摘要
为了治理电解铝厂施工现场的"低电压"问题,研究了电解铝厂施工现场低电压产生的机理,分析了低电压治理措施,提出了基于无功电源优化配置的电解铝厂施工现场低电压治理方法。建立了施工现场中、低压网络优化配置无功电源的数学模型,结合存在"低电压"问题电解铝厂施工现场的实际配电网,验证了该文提出的方法。结果表明,该方法可以有效地治理电解铝施工现场低电压问题。
In order to solve the low-voltage issues in construction site of aluminum smelter,the low-voltage mechanism in the construction site was studied,and the low-voltage control measures were analyzed and put forward for the aluminum smelter construction site based on the reactive power optimization. For optimizing reactive power supply,mathematical models were established in the medium and low distribution network of the construction site,and by combining with the actual distribution system of the construction site,the proposed method was tested on the actual system with low-voltage issues.The results show the proposed approach can effectively solve the low-voltage issues.
引文
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