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基于电气自动化的无功补偿装置在电源系统中的协调控制研究

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电源系统中,无功功率的产生会导致电压波动、线损增加、电能质量下降,为有效提升电源系统的稳定性,减少人工劳动强度,增加电力运行的安全性,文章对基于电气自动化的无功补偿装置在电源系统中的协调控制进行研究,在深入了解无功补偿原理的基础上提出一种固定补偿和动态补偿相结合的智能化无功补偿方式,实现电源系统的协调和控制.该种方式有效解决了有功功率波动和无功补偿的问题,在降低有功网损的同时降低了电源运行成本,实现了经济效益和技术效益的双重提升.
Research on Coordinated Control of Reactive Power Compensation Device Based on Electrical Automation in Power Supply System
In the power supply system,the generation of reactive power can lead to voltage fluctuations,increased line losses,and decreased power quality.In order to effectively improve the stability of the power supply system,reduce manual labor intensity,and increase the safety of power operation,this article studies the coordinated control of reactive power compensation devices based on electrical automation in the power supply system,Based on a deep understanding of the principle of reactive power compensation,an intelligent reactive power compensation method combining fixed compensation and dynamic compensation is proposed to achieve coordination and control of the power system.This method effectively solves the problems of active power fluctuations and reactive power compensation,while reducing active network losses and lowering power supply operating costs,achieving a dual improvement in economic and technical benefits.

electrical automationreactive power compensationpower supply systemcontrol coordination

郭玉倩

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河南化工技师学院,河南开封 475000

电气自动化 无功补偿 电源系统 控制协调

2024

通信电源技术
武汉普天通信设备集团有限公司

通信电源技术

影响因子:0.389
ISSN:1009-3664
年,卷(期):2024.41(3)
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