Component hole reduction stress evaluation method for realizing digital intelligent power grid and collaborative operation system

The invention provides a component hole reduction stress evaluation method for realizing a digital intelligent power grid and a collaborative operation system, and the method comprises the steps: monitoring the number of bolt construction hole reduction of a power transmission tower in real time, an...

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Hauptverfasser: HE WENJUN, YU BIN, HUANG XING, ZHANG RUBAO, GONG TAO, ZHANG LIRU, LI LI, LIU XIANGYUN, XIE YUJIE, LI ZHONG, TANG HUAN, LI LIN, ZHANG YANGBIN, MA HAIYUN, GAO JIAN, WU YIMIN, GU LIANGYU, YU BO, WANG CHENG, PU FAN, LIU HONGCHANG, HAN DAGANG, HE SONGYANG, WANG MENGJIE, LIU CHANG, LUO HAILI, LIANG MING
Format: Patent
Sprache:chi ; eng
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Zusammenfassung:The invention provides a component hole reduction stress evaluation method for realizing a digital intelligent power grid and a collaborative operation system, and the method comprises the steps: monitoring the number of bolt construction hole reduction of a power transmission tower in real time, and obtaining the actual hole reduction number of a power transmission tower component; whether the actual hole reduction number of the power transmission tower component meets the initial design value requirement or not is judged; for the actual hole reduction number which cannot meet the initial design value requirement, forming an actual hole reduction data stream and transmitting the actual hole reduction data stream to a cloud computing analysis and evaluation center; and the cloud computing analysis and evaluation center calculates and evaluates the influence of the actual hole reduction number on the stress performance of the component based on a cloud computing evaluation criterion, and judges whether the pow