自动化分布式太阳能影响分析

A. Reiman, S. Abate, T. Mcdermott, G. Reed, T. M. Croushore, J. Price
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引用次数: 3

摘要

早期的工作已经展示了如何使用冗长的模型开发和分析来执行分布式发电互连的系统影响研究。为了减少分析时间,在没有详细研究的情况下,已经开发了托管容量方法来提前确定在某些位置可以接受的分布式发电互连。托管能力研究还需要冗长的模型开发和分析步骤。利用数据库和地理信息系统,我们报告了一种可靠、自动地建立详细电路模型的方法。基于web的模拟器执行脚本化的分析任务,重点关注互连研究所需的结果。使用这些自动化的方法,可以将项目影响研究的分析时间减少到一天。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automating distributed solar impact analysis
Earlier work has shown how to perform system impact studies of distributed generation interconnections using lengthy model development and analysis. In order to reduce the analysis time, hosting capacity methods have been developed to determine, in advance, distributed generation interconnections that can be accepted at certain locations up to certain sizes, without detailed study. Hosting capacity studies also require lengthy model development and analysis steps. Using databases and geographic information systems, we report on a method that reliably and automatically builds a detailed circuit model. A web-based simulator executes scripted analysis tasks that focus on results needed for the interconnection study. Using these automated methods, it's possible to reduce the analysis time for a project's impact study to one day.
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