研究负载模式变化对RDS电压分布的影响

Meena Kumri, Surender Singh, Pinkey, Manisha, S. Tiwari, R. Sahdev
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引用次数: 0

摘要

现在,随着人口的增加,设施的增加,电力的需求也在增加。因此,电力公司有责任在满足日益增长的需求的同时,不违反导体最小电压和最小载流能力的条件。电能质量、电压调节、负荷极限、能效、可靠性和可用性以及故障工况下的运行都是影响智能配电系统运行的关键变量。在配置管理中,网络重构是一个关键的操作要素。过去使用各种方法提出了各种配置。在大多数研究中,负荷被认为是恒定的,但事实并非如此。配电系统的性能取决于所输送的负荷类型和负荷模式。本文研究了IEEE 33总线径向配电系统在不同负荷模式下的电压分布和实际损耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
To Study the Effect of Changing Load Pattern on Voltage Profile in RDS
Now day's the demand of the electricity increases as the facilities increase with rise in population. So, utilities have a responsibility to meet the increasing demand without violating the condition of min voltage and current carrying capacity of the conductor. Power quality, voltage regulation, loadability limit, energy efficiency, dependability and availability, and operation under faulted conditions are all key influencing variables in smart distribution system operation. In configuration management, network reconfiguration is a critical operational element. Various configurations have been proposed in the past using various methodologies. In most research, the load is considered to be constant, which is not the case in fact. The distribution system's performance varies depending on the type of load delivered and the loading patterns. In this paper a study is carried out to investigate voltage profile and real power loss with varying load pattern on IEEE 33 bus radial distribution system.
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