In the power sector, birds nesting on transmission line towers not only frequently cause line failures but also endanger the birds themselves. To resolve conflicts between birds and the power grid, installing artificial nests on transmission towers offers a solution. On one hand, this effectively reduces transmission line failures caused by bird activity, enhancing grid safety and reliability. On the other hand, it provides birds with a safer, more comfortable, and stable habitat, thereby protecting rare bird species.
Shenzhen Zhenquniao Technology's Artificial Bird Nest ZQN-DL-NL is crafted from high-quality stainless steel that resists corrosion and aging. It features exceptional durability and resilience against weather erosion or physical damage. The entire nest is formed by spot welding five stainless steel frames together, with an additional five pieces of stainless steel mesh welded inside. This creates a robust, stable, and secure habitat.
This design effectively prevents strong winds from scattering bird nests and avoids nesting materials being blown onto surrounding electrical equipment, thereby eliminating the risk of power line failures caused by scattered nests. Additionally, the sturdy, dense mesh structure provides a safer habitat for fledglings, preventing them from falling.
When installing artificial bird nests, special attention must be paid to their placement. To ensure the safe operation of power lines, artificial bird nests should generally be installed in non-energized safety zones on transmission towers or on crossarms positioned away from the insulators and conductors below. This prevents any potential interference or threats to the power lines from the nests.
Additionally, in high-risk areas of the power grid where bird nesting is truly unsuitable, we must still implement necessary bird deterrence measures. For instance, bird deterrent devices can be installed to scientifically and reasonably guide birds away from these potentially hazardous zones, thereby preventing bird-power line conflicts at their source.
