Locust plagues are serious disasters caused by large numbers of locusts that cause devastating damage to crops. In drought years, locust populations increase dramatically and their migratory nature leads to widespread damage. Locust plagues not only cause economic losses for farmers, but can also lead to food shortages and social problems. To combat locust infestations, we need to strengthen early warning monitoring, improve the agricultural environment, and control locust populations with biological and chemical means.
Locust plagues pose a serious threat to agricultural production and social stability, and effective measures need to be taken to combat them. "Sharpening the sword is not an easy task". To effectively prevent and control locust plagues, we must first measure and report their dynamics. Under the policy leadership, intelligent locust monitoring and early warning has become a new trend.
Locust real-time monitoring instrument, can automatically collect and analyse locust information, real-time data back to facilitate the monitoring of locust population density, age characteristics.
Performance features
1. Stainless steel shell, durable.
2. Integration of multiple technologies, realising online monitoring.
3. Dual light luring, can be switched regularly.
4. High-definition photography, automatic identification of locusts.
5. Support remote monitoring and alarm.
6. Built-in GPS, multiple network transmission.
7. Rainproof design, available in rainy days.
Technical parameters:
Operating voltage: DC12V, ensure the instrument to run stably in many scenarios.
Dual light trapping light source: adopts specific wavelengths of yellow light (580-620nm) and red light (640-680nm) to attract locusts and improve monitoring efficiency.
Solar panel power: ≥40W, to ensure that the equipment has sufficient energy supply under light conditions.
Battery specification: DC12/20AH lithium battery is selected to provide stable power support for the equipment and ensure continuous monitoring.
Power consumption: standby power consumption ≤ 10W, energy efficient, prolong the service life of the equipment.
Design life: ≥ 10 years, after careful design and selection of materials to ensure that the instrument has a long service life and stability.
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