Safe Zone Generation Technology in Complex Work Environment Based on Finite Element Method
Current power generation operations are advancing towards intelligence and digitization,necessitating accurate positioning of personnel and equipment in three-dimensional work environments.This capability ensures precise measurement of distances between individuals and equipment to establish safety zones.This paper proposes a safety zone generation technique based on the finite element method for complex operational environments.Through research on human body surface electric field models and typical hazardous area designs,simulations using various complexities of electric and human body three-dimensional models determine hazardous areas for live working and devise monitoring schemes for operational safety zones.Alerts and control systems are triggered for hazardous behaviors or exceeding safety zones,employing three-dimensional preventive measures such as warning lights and sound alarms.Finite element simulations of electromagnetic fields around distribution lines and human body models are used to analyze field distributions,integrating human models to monitor changes in electromagnetic fields upon human presence,thereby determining necessary safety distances to decide on protective measures.Experimental results demonstrate the effectiveness of this method in precise control,providing robust technical support for implementing safety management systems.
meta methodcomplex work environmentsafety zone3D modellive work
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