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Distributed Energy Resources Impact on Distribution System Reliability Under Load Transfer Restrictions

机译：负荷转移约束下分布式能源对配电系统可靠性的影响

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摘要

Wind and solar power are well known intermittent power sources with high availability uncertainties. Hence, whenever they are integrated to distribution systems, these power sources can increase significantly the complexity of system operation. This paper presents an impact analysis of distributed energy resources integration on distribution systems, focusing mainly on reliability aspects. Therefore, an interesting algorithm to correctly determine the amount of capacity that may be transferred to other feeders is presented and discussed, taken into consideration the presence of distributed generation. The methodology is tested in a typical Brazilian distribution system, assuming the integration of a diesel-based combined heat and power unit, wind turbines, and solar panels. The results provide general insights regarding the benefits of applying distributed generation to alleviate load transfer restrictions.
机译：风能和太阳能是众所周知的具有高可用性不确定性的间歇性电源。因此，无论何时将它们集成到配电系统中，这些电源都会大大增加系统操作的复杂性。本文提出了分布式能源资源整合对配电系统的影响分析，主要侧重于可靠性方面。因此，考虑到分布式发电的存在，提出并讨论了一种有趣的算法，可以正确地确定可以转移到其他馈线的容量。该方法已在典型的巴西分销系统中进行了测试，并假设集成了柴油基热电联产装置，风力涡轮机和太阳能电池板。结果提供了有关应用分布式发电以减轻负载转移限制的好处的一般见解。

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