I. Overview

With the improvement of the ecological environment, the frequency of activities such as foraging, nesting, and resting by birds in human settlements has been increasing. In particular, magpies tend to build their nests on high-voltage transmission towers, which poses a significant threat to the safe operation of the power grid. Research indicates that bird-related faults in high-voltage lines are second only to external damage and have a high hazard coefficient.

II. Function and Principle

The intelligent integrated bird repellent device actively detects approaching birds using radar and sound detectors. It employs ultrasonic waves, simulated sounds, and strong flashing lights to startle and disrupt the birds' nervous and visual systems, achieving comprehensive bird repelling. The device is designed with an imported microcontroller and integrates technologies such as radar detection, ultrasound, sound simulation, and strong flashing lights into a timed, self-controlled intelligent bird repellent system.

III. Technical Parameters

IV. Conclusion

The intelligent integrated bird repellent device is powered by a combination of solar energy and lithium batteries, enabling continuous 24-hour bird repelling even during sunless nights. It effectively repels birds without harming or killing them, significantly reducing the incidence of line faults and achieving the goal of protecting the safe operation of power lines.