In the past, people tried various traditional methods to address bird damage issues. For instance, they installed anti-bird spikes, covering power facilities with sharp spikes to deter birds from perching and nesting. However, birds are highly intelligent; they skillfully avoid the spikes or find gaps to continue nesting. In some areas, manual bird deterrence was employed, with personnel patrolling power facilities at regular intervals to scare birds away using methods like ringing bells or setting off firecrackers. Yet this approach not only consumed substantial manpower and resources but also yielded short-lived results. Once the workers departed, birds would swiftly return. Traditional bird deterrence methods proved not only limited in effectiveness but also incurred persistently high maintenance costs over time, placing a heavy burden on power grid operations and maintenance.
In response, Shenzhen Zhenquniao Technology has launched the ZQN-DZ-AI AI Video Laser Integrated Bird Repellent Device. At its core lies AI bird recognition technology, which is key to its precise bird repellency. The AI camera acts like a pair of keen "eyes," constantly monitoring the environment around power facilities. During normal operation, the device remains in standby mode, conserving energy and operating silently without disturbing the surroundings. Upon detecting approaching birds, the AI camera swiftly captures their images and employs advanced algorithms for precise identification. Whether it's a small sparrow or a larger eagle, none can escape its vigilant surveillance. Within one second, the device activates its bird deterrence program, responding at maximum speed to mitigate avian threats.
Laser Bird Deterrent: Green Beam Scares Away Birds
After activating the bird repellent program, the device first emits a 532nm green laser beam. This green laser beam acts like an invisible "sword," precisely targeting the bird's location. Its effective range spans from 3 meters to 200 meters, covering a substantial area. When birds are exposed to the green laser beam, they experience intense discomfort and fear, prompting them to actively fly away from the hazardous zone. Not only is the green laser beam highly effective, but it also poses no substantial harm to birds, making it an environmentally friendly and safe bird deterrent method.
Soundwave Voice Activation: Multi-layered deterrence ensures effectiveness
In addition to laser bird repellent, the device can simultaneously activate ultrasonic and audio deterrent functions. Ultrasonic waves are high-frequency sound waves inaudible to humans but highly sensitive to birds. When emitted, these waves cause birds to feel agitated and anxious, triggering an urge to flee. Simultaneously, the device plays sounds that birds fear, such as wolf howls and eagle cries. These sounds act like natural "bird repellents," striking terror into the birds. Through the combined deterrence of laser, ultrasonic waves, and audio, the system ensures birds quickly depart from power facilities, effectively reducing the likelihood of bird-related damage.
Power Supply Durability: Designed for Harsh Outdoor Environments
In terms of power supply and durability, this device also delivers outstanding performance. It utilizes a combination of solar panels and rechargeable batteries for power. During periods of ample sunlight, the solar panels convert solar energy into electricity to charge the batteries. These batteries then provide stable power support for the device during nighttime or overcast conditions. Additionally, the device supports mains power supply, ensuring long-term stable operation under various circumstances. The bird repeller achieves an IP66 protection rating, offering exceptional waterproof and dustproof capabilities. Whether facing torrential rain and strong winds or sandstorms, it remains steadfastly in place, adapting to harsh outdoor environments.
Advantages on Full Display: Precise, Efficient, Economical, and Eco-Friendly
Compared to traditional bird deterrent methods, the AI video laser integrated bird deterrent system offers distinct advantages. This trigger-activated approach is more precise and efficient, initiating deterrence protocols in real-time based on bird activity patterns, preventing adaptation. Furthermore, the system reduces the frequency of manual bird control, extends equipment lifespan, and lowers maintenance costs. Simultaneously, the green laser beam, combined with ultrasonic and vocal deterrents, presents an environmentally friendly approach that causes no harm to birds, aligning with sustainable development principles.
