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Analysis of power quality issues raised by PV generation and e-parking storage capacities in UPB smart grid environment

机译:PV生成和电子停车存储能力提高的电能质量问题分析了UPB智能电网环境

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This paper concentrated on identifying the main issues raised by the adoption of new PV generation and e-cars storage technologies, and their influence on power quality parameters. The main difficulty of this paper was to create a simulation tool which replicates the actual consumption behavior of UPB electric network, and to project scenarios for PV generation and e-cars capacities. A main point in the analysis performed in this work is the characterization of the electric loads present in the upcoming smart grid. An intimate view of a PV system implemented into UPB electric distribution system was delivered, along with its operation mode and its influence on power quality. The full picture was achieved by proposing a reactive energy compensator, which proved to have significant influence in increasing the harmonic distortion indexes and increasing the possible damage hazard for the sensible electronic devices.
机译:本文集中了解采用新型光伏生成和电子汽车存储技术提出的主要问题,以及它们对电能质量参数的影响。本文的主要难度是创建一种模拟工具,可复制UPB电网的实际消耗行为,以及PV生成和电子汽车能力的项目场景。在该工作中进行的分析中的一个要点是在即将到来的智能电网中存在的电负载的表征。递送了实现为UPB配电系统的PV系统的贴大视图,以及其操作模式及其对电力质量的影响。通过提出反应能量补偿器来实现全图,该反应能量补偿器在增加谐波失真指数并增加可明智的电子设备的可能损害危害时具有显着影响。

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