As <tex xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">a</tex> core component of overhead line engineering construction, the construction safety of tension wire laying is crucial to the safety and high-quality development of power grid construction. At present, the monitoring method for tension wire laying process is single, and it is unable to timely and effectively monitor the situation of wire running or breakage. The centralized control visualization tension payout on-site warning system consists of wireless self-organizing network transmission equipment, visualization monitoring equipment, digital tensioning equipment, centralized control equipment, etc. It realizes real-time monitoring, evaluation, adjustment, and warning of the entire process of tension payout, greatly reducing the probability of tension payout construction accidents, effectively improving the safety of payout construction and ensuring construction quality. This study investigates self-organizing network technology, tension monitoring equipment, and intelligent monitoring and early warning technology suitable for transmission line circuit sites. It also conducts research and application on a centralized control visualization tension release on-site early warning system. The developed tension release entire process monitoring, control, feedback adjustment, and early warning integrated system breaks through the technical bottleneck in the field of tension release monitoring.
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Ya’ao et al. (2024) studied this question.
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