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Power schedule planing and operation algorithm of the Local Virtual Power Plant based on μCHP-devices

机译:基于μCHP设备的本地虚拟电厂的电力调度计划和运行算法

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Micro-Combined-Heat-and-Power-Plants (μCHP) are one of the key technologies for the energy transition due their ability of a joint production of electrical and thermal energy. By combining and coordinating μCHP plants in a Local Virtual Power Plant (LVPP) the benefits of μCHP can be increased. With the hierarchal layer architecture it is possible also to include restriction of the electric grid in the optimization process. This paper presents the power schedule planning and operation algorithm of the LVPP. The proposed algorithm offers a efficient way to distribute a defined power schedule to high number of μCHP plants and balance variation in the real time operation.
机译:微型联合供热电厂(μCHP)由于具有联合生产电能和热能的能力而成为能源转换的关键技术之一。通过在本地虚拟电厂(LVPP)中组合和协调μCHP电厂,可以提高μCHP的优势。利用分层结构,还可以在优化过程中包括对电网的限制。本文介绍了LVPP的功率调度计划和运行算法。所提出的算法提供了一种有效的方法,可以将定义的功率调度表分配给大量的μCHP工厂,并在实时操作中平衡变化。

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