首页|基于时间序列和网格划分的城市融合型变电站通风技术研究

基于时间序列和网格划分的城市融合型变电站通风技术研究

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变电站电气设备的放置环境要求保持干燥、低温.为达到上述标准,变电站的室内通风至关重要.为此,研究一种基于时间序列和网格划分的城市融合型变电站通风技术.通过时间序列预测未来一段时间内变电站室内通风情况,为是否需要通风提供依据.通过数值模拟技术分析气流变化特征,以此为基础,构建多目标函数,设置约束条件,并通过网格划分法实现通风方案求解.实验测试结果表明,经过设计的通风方案进行通风,通风后温度、湿度以及SF6含量结果均符合规定的标准,证明了所研究技术的应用有效性.
Research on Ventilation Technology for Urban Integrated Substation Based on Time Series and Grid Division
The storage environment of substation electrical equipment should be kept dry and low temperature.In order to meet the standards,indoor ventilation of substation is very important.Therefore,a ventilation technology for urban integrated sub-station based on time series and grid division is studied.The indoor ventilation of substation in the future is predicted through time series,so as to provide basis for ventilation.The characteristics of air flow change are analyzed by numerical simulation technology.On this basis,the multi-objective function is constructed,the constraint conditions are set,and the ventilation scheme is solved by grid division method.The experimental test results show that the temperature,humidity and SF6 content after ventilation meet the specified standards,which proves the application effectiveness of the research technology.

time seriesgrid divisionsubstationventilation technology

吴健、王志鹏、谢丹、陈庆伟

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国网山东省电力公司经济技术研究院,山东,济南 250000

时间序列 网格划分 变电站 通风技术

国网山东省电力公司科技项目

520625210004

2024

微型电脑应用
上海市微型电脑应用学会

微型电脑应用

CSTPCD
影响因子:0.359
ISSN:1007-757X
年,卷(期):2024.40(7)