Analysis of the possibility of a parallel resonant circuit in RHPP Bajina Bašta

Milica Dilparić-Cakić, Branka Kovačević
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Abstract

The pumps in RHPP Bajina Bašta are started via a static frequency converter (SFC). This resulted in increased level of higher harmonics within the RHPP. However, it was not known whether the operation of this SFP could endanger the consumers supplied from the mentioned RHPP via the distribution transformer. For this purpose, it is necessary to check the possibilities of the existence of a parallel resonant circuit, both in the RHPP itself, and in the part of the distribution network that was of interest. Analyzes were performed in the linear simulation model created in the DIgSILENT PowerFactory software package. The simulation model was created so that it corresponds to the state of minimum load of the distribution area supplied by TS Metaljka. Also, several variants were analyzed in TS Đurići (depending on the number of motor engines in operation). The results show the existence of parallel resonant circuit in the vicinity of the 13th harmonic at the level of 10 kV busbars in TS Metaljka, while its existence was not identified at the transmission system busbar, which is in accordance with the measurements
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巴吉纳RHPP并联谐振电路可能性分析Bašta
RHPP Bajina Bašta的泵通过静态变频器(SFC)启动。这导致RHPP内的高次谐波水平增加。然而,目前尚不清楚该SFP的操作是否会危及通过配电变压器从上述RHPP供应的消费者。为此,有必要检查并联谐振电路存在的可能性,无论是在RHPP本身,还是在感兴趣的配电网部分。在DIgSILENT PowerFactory软件包中建立的线性仿真模型中进行分析。建立了与TS Metaljka提供的配电网最小负荷状态相对应的仿真模型。此外,在TS Đurići中分析了几种变体(取决于运行中的发动机数量)。结果表明,在TS Metaljka的10 kV母线水平的13次谐波附近存在并联谐振电路,而在输电系统母线上没有发现并联谐振电路的存在,这与测量结果一致
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发文量
90
审稿时长
4 weeks
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