The WT-W680 rope tension of floating photovoltaic systems cannot be overstated. It can mean the difference between smooth operations and serious accidents. Excessive tension leads to risk of cable breakage and structural damage, while insufficient tension can cause unstable movements, leading to drifting of the photovoltaic panels and damage to the overall system. Therefore, floating photovoltaic. plants build monitoring systems for anchor rope tension to avoid any accidents that might arise. The anchor rope tension monitoring systems are designed to monitor the tension status of all the anchor ropes that tether the floating photovoltaics, using advanced tension sensors for real-time monitoring. This monitoring provides accurate information to management teams through signal acquisition and transmission. By displaying tension data from monitoring points on each data receiver, the force measurement monitoring system offers a clear, intuitive interface that allows for efficient and practical management of anchor ropes. The monitoring system achieves effective and reliable safety measures for floating photovoltaics by providing simple and convenient alarm value settings that enable timely and effective management of anchor ropes. Through consistent monitoring of tension values, plant managers can ensure the safety and continuous operation of floating photovoltaics, while also optimizing maintenance efforts.