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Economic Power Management With BESS

机译:使用BESS进行经济动力管理

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This paper mainly focuses on economic power management of a grid interactive microgrid with BESS. The declining battery price at a rapid rate has laid a milestone for this paper. The colocating solar generation with BESS is a concept garnering much attention lately. This paper highlights how batteries can be cast-off for demand-charge management thereby contributing to savings in electricity bills. In this context, a generalized rule-based EPMA is proposed, which is capable of making decisions considering all the conditions that prevail throughout the year. For instance, at the time of non-conventional load hours like peak load hours, monsoons, power blackouts. Furthermore, the algorithm ensures sustained power supply for the critical industrial load by retaining battery Soc’s within limits. Hence, we can extract maximum advantages from BESS, which in turn helps power customers to reduce their electricity bills and increase their incentives.
机译:本文主要关注具有BESS的网格交互式微电网的经济动力管理。电池价格的快速下降为本文奠定了里程碑。与BESS并置的太阳能发电是一个近来备受关注的概念。本文重点介绍了如何抛弃电池以进行按需收费管理,从而有助于节省电费。在这种情况下,提出了一种基于规则的广义EPMA,它能够考虑全年中所有流行的条件来做出决策。例如,在非常规负荷时间(例如高峰负荷时间,季风,电力中断)时。此外,该算法通过将电池Soc保持在限制范围内,确保为关键工业负载提供持续的电源。因此,我们可以从BESS中获得最大的好处,这反过来又可以帮助电力客户减少电费并增加激励措施。

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