Despite the ample research on computing power grid flexibility envelopes, how to analytically monetize their points on a one-to-one (1-1) basis remains elusive, due to nonlinear grid constraints. Our methodology renders the 1-1 flexibility-to-cost mapping reachable, but in the context of grid-friendly smart sustainable buildings (GF-SSBs). We explore how different types of device power factor ($pf$) affect the pricing and envelope reporting. A generic case study validates the methodology.

中文翻译：

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电网友好型智能可持续建筑：灵活性成本映射

尽管对计算电网灵活性包络进行了大量研究，但由于非线性电网约束，如何在一对一 (1-1) 的基础上分析货币化它们的点仍然难以捉摸。我们的方法使得 1-1 的灵活性与成本映射可以实现，但在电网友好型智能可持续建筑 (GF-SSB) 的背景下。我们探讨了不同类型的设备功率因数（$pf$) 影响定价和信封报告。通用案例研究验证了该方法。