CHARACTERISTICS

The real-time monitoring and early warning system for locusts is mainly suitable for locust breeding areas. It can collect and analyze information such as locust population density and age characteristics through light and sexual induction methods. It supports time control function, automatic photography, automatic recognition, and can identify common forest and grass locusts. It can collect and analyze information on grassland locusts at fixed monitoring points, and transmit the data in real-time to the monitoring and warning center.

2、 Performance characteristics

1. Adopting stainless steel spray coating shell design.

2. Integrating light attraction, sexual attraction, machine vision, IoT technology, and big data technology to achieve online monitoring of locusts.

3. Two methods, locust specific attractants and dual light attractants, can be used for timed exchange of dual light.

4. Composed of a comprehensive control system, a 20 million high-definition camera system, and an insect body collection platform, it can clearly capture photos of locusts in their stationary and moving states.

5. Supports time control function, automatic photography, automatic recognition, and can identify common forest, grass, and locust species.

6. By collecting and analyzing data, the population density and age characteristics of locusts can be obtained.

7. Remote real-time monitoring and data alarm can be achieved through an app or web client.

8. Equipped with GPS positioning system, location information can be directly uploaded to the server.

9. Data transmission can be achieved through various wireless networks (3G/4G/5G), and data supports local storage.

10. The overall design is rainproof, and it can work normally even in rainy weather.

3、 Technical parameters

1. Working voltage: DC12V

2. Dual light lure light source: yellow light 580-620nm, red light wavelength 640-680nm

3. Solar panel power: ≥ 40W

4. Battery: DC12/20AH lithium battery

5. Power consumption: standby state ≤ 10W

6. Design lifespan ≥ 10 years