In transmission line areas, bird-related power failures occur frequently due to birds nesting on tower equipment. For instance, last year alone, the 10-kilovolt Xionghong Line in Yibin City experienced four short-circuit failures caused by birds. Achieving harmonious coexistence between power lines and birds appears to be a real challenge.
How to effectively prevent birds from approaching power grids? Shenzhen Zhenquniao Technology's Power Smart Integrated Bird Repeller ZQN-GT-ZN combines multiple bird deterrent methods to comprehensively prevent birds from approaching power facilities.
Ultrasonic Bird Repeller: The device's four ultrasonic generators emit sound waves with continuously varying frequencies (6kHz-30kHz), creating an unpleasant sensation for birds that prompts them to voluntarily leave the area.
Voice-Activated Bird Repellent: The device features a high-powered omnidirectional speaker capable of broadcasting loud sounds that birds fear, such as wolf howls, eagle cries, or firecracker noises. These sounds effectively deter birds attempting to approach.
Intense Flashing Light Bird Repellent: The device features a strobe light that alternately flashes intense red and blue light. This sudden, blinding flash strongly stimulates birds' vision, preventing them from lingering near the device.
Beyond these bird deterrent functions, the electric smart integrated bird repeller is also designed with practicality and environmental sustainability in mind. It primarily relies on solar panels and rechargeable batteries for power.
The Smart Integrated Bird Repeller is an "active-type" device, and its optimal application scenarios are as follows:
1. Incoming and outgoing lines of the hub substation
2. For tower sections spanning high-speed railways, expressways, and major navigable rivers, power outage repairs incur extremely high costs, necessitating real-time monitoring and deterrence by intelligent devices.
3. Wetlands/Nature Reserves: Birds here must not be harmed. Intelligent bird repellents use sound and light waves to "deter" them, offering a more humane alternative to mechanical damage.
4. In "hardcore" bird damage hotspots where traditional methods prove ineffective, dynamic interference techniques such as variable-frequency ultrasonic waves or lasers are required to disrupt their adaptive responses.
5. In habitats of large raptors, intelligent sensor-activated strobe lights effectively deter large birds.
6. Suburban areas / densely populated zones / villa districts
Since physical traps that could cause harm to humans cannot be used and landscape harmony is required, integrated smart devices can ensure safety while minimizing visual and physical hazards.
