Power outages caused by bird activities occur frequently. According to statistics, over 2,000 power line failures are attributed to birds in China each year, ranging from local power outages to equipment damage and cascading tripping, resulting in huge economic losses.
The AI intelligent laser voice bird repellent HIZ-SP-NYY launched by Guangxi Hizoo Technology, with its precise parameter configuration, resolves the "bird-electricity conflict", balancing the safety of power transmission and ecological protection. Today, we will delve into the core parameters of this bird repellent to explore the practical value behind each configuration and understand why it can become a "bird guard" for power facilities.
The 30x optical zoom lens of the AI intelligent laser voice bird repellent HIZ-SP-NYY ensures precise identification without any omissions, eliminating the risk of misrepelling. In outdoor power scenarios, transmission towers are tall and have a wide coverage area. Birds come in various sizes and are often mixed with fallen leaves, flying insects and other debris. Traditional bird repellents have difficulty accurately distinguishing them, leading to problems such as "inadequate bird repelling" or "misrepelling non-target organisms". However, the 30x optical zoom lens equipped on the AI intelligent laser voice bird repellent HIZ-SP-NYY can flexibly adjust the magnification. At a distance, it can clearly capture the movement of birds over a kilometer away, accurately identifying the difference between birds and debris. At close range, it can magnify to observe details such as bird nesting and perching. Combined with the AI intelligent recognition algorithm, it achieves an intelligent mode of "activating when birds approach and resting when no birds are present", which not only improves the accuracy of bird repelling but also reduces energy consumption and avoids unnecessary work.
The 532nm green laser of the AI intelligent laser voice bird repellent is highly effective in repelling birds and is in line with the visual characteristics of birds. Ornithologists have found that birds are most sensitive to the 532nm wavelength of green laser. This wavelength of laser has high brightness and strong penetration, and can form a clear dynamic beam in both strong and weak outdoor light conditions. When the laser scans, birds will regard it as a signal of an approaching "natural enemy", generating an instinctive fear and flying away voluntarily. The success rate of repelling birds is over 95%, and it does not cause any harm to birds, truly realizing the ecological concept of "repelling birds without causing harm".
Compared with lasers of other wavelengths, the 532nm green laser has the advantage of being suitable for complex outdoor environments. Whether it is a sunny day, a cloudy day, or a dim time such as dusk or dawn, it can maintain a stable bird-scaring effect and avoid the impact of light conditions on the bird-scaring efficiency, providing all-round protection for the safety of power transmission lines.
The core premise of laser bird repelling is "safety". The laser beam safety level of the intelligent laser bird repeller reaches CLASS2M, fully complying with the GB 7247.1-2012/2024 (equivalent to IEC 60825-1) industry standard, ensuring both the safety of equipment operation and the safety of surrounding personnel and the environment. The CLASS2M safety level means that the maximum output power of the laser is ≤1mW. When the human eye is briefly exposed, it will form self-protection through eyelid closure and reflection, without causing visual damage. At the same time, lasers of this level do not require additional protective devices and can be directly used outdoors without causing harm to surrounding animals and plants. For outdoor maintenance personnel, even when working near the equipment, there is no need to worry about the safety hazards brought by the laser, significantly enhancing the safety and convenience of equipment use.
In outdoor scenarios such as power transmission lines and substations, the surrounding environment is complex and the range of bird activities is wide. If the bird repellent coverage is not comprehensive, it is very easy to have blind spots in protection, leading to birds building nests or staying in these blind spots and causing power failures. The intelligent laser bird repellent can achieve 360° continuous rotation scanning without any blind spots, and with the adjustment of the pitch angle, it can comprehensively cover all areas around the transmission towers and conductors, including key parts such as the top of the tower, cross-arms, and insulator strings, as well as surrounding branches and open areas, ensuring laser scanning coverage without leaving any blind spots in protection. At the same time, the scanning speed can be flexibly adjusted to simulate the movement trajectory of natural enemies, preventing birds from adapting to a single scanning mode and further enhancing the bird repellent effect, achieving "all-round protection and long-term bird repellency".
