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Electric space heating scheduling for real-time explicit power control in active distribution networks

机译:用于有源配电网中实时显式功率控制的电加热计划

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This paper presents a systematic approach for abstracting the flexibility of a building space heating system and using it within a composable framework for real-time explicit power control of microgrids and, more in general, active distribution networks. In particular, the proposed approach is developed within the context of a previously defined microgrid control framework, called COMMELEC, conceived for the explicit and real-time control of these specific networks. The designed control algorithm is totally independent from the need of a building model and allows exploiting the intrinsic thermal inertia for real-time control. The paper first discusses the general approach, then it proves its validity via dedicated simulations performed on specific case study composed by the CIGRE LV microgrid benchmark proposed by the Cigré TF C6.04.02.
机译:本文提出了一种系统的方法,用于抽象建筑空间供暖系统的灵活性,并在可组合的框架内使用它来对微电网以及更常见的有源配电网进行实时显式功率控制。特别地,所提出的方法是在先前定义的称为COMMELEC的微电网控制框架的背景下开发的,该框架旨在对这些特定网络进行显式和实时的控制。设计的控制算法完全独立于建筑模型的需要,并允许利用固有的热惯性进行实时控制。本文首先讨论了通用方法,然后通过在由CigréTF C6.04.02提出的CIGRE LV微电网基准所组成的特定案例研究中进行的专用仿真,证明了其有效性。

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