integrerad laser- och röstintegrerad fågelavvisare

TLKS-PSB101 intelligent integrated laser bird repeller: Build a solid safety defense line for power facilities

In the operation of the power industry, safety risks caused by bird activities have become an important factor affecting the stability of the power system. When birds build nests on transmission towers, their excrement will pollute insulators, leading to a decline in insulation performance and causing flashover accidents; foreign objects such as twigs and metal wires they bring will wrap around lines, easily causing short circuits and tripping. This will not only bring maintenance costs of hundreds of thousands of yuan to power enterprises, but may also lead to large-scale power outages, affecting industrial production and residents' lives. According to authoritative statistics, power transmission line failures caused by bird hazards account for more than 15% each year, severely restricting the safe and efficient operation of the power system.

Core technical advantages: Multi-dimensional collaboration for more excellent bird repelling effects

TLKS-PSB101 breaks the limitations of traditional bird repelling methods which are single and limited in effect. Through the dual deterrence of "vision + hearing" and the coordinated operation of "intelligent detection + precise response", it builds an all-round bird repelling protection system to ensure efficient and dead-angle-free bird repelling.

1. Integration of three bird repelling technologies to build a three-dimensional protection network

The device innovatively integrates three core bird repelling technologies: laser, ultrasonic, and customized voice. It forms a strong deterrent to birds from multiple sensory dimensions, with a bird repelling success rate of over 95%:

520nm green laser: Aiming at the physiological characteristic that birds are highly sensitive to green spectrum, the laser beam can form a clear visual warning within a range of 15-20 meters. Birds will feel intense unease after contact and actively stay away from power facilities. The laser intensity can be flexibly adjusted according to the scene to avoid harming birds;

20-40kHz high-frequency ultrasonic: The released ultrasonic directly interferes with the auditory system of birds. This frequency band is beyond the human auditory range and will not cause interference to maintenance personnel and surrounding residents, realizing "bird repelling without disturbing people";

Customized voice module: Built-in calls of natural enemies of common harmful birds such as sparrows, magpies, and crows (such as audio of eagles and snakes) and bird distress warning sounds. Audio files can be updated via USB interface to adapt to the habits of birds in different regions, driving away birds from their behavioral instincts and avoiding the problem of "adaptive bird repelling failure".

2. Full-scenario adaptation design for easier installation and maintenance

Considering the characteristics of wide distribution and complex environment of power facilities, TLKS-PSB101 gives full consideration to practicality and flexibility in power supply and installation design:

Dual power supply modes: Supports direct power supply from mains 220V (suitable for scenarios with stable power supply such as substations and distribution rooms), and is also compatible with "solar panel + lithium battery" power supply (adapted to areas without mains such as field transmission towers and wind-solar power stations). The lithium battery can last for 7-10 days after a full charge. With low-power design, it can still operate stably in extreme weather;

Lightweight and convenient installation: The fuselage is made of high-strength ABS material, weighing only 3.5kg. It can be fixed on tower cross-arms, substation fences, photovoltaic brackets and other positions through special hoops or brackets.

3. Intelligent detection system for precise bird repelling and energy saving

Equipped with a dual monitoring module of radar detection + dual microphones, it can accurately capture bird activities within a range of 15-20 meters to avoid ineffective bird repelling operations:

The radar module can identify the flight path of birds in real time and trigger the bird repelling mechanism; the microphones can capture sound signals such as bird nesting and chirping. The dual verification ensures the accuracy of detection, reduces false triggers caused by factors such as wind blowing and falling leaves, and lowers equipment energy consumption;

The laser module supports 360° rotational scanning, and the ultrasonic covers four directions without dead angles, ensuring that key areas such as transmission lines, insulators, and wind turbine nacelles can be fully protected, eliminating "protection blind spots".

Widely applicable scenarios: All-round protection for power facilities

With strong environmental adaptability and efficient bird repelling capabilities, TLKS-PSB101 has been widely used in various power scenarios and become the "standard equipment" for power operation and maintenance:

1. High-voltage transmission lines: Installed near cross-arms and insulator strings of 110kV-500kV transmission towers to prevent line short circuits and insulator flashovers caused by bird nesting;

2. Substations/distribution rooms: Deployed near equipment area fences and outdoor switchgear to prevent birds from entering the interior of equipment and causing short circuits and equipment damage;

3. Wind farms: Fixed on the top of wind turbine nacelles and tower platforms to prevent birds from activities near wind turbine blades or electrical cabinets, avoiding blade collisions and equipment failures;

4. Photovoltaic power stations: Installed on brackets between photovoltaic arrays to reduce power generation efficiency loss caused by bird excrement blocking photovoltaic panels, and prevent circuit faults caused by birds pecking at cables.

Compared with traditional methods such as bird repelling spikes, mirrors, and scarecrows, TLKS-PSB101 does not require frequent manual inspections and maintenance. Its bird repelling efficiency is increased by more than 60%, which can reduce power failures caused by birds by 85%, saving hundreds of thousands of yuan in operation and maintenance costs for power enterprises every year.