求和人力资源的电力系统产生了巨大影响。在这种情况下，微电网（MGS）的利用可以帮助电力系统平衡电力的产生和消耗，从而带来客户满意度。在本文中，首次提出了上升风险（UR），首次提出了上升风险（UR），对岛毫克的能源的最佳功率调度。预期的岛屿毫克由各种来源组成，例如风力涡轮机（WT），光伏（PV），柴油发电机（DGR）和电池。考虑到COVID-19S效应并实施需求响应计划（DRP），这项工作的目标是最大程度地降低了在岛化模式下未提供的能量（ENS）。当实际ENS少于目标定义为UR时，目标ENS与实际ENS之间的差异。结果表明，与岛状mg的ENS相关的UR通过稍微增加ENS而显着降低。此外，Covid-19大大降低了ENS，并且比DRP具有更大的效果。
COVID-19 has a vast impact on the power systems considering the customers demand and human resources. During this situation, the utilization of microgrids (MGs) may help the power systems balance the generation and consumption of power, which leads to customer satisfaction. In this paper, the optimal power scheduling of energy sources in an islanded MG by considering the upside risk (UR) is proposed for the very first time. The intended islanded MG consists of various sources such as wind turbine (WT), photovoltaic (PV), diesel generator (DGR), and battery. The goals of this work are minimizing the energy not supplied (ENS) in islanded mode considering the COVID-19s effect and implementing the demand response program (DRP). The difference between target ENS and actual ENS when actual ENS is less than the target is defined as UR. The results indicate that the UR related to the ENS of the islanded MG decreases significantly by slightly increasing the ENS. Moreover, COVID-19 decreases the ENS considerably and has a bigger effect than the DRP.
