| 摘 要： |
Homer (Hybrid Optimization of Multiple Energy Resources) Pro is a robust energy modeling software developed to support the design and optimization of microgrids and distributed energy systems. Xendee is another commercial concurrent software, available in the cloud. There are many others microgrids' design tools, offering slightly different functionalities, such as REOPT, DERCAM (Xendee's forerunner), Microgrid Planner. They work to help microgrids designers with feasibility studies. Designs (in Homer) and projects (in Xendee) are the way to run different configurations and get results, that are comparable, especially in terms of economic indicators. However, despite their great capabilities, they lack a flexible tool to help the comparison in terms of operational flexibility and compound indicators, supporting resilience analysis. This paper shows how the results of a feasibility study, carried out using the above-mentioned software, can be integrated, or simplified and replaced by a novel decision support tool, providing the designer several degrees of freedom, thus making a comparative choice when resilience is the focus.
Homer（多能源资源混合优化）Pro 是一款功能强大的能源建模软件，专为微电网和分布式能源系统的规划与优化而设计。Xendee 是另一款商业化的并发软件，支持云端部署。此外，还有许多其他微电网设计工具，功能略有不同，例如 REOPT、DERCAM（Xendee 的前身）以及 Microgrid Planner。这些工具可协助微电网设计人员开展可行性研究。通过 Homer 进行设计，或在 Xendee 中进行项目管理，可以运行不同的配置并获取可比的结果，尤其是在经济指标方面。然而，尽管这些软件功能强大，它们缺乏一个灵活的工具来帮助比较运营灵活性和综合指标，从而支持韧性分析。本文展示了如何将上述软件所完成的可行性研究结果整合、简化，并用一种新型决策支持工具替代，为设计者提供更大的选择空间，使其在关注韧性时能够做出更优的比较决策。 |
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